viva phd questions

Types of PhD Viva Questions

Generally, examiners prepare a series of questions for you to answer at the PhD viva voce examination. These questions are primarily based on your thesis. However, the questions asked in PhD viva examinations can be broadly grouped under four basic headings:

General Questions
Research Context and Methods
Analysis and Findings
Discussions and Conclusion/Implications

Therefore, while preparing for your PhD viva and defending your thesis , you must consider the types of questions you’re likely to be asked. This helps in practicing your answers in advance and not being baffled during the viva. Practicing how you would answer questions based on these four basic categories will take you a long way in your preparations.

Commonly Asked PhD Viva Questions and How to Answer Them

While sticking to answering the most commonly asked questions might sound simple, it is equally important to be prepared for counter questions. Furthermore, it’s easy to go off on a tangent due to nervousness. This leads to opening up other lines of enquiry from the examiners in areas you hadn’t probably expected to be questioned about.

Ideally, you aren’t expected to dictate your thesis as it is. Examiners are interested in knowing your understanding of the research, its methods, analysis and findings, conclusion and implications, etc.

Despite the differences in every PhD viva, you must be prepared to answer these common questions logically. Below are some popular PhD viva questions to prepare:

1. Tell me about yourself.

Introduce yourself and talk about your areas of interest related to research. More importantly, focus on the areas you are extremely positive about. Briefly speak about your past achievements without overwhelming the examiners and sounding boastful. Keep the introduction professional.

2. What is the reason for selecting this research question?

The response to this question is often generalized by saying that you are interested in the topic. However, examiners want to hear the specifications of your interest in the topic. You must plan your answer stating the most interesting aspect of your research and why did you choose the research question over another topic from the same or allied domain. Furthermore, cite certain instances that helped you in selecting the research topic and the particular field for your project.

3. What is the key focus of your research?

Remember that the answer to this question is not about summarizing your research. It involves talking about the area of primary focus of research. Most importantly, in order to demonstrate the viability of your research, it is essential to identify some of the key questions it addresses.

4. Did the research process go as per your plan or were there any unexpected circumstances that you had to deal with?

The purpose of this question is not only to see whether you can work as per your structured plan, but also to understand your readiness with backup plans in case of unforeseen situations. An ideal way to answer this is by clearly stating if the project went as per your predefined plan. Furthermore, be honest in mentioning if you were assisted by others in dealing with it, as it may lead to a new set of questioning from the examiners.

5. After completion of your research, which part of the process did you enjoy the most and why?

Remember that the examiners know about a PhD student’s stressful journey . Therefore, do not elaborate on the hardships that you went through during your research, unless asked otherwise. Emphasize on the aspects of the research project that you enjoyed and looked forward to every time you stepped in your laboratory. Describe how you developed interest in newer approaches to conduct research.

6. As a researcher, what change has this research brought in you?

This question demands a strong, progressive, and positive response. Remember your first day in the research laboratory and compare it to today. Identify the differences in your traits as a researcher. Mention how following, reading, and analyzing other researchers’ works have brought a positive change in you. Furthermore, address how you overcame your shortcomings as a researcher and upskilled yourself.

7. Summarize your thesis.

Be well versed with the entire project. Start by explaining why you selected the topic of your thesis and close your explanation by providing an optimum solution to the problem. You must prepare for 3 types of answers for this question. Prepare a 1-minute, 3-5 minutes, and 10-minute summary and use the correct one based on your audience at the viva.

8. What developments have you witnessed in this field since you began your doctorate? How did these developments change your research context?

Familiarize yourself with the advances in your field throughout your PhD. Mention works of researchers you have referred to while working on your project. Additionally, elaborate on how other researchers’ work influenced your research and directed you to finding results.

9. What original contribution has your thesis made to this field of study?

Answer this question by keeping in mind what was known before in published literature and what you have added as part of being awarded your PhD. Firstly, you must present a major piece of new information during your research project. Secondly, elaborate on how your research expands the existing literature. Thirdly, mention how your work is different from other researchers’ works that you referred. Finally, discuss how you developed a new product or improved an existing one.

10. How well did the study design work?

While answering this question, you must focus on how your planned methods and methodologies were executed. Furthermore, mention how you tackled difficulties in study design and concluded your research.

11. Elaborate on your main findings and how do they relate to literature in your field?

While answering this question, elaborate on how you evaluated the key findings in your research. Mention the key factors involved and the reason for choosing a particular process of evaluation. Furthermore, explain how your findings are related with the literature review of your project. Mention its significant contributions in your field of research. In addition, discuss how your research findings connect with your hypothesis as well as the conclusion of your research.

12. What is the strength and weakness of your research?

While you may want to impress the examiner by emphasizing on the strengths of your research, being aware of the weaknesses and planning a directional move to overcome them is also equally important. Hence, mention the strengths first and elaborate on how they connect with the key findings. Additionally, underline the limitations and the factors that could be transformed into strengths in future research.

How nervous were you while preparing for your PhD viva voce? Did you follow any specific tips to ace your PhD viva voce ? How important is it to prepare for these common PhD viva questions beforehand? Let us know how you prepared for your PhD viva voce in the comments section below! You can also visit our Q&A forum for frequently asked questions related to different aspects of research writing and publishing answered by our team that comprises subject-matter experts, eminent researchers, and publication experts.

Really useful in helping me put a plan / script together for my forthcoming viva. Some interesting questions that I hadn’t thought about before reading this article – the proof of the pudding will be how well the viva goes of course, but at least I now have a head start! Many thanks

Thank you, this is super helpful. I have my viva voce in a month and I’ll be using these questions as a guide

Well framed questions

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Common PhD Viva Questions

It can be pretty difficult knowing how to prepare for your PhD viva. Having successfully defended my own STEM PhD remotely in the last year, I want to help you to prepare! What follows are some common PhD viva questions which your examiners may ask you. Plus some additional advice based off my own PhD viva experience.

For an intro to the PhD viva including the typical structure and potential outcomes please see my introductory post:

How to Defend a Thesis: An Introduction to the PhD Viva

How Much Do You Need to Prepare For A PhD Viva?

There is no hard and fast rule for how much you need to prepare. And unlike a written exam, there are of course no past-papers to practice on!

It may help ease your mind to think about what the purpose of a PhD viva is. Namely the purpose of the PhD viva (or defence) is to check that:

You did the work;
You understand the work;
The research is up to the standard for a PhD.

For more detail see my separate post here including Imperial’s PhD viva mark scheme.

In hindsight I probably didn’t spend as much time preparing for my viva as is normal. Though I did unexpectedly move house less than a week before !

Besides reading through my thesis once in the few days leading up to it, I didn’t spend much time thinking up answers to questions or “revising” certain topics which could come up. The viva went fine, but it wouldn’t have done me any harm to have been a little better prepared.

It certainly helped that I’d managed to schedule a viva which took place less than six weeks after I submitted the thesis so it was all very fresh in my mind. If you submitted your thesis months before your viva I’d suggest spending slightly more time refreshing your memory in preparation for questions you may get asked.

In summary, I think it’s useful for all PhD students to get an idea of some potential lines of questioning for their oral exam!

Update: Keen to get prepared for your viva? I’ve put together a set of viva preparation worksheets which are available in the resource library. Click the image below for free access!

Listed below are common PhD viva questions which I’ve roughly grouped together. We’ll start with some higher-level questions about your PhD which should be quite easy and friendly, then progress through to some more technical (and potentially unfriendly!) questions.

It is worth noting that many examiners will ask for a short presentation at the start of the viva and this could eliminate some potential questions. In this list I’ve left in the main questions I’d expect for this presentation to address, such as what future work you’d recommend.

Very few of the questions are ones you’re guaranteed to get asked, but I can assure you that you’ll get asked at least some of them!

General PhD Viva Questions – usually friendly!

These ones are simply inquisitive and you don’t really have to worry about getting caught out. The examiners are simply interested in the work and want an insight from someone who has spent the last few years working on it.

What is the most important finding from your PhD work?
What was the motivation behind this research?
Who is your research relevant to?
Which aspects of your work are you publishing? Follow on: and where?
What future work would you recommend?
What are the limitations of your research?
Which aspect of your work surprised you the most?
What are the potential applications of your PhD research?

Method-Specific Questions – mostly friendly!

These questions dive a little deeper but even so shouldn’t be too much of a cause for concern. They come down to your own judgement and as long as you justify your decicisions you’ll be fine in answering them.

Why did you do [things] a certain way?
What were the alternatives to [this certain method]?
Why did you test [that specific number] of samples?
What effect did you think changing [something in your method] would have?
What do you think you could have gained by using [another approach]?
Why did you not use [another technique]?
How did you deal with the ethical implications of your work?

Results & Analysis-Specific Questions – mostly friendly!

In a similar manner to the previous section about your methodology, you’ll often get some questions targeting your analysis and presentation of results.

What is this graphical figure illustrating?
Why was [this analytical technique] appropriate? Follow on: why did you use [this other technique]?
Which of your results do you find the most interesting?
How do you know that your findings are correct?

Literature Questions – may be less friendly!

This is where things may get tough if your examiners want to try and test your limits. Even so, they’ll still likely cut you some slack. If you have 100+ references it’s very possible that under the nerves of your exam you can’t remember specifics for each and every reference. Just don’t make things up. They’d rather you were honest than trying to deceive them.

Please explain the key findings of reference number [X]
Which papers would you say had the biggest impact on your work?
What do you think are the biggest differences between [these two previous studies]?
What have been the biggest advancements in the field over the last 10 years?
Why did you not reference [this other study]?
How does your work compliment the existing literature?
What do you think the next big advancements will be in the field?

Highly Technical Questions – potentially very unfriendly!

These are the ones I was a bit scared of getting, but it is a PhD viva after all. Of course it should be expected that you have a solid understanding of the principles that underpin your project. Even so it can be unnerving thinking of how large the range of potential questions like this can be!

Unlike at a conference or in other settings where you may be able to brush over things you’re not 100% comfortable with, there is no hiding when your examiners need to test your knowledge. Particularly when they have hours of time at their disposal to do so!

Explain how [a technique] works. This could be anything from sample preparation, equipment and analysis through to statistics. I’ve known people to get asked to explain things like a statistical t-test from first principles, with follow-on questions being asked with every answer to drill deeper.
Explain [some fundamental concept, phenomenon or principle]. Just like the last question but applied to basic-sciences. I’ve known students to get asked questions such as: explain energy (to a mechanical engineer) and explain toughness (to a materials scientist). I’m sure we can all explain these concepts to a certain level but my concern was whether or not I could explain them at a deep enough level to satisfy the examiner.

With both of these types of questions there ultimately comes a point where you (or the internal examiner ) can push back and say that answering that question was not the focus of your PhD!

What Questions I Got Asked at My Own PhD Viva

I was really surprised at my own viva how few questions I actually got in general.

The viva lasted a whopping five hours (excluding a quick break) and yet almost all of the time was spent discussing improvements to my viva to help with publishing papers.

Even so, I could have done with putting a bit more time into preparing for potential questions: which was my motivation to help you by putting together this post!

The few questions I had included:

If you were to do the project again would you do anything differently?
Clarification of what I meant by certain sentences in my thesis .

You may be wondering if I avoided getting asked deeper questions by the examiners because I already had a relationship with them so they were satisfied with my knowledge and capabilities. But I didn’t really know the examiners! I’d met my external examiner at a conference and he had seen me present but I’d never actually met my internal examiner before.

Instead, what I think did go a long way to helping was having already had something published in a respected journal.

Nevertheless, in a way I actually walked away a little unsatisfied by the lack of questioning at my PhD viva.

It was great to get so much feedback on my thesis which has already helped to get two more papers published since the viva, but I felt like it would have been nice to feel a bit more taxed and known that I could hold my own in the exam if it came down to it.

Now looking back on the viva 10 months later, I’m just happy to have the PhD done!

My Tips for Answering Common PhD Viva Questions

Keep calm and take your time before answering . There is no rush to answer questions. Having a sip of a drink may help provide a pause for thinking up an answer.
Tell the truth. If you don’t know something, just say so! It’s likely the examiners will quickly be able to tell that you don’t know what you’re talking about. Plus, there is the risk that they’ll ask deeper follow-on questions which could unravel any lies.
Try to enjoy the experience. Think of it as a discussion, rather than a police investigation. Your examiners are interested in the work and want to hear more about it!

If you’d like personalised help with preparing for your PhD viva I am now starting to offer a small number of one-to-one sessions. Please contact me to find out more or click here to book a call.

I hope these common PhD viva questions can help you to prepare for your own viva.

If there are other aspects of the examination you want covered, just let me know.

I have many more upcoming PhD (and beyond!) posts . I f you want to get notified about them you can subscribe here:

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Top 10 Ph.D. Viva Questions and How to Answer Them

Every doctoral candidate will complete the Ph.D. viva to defend a thesis and seek that coveted doctorate degree. You've worked hard throughout your academic career, and now you face this intimidating meeting! Before your viva, you might feel nervous, picturing yourself tap dancing as fast as you can in front of a firing squad. But your viva should feel more like a confident performance of your crowning research for an audience of adoring fans. Take a breath—you've done good work, and soon the committee will see that, too.

What is a Ph.D. viva? In this case, viva is short for viva voce, Latin for "living voice." The term refers to contexts in which responses to something are given out loud for people to hear, for example a real-time vote (all in favor, say "aye"!). In the academic context, the Ph.D. viva is a discussion between you (the Ph.D. candidate) and a panel of academic experts, during which you present your Ph.D. thesis. The panel of experts can include an internal and/or external examiner, your Ph.D. supervisor, and other people you can request to be in attendance, like your family members.

The examiner's main purpose is to determine that you've written your own thesis and ask you some probing questions about the work you've done. It's intended to be an open, frank conversation about your research, not an interrogation. Don't be afraid to challenge points your examiner makes if they don't align with what you've found in your study. Your expertise and passion about your work will demonstrate that you know your stuff and care deeply about it.

Of course, in order to think clearly and objectively about the subject you've been immersed in for months, you will need a healthy dose of confidence. To help you gain that confidence to make your viva a positive experience, preparation is key. Here are some prompts and questions you might be asked and how you can prepare beforehand to answer them.

1. Tell us about your study

Usually the first question is an opener and is asked with the goal of breaking the ice and getting you talking about your thesis. The items the panel presents to you will start broad and get more specific and involved as your viva progresses. Since you're here to talk about your project, give a good overview of who you are, your history in the field, and the process you followed in your study. You will have a lot of potential detail to provide, but since you won't know how much your panel is looking for, prepare synopses of different lengths: 1-minute, 3-minute, and 5-minute summaries.

2. What are your main research questions and why did you select them?

You'll very likely be prompted to talk about your research questions in detail, so be prepared to list the questions you set out to answer and the motivation behind selecting each one. Also, be prepared to discuss your aims, objectives, and hypotheses, just in case they ask about those as well.

3. What original contribution has your thesis made to this field of study?

Before you began your study, you probably looked at the gaps in the existing literature and decided on a research direction to fill those gaps. Now that you've finished your research, tell your panel what the world knows now as a result of your work. When future researchers delve into your subject matter, what will they cite you on?

4. Whose work has most influenced yours?

Because you went through the process of determining what your field of study still needs in terms of research and the kind of analysis that will contribute to it, you possess a pretty clear understanding of what has already been done. A lot of that knowledge comes from your academic journey leading up to the awarding of your doctorate, during which you've read a lot of papers and delved into the work that has been done before yours. Talk about the most influential works you've encountered. This can be a work that inspired you or papers that you felt were done poorly and motivated you to get it right. Bonus: The chair of the viva will be someone who knows a lot about your field, so take some time to get familiar with his or her work. Don't be a stalker, but be prepared to mention that you know what he or she has done. Not only will that demonstrate that you've prepared yourself for your presentation, but it will also show an interest in his or her life's work, which can't hurt. Don't spend too long on this, though—you're here primarily to talk about your work, not theirs.

5. What are the strengths and weaknesses of your thesis?

You certainly want to brag about your thesis and offer reasons why you and your work are great, so don't hold back about what went right. Start with the strengths; outline your main findings and give reasons why your study enabled you to uncover them. Then, while it might feel counterintuitive to point out the ways that your thesis isn't the greatest ever, a report about the weaknesses of your research shows a sense of self-awareness and humility that benefits your study in that it paves the way for future researchers and shows that you aren't blind to your own potential for growth. If you prepare your response to this question before your viva, you can craft your response to show that you have already thought about the ways you can address the weaknesses of your thesis.

6. What ethical considerations did you apply?

Most Ph.D. candidates encounter ethical issues during the course of their research, and the committee might want to know whether you took measures to ensure an ethical project. Did you follow any ethical protocols in gathering data? Did you provide informed consent to participants in your study? What are the ethical implications of your work?

7. Did your study go as expected? If you had to start the thesis again, what would you do differently?

Every researcher has at least some idea of what he or she might find upon performing a study. Many form research questions and perform the study to provide support for that expected outcome, but sometimes the research leads to a different result. Consider what your own expectations were before you began and the path your research process took, either in alignment with that expectation or not. Knowing what you know now, would you change anything about your research? Would you approach the process differently? Maybe you would forego a step or two knowing that it wasn't as consequential or helpful as you originally thought.

8. Now that you've completed your study, what did you enjoy about the process?

Ph.D. thesis examiners are looking for a candidate who is passionate about the work. Remember that they know exactly how stressful the process is, so avoid delving into the hardships you encountered. Instead, give a summary of the high points and the reasons you were excited to keep going. While you should keep the tone professional and avoid gushing, feel free to talk about your personal motivation for pursuing this study.

9. If funding was no object, how would you follow up on this project?

Every researcher faces limits regarding the scope of a study that prevent them from gathering as much data as they'd like. Time limits, budget caps, and lack of interest or willingness among study participants can all put a damper on the dreams a researcher has for an analysis. Money can solve most obstacles within an examination, so dream big—what could you make happen with an infinite budget? This is another question that reveals your passion for the subject.

10.What are your plans for the future?

Questions might not be limited to your thesis, so give some thought to where you will go from here. Describe your plans for your future research or professional pursuits; this gives the panel a sense of your passion for the work and sets you apart from a doctoral candidate who is just trying to check the boxes and get a diploma in hand.

The questions your panel asks you on the day of your viva will probably not be exactly the ones listed in this article, but these topics will almost certainly be covered during the discussion with your examiner. If you prepare responses to these questions and make sure you know your thesis inside and out, you will be much more ready to answer whatever the experts ask you. Equally important, planning out your responses will also help calm your nerves before this very important event, so give yourself the gift of preparation as you anticipate your Ph.D. viva. Good luck—you'll do great!

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PhD Viva Voces – A Complete Guide
Doing a PhD
A PhD viva involves defending your thesis in an oral examination with at least two examiners.
The aim of a PhD viva is to confirm that the work is your own , that you have a deep understanding of your project and, overall, that you are a competent researcher .
There are no standard durations, but they usually range from one to three hours, with most lasting approximately two hours .
There are six outcomes of a PhD viva: (1) pass without corrections (2) pass subject to minor corrections, (3) pass subject to major corrections, (4) downgrade to MPhil with no amendments, (5) downgrade to MPhil subject to amendments, (6) immediate fail.
Almost all students who sit their viva pass it, with the most common outcome being ‘(2) – pass subject to minor corrections’.

What Is a PhD Viva?

A viva voce , more commonly referred to as ‘viva’, is an oral examination conducted at the end of your PhD and is essentially the final hurdle on the path to a doctorate. It is the period in which a student’s knowledge and work are evaluated by independent examiners.

In order to assess the student and their work around their research question, a viva sets out to determine:

you understand the ideas and theories that you have put forward,
you can answer questions about elements of your work that the examiners have questions about,
you understand the broader research in your field and how your work contributes to this,
you are aware of the limitations of your work and understand how it can be developed further,
your work makes an original contribution, is your own and has not been plagiarised.

Note: A viva is a compulsory procedure for all PhD students, with the only exception being when a PhD is obtained through publication as opposed to the conventional route of study.

Who Will Attend a Viva?

In the UK, at least two examiners must take part in all vivas. Although you could have more than two examiners, most will not in an attempt to facilitate a smoother questioning process.

One of the two examiners will be internal, i.e. from your university, and the other will be external, i.e. from another university. Regardless, both will be knowledgeable in your research field and have read your thesis beforehand.

In addition to your two examiners, two other people may be present. The first is a chairperson. This is an individual who will be responsible for monitoring the interview and for ensuring proper conduct is followed at all times. The need for an external chairperson will vary between universities, as one of the examiners can also take on this role. The second is your supervisor, whose attendance is decided upon by you in agreement with your examiners. If your supervisor attends, they are prohibited from asking questions or from influencing the outcome of the viva.

To avoid any misunderstandings, we have summarised the above in a table:

Note: In some countries, such as in the United States, a viva is known as a ‘PhD defense’ and is performed publicly in front of a panel or board of examiners and an open audience. In these situations, the student presents their work in the form of a lecture and then faces questions from the examiners and audience which almost acts as a critical appraisal.

How Long Does a Viva Last?

Since all universities have different guidelines , and since all PhDs are unique, there are no standard durations. Typically, however, the duration ranges from one to three hours, with most lasting approximately two hours.

Your examiners will also influence the duration of your viva as some will favour a lengthy discussion, while others may not. Usually, your university will consult your examiners in advance and notify you of the likely duration closer to the day of your viva.

What Happens During a Viva?

Regardless of the subject area, all PhD vivas follow the same examination process format as below.

Introductions

You will introduce yourselves to each other, with the internal examiner normally introducing the external examiner. If an external chairperson is present, they too are introduced; otherwise, this role will be assumed by one of the examiners.

Procedure Explained

After the introductions, the appointed chair will explain the viva process. Although it should already be known to everyone, it will be repeated to ensure the viva remains on track during the forthcoming discussion.

Warm-Up Questions

The examiners will then begin the questioning process. This usually starts with a few simple opening questions, such as asking you to summarise your PhD thesis and what motivated you to carry out the research project.

In-Depth Questions

The viva questions will then naturally increase in difficulty as the examiners go further into the details of your thesis. These may include questions such as “What was the most critical decision you made when determining your research methodology ?”, “Do your findings agree with the current published work?” and “How do your findings impact existing theories or literature? ”. In addition to asking open-ended questions, they will also ask specific questions about the methodology, results and analysis on which your thesis is based.

Closing the Viva

Once the examiners are satisfied that they have thoroughly evaluated your knowledge and thesis, they will invite you to ask any questions you may have, and then bring the oral examination to a close.

What Happens After the Viva?

Once your viva has officially ended, your examiners will ask you to leave the room so that they can discuss your performance. Once a mutual agreement has been reached, which can take anywhere from 10 minutes to an hour, you will be invited back inside and informed of your outcome.

PhD Viva Outcomes

There are six possible outcomes to a viva:

Immediate award of degree: A rare recommendation – congratulations, you are one of the few people who completely satisfied your examiners the first time around. You do not have to do anything further at this point.
Minor amendments required: The most common recommendation – you obtain a pass on the condition that you make a number of minor amendments to your thesis, such as clarifying certain points and correcting grammatical errors. The time you have to make these changes depends on the number of them, but is usually one to six months.
Major amendments required: A somewhat uncommon recommendation – you are requested to make major amendments to your thesis, ranging from further research to collecting more data or rewriting entire sections. Again, the time you have to complete this will depend on the number of changes required, but will usually be six months to one year. You will be awarded your degree once your amended thesis has been reviewed and accepted.
Immediate award of MPhil: An uncommon recommendation – your examiners believe your thesis does not meet the standard for a doctoral degree but meets the standard for an MPhil (Master of Philosophy), a lower Master’s degree.
Amendments required for MPhil: A rare recommendation – your examiners believe your thesis does not meet the standard for a doctoral degree, but with several amendments will meet the standard for an MPhil.
Immediate fail: A very rare recommendation – you are given an immediate fail without the ability to resubmit and without entitlement to an MPhil.

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What Is the Pass Rate for Vivas?

Based on an analysis of 26,076 PhD students who took their viva exam between 2006 and 2017, the PhD viva pass rate in the UK is 96%; of those who passed, about 80% were required to make minor amendments to their thesis. The reason for this high pass rate is that supervisors will only put their students forward for a viva once they confidently believe they are ready for it. As a result, most candidates who sit a viva are already well-versed in their PhD topic before they even start preparing for the exam.

How Do I Arrange a Viva?

Your viva will be arranged either by the examiners or by the chairperson. The viva will be arranged at least one to two months after you have submitted your thesis and will arrange a viva date and venue that is suitable for all participants.

Can I Choose My Examiners?

At most universities, you and your supervisor will choose the internal and external examiners yourselves. This is because the examiners must have extensive knowledge of the thesis topic in order to be able to examine you and, as the author of the thesis in question, who else could better determine who they might be than you and your supervisor. The internal examiner is usually quite easy to find given they will be from your institution, but the external examiner may end up being your second or third preference depending on availability.

Can I Take Notes Into a Viva?

A viva is about testing your competence, not your memory. As such, you are allowed to take notes and other supporting material in with you. However, keep in mind that your examiners will not be overly impressed if you constantly have to refer to your notes to answer each question. Because of this, many students prefer to take an annotated copy of their thesis, with important points already highlighted and key chapters marked with post-it notes.

In addition to an annotated copy of a thesis, some students also take:

a list of questions they would like to ask the examiners,
notes that were created during their preparation,
a list of minor corrections they have already identified from their viva prep work.

How Do I Prepare for a PhD Viva?

There are several ways to prepare for a PhD viva, one of the most effective being a mock viva voce examination . This allows you to familiarise yourself with the type of viva questions you will be asked and identify any weak areas you need to improve. They also give you the opportunity to practise without the pressure, giving you more time to think about your answers which will help to make sure that you know your thesis inside out. However, a mock viva exam is just one of many methods available to you – some of the other viva preparation methods can be found on our “ How to Prepare for a PhD Viva ” page.

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How to Excel in Your Doctoral Viva

© 2022
Stacey Bedwell 0 ,
Isabelle Butcher 1

Institute of Psychiatry, Psychology and Neuroscience, King’s College London, London, UK

You can also search for this author in PubMed Google Scholar

Department of Psychiatry, University of Oxford, Oxford, UK

Explains what the viva is, how the process works, and what the purpose of the viva is
Explores the course of preparing for a viva examination, focusing on organisation through to dealing with viva concerns
Features contributions from over 25 academics for a unique insight into the experiences of PhD candidates and examiners

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Table of contents (11 chapters)

Front matter, introduction.

Stacey Bedwell, Isabelle Butcher

What Is the Viva?

Isabelle Butcher

Urban Myths about the PhD Viva

Stacey Bedwell

Real Viva Experiences

Making the most of and enjoying your viva, after the viva, practice questions, being confident in your thesis, the viva preparation timeline, participating in a mock viva, viva concerns, back matter.

life sciences
social sciences
research degree

About this book

— Sarah Lloyd , final year PhD candidate

— Gemini Katwa , PhD candidate

Authors and Affiliations

About the authors.

Dr. Isabelle Butcher was awarded her PhD in Psychology in 2021 from the University of Manchester, UK, for her work on the negative symptoms of schizophrenia and traumatic life events. Isabelle’s current research interests are in the area of adolescent mental health and the impact of traumatic life events. Isabelle also has a keen interest in the ethics of research and is currently chair of an NHS ethics research committee.

Bibliographic Information

Book Title : How to Excel in Your Doctoral Viva

Authors : Stacey Bedwell, Isabelle Butcher

DOI : https://doi.org/10.1007/978-3-031-10172-4

Publisher : Palgrave Macmillan Cham

eBook Packages : Education , Education (R0)

Copyright Information : The Editor(s) (if applicable) and The Author(s), under exclusive license to Springer Nature Switzerland AG 2022

Softcover ISBN : 978-3-031-10171-7 Published: 16 September 2022

eBook ISBN : 978-3-031-10172-4 Published: 15 September 2022

Edition Number : 1

Number of Pages : XIII, 183

Number of Illustrations : 69 b/w illustrations

Topics : Science Education , Higher Education , Psychology, general

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Defending your doctoral thesis: the PhD viva

Format for defending a doctoral thesis.

Every institution will have specific regulations for the thesis defence. In some countries or institutions, the convention is for thesis defences to be public events where you will give a lecture explaining your research, followed by a discussion with a panel of examiners (opponents). Both your examiners and the audience are able to ask questions.

In other countries, including the UK, the oral examination is usually conducted behind closed doors by at least two examiners, usually with at least one being from another institution (external examiner) and an expert in your topic of research. In the UK the supervisor does not participate in the viva, but may be allowed to observe. Sometimes someone from your own institution is appointed as an independent chair. Although it is now becoming more common for the candidate to have an opportunity to give a public lecture in UK institutions, this does not form part of the examination and may or may not be attended by the examiners.

Viva preparation

Take the preparation for your viva seriously and devote a substantial amount of time to it. The viva preparation checklist may be useful to help you prepare.

Your institution may offer courses on viva preparation and there may be opportunities to organise a practice viva. Take advantage of these opportunities: they can be extremely valuable experiences.

Things you may wish to take with you

your thesis – mildly annotated if you wish
a list of questions that you might be asked and your planned responses
any questions that you want to ask your examiners
additional notes which you have made during your revision
list of minor corrections that you have come across during your revision.

During the viva

Your study will have strengths and weaknesses: it is essential that you are prepared to discuss both. You could think of any weaknesses as an opportunity to demonstrate your skill at critical appraisal. Examiners will seek to find and discuss weaknesses in all theses. Do not interpret criticism as indication of a possible negative outcome.

Examiners have different personalities, styles and levels of experience. Sometimes a candidate may feel that a challenge is made in a confrontational way. Experienced, effective examiners will not be inappropriately confrontational, but some will. Do not take offence. A relaxed, thoughtful, and non-confrontational response from you will help re-balance the discussion. Having an independent chair can help maintain a constructive environment.

Useful tips for during your viva:

Ask for clarification of ambiguous questions or ask for the question to be repeated if necessary
Take time to think before answering
Be prepared to ask questions and enter into a dialogue with your examiners
Be prepared to discuss your research in context of other work done in your field
Be ready to admit if you don't know the answer to a question
Be prepared to express opinions of your own

You are not expected to have perfect recall of your thesis and everything that you have read and done. If you get flustered, or need to refer to notes your examiners will understand. They have been in your situation themselves!

After your viva

There are several possible outcomes of a thesis defence. Most commonly, your examiners will recommend to your institution that you are awarded your degree subject to minor corrections, although in some instances they might ask for more substantial work.

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5 tips for passing your PhD viva

Every Doctoral researcher is expected to defend their thesis through an oral test - so discover how to prepare for your PhD viva and ensure you make a good impression on the examiners

What is a PhD viva?

A viva voce is an oral test, which literally translated means 'with the living voice'. It's a focused discussion giving you the opportunity to present your PhD thesis and then defend it in front of a panel of academic experts.

1. Understand what's expected of you

Traditionally, your thesis would always be discussed in person, with the interview style viva exam overseen by at least two (internal and external) examiners. Afterwards, they would provide you with a joint written report detailing any corrections that need to be made.

However, following the coronavirus (COVID-19) pandemic, the online PhD viva has become more commonplace with this examination more likely to take place via Microsoft Teams, Skype or Zoom.

The virtual experience will still typically follow the same format, but you'll be briefed in advance about the arrangements and any technical aspects to bear in mind. You can prepare for an online PhD viva by reading our video interview tips .

The chair of the viva is usually the internal examiner, although it can be an independent person. If you and the examiners agree, your PhD supervisor can also be present.

The examiners' main objective is to ascertain that you've written your own thesis, so if you have and are ready to talk through how you completed it, there's no need to panic. You may even enjoy the viva voce test.

In addition to assessing your thesis, the examiners are also there to assist you in deciding how and where this research might be published.

There are various results between a 'pass' and 'fail' but it's very rare to slip up at this point of a PhD. Most Doctorate awards will be made upon the condition that a number of minor corrections are made, with re-submission requests far less common.

However, while the pass rate is high, the viva exam itself can still be intellectually demanding. This is because you'll be debating issues that are conceptually complex, so preparation is crucial to your success.

At the end of it, whatever the outcome, be prepared to take on board any advice, as the examiners are there to help you improve your argument or the presentation of your thesis.

2. Know your thesis inside out

While you can be sure this isn't a memory test - as you're fine bringing notes and a copy of your thesis with you to the PhD viva - it's still important to gain a good understanding of what you've written and be knowledge about your field of study.

You'll need to think carefully about where this original piece of work would be placed in the context of the wider body of research carried out in this field. Questions will surely be asked about this, as well as whether the project could possibly be developed further through any future research.

As you'll be explaining parts of the document to the examiners (who'll also have a digital or physical copy), make sure the pagination is the same in your version as the one they're looking at to avoid any issues regarding everybody being on the same page.

If you get stuck at any point during the viva exam, you can use looking at the thesis as an excuse to re-focus and gather your thoughts.

3. Anticipate the viva questions

The examiners will have prepared a series of questions for you to answer at the viva voce, but this is nothing to get too concerned about. The questions will all be based on your thesis - what it's about, what you did and what you found out - and why this matters, in relation to your field of study.

So when getting ready for the viva, consider the types of questions you're likely to be asked, including:

What original contribution has your thesis made to this field of study?
Explain the main research questions you were hoping to address.
What are the strengths and weaknesses of your thesis?
If you had to start the thesis again, what would you do differently?
If funding was no object, describe how you'd follow on from this project.
What are your plans for the future?

It can be helpful to practise your answers beforehand, ideally vocalising them by arranging a mock mini viva - although, as you aren't restricted in terms of referring to notes in the exam, you can leave room for spontaneity, and you don't need to learn it all off by heart. If your viva is being held online, you can ensure any technical issues are identified before the day by having a run through with your supervisor or a friend.

While it may sound simple, stick to answering the questions posed. It's really easy to go off on a tangent and this can open up other lines of enquiry from the examiners - possibly in areas you hadn't expected to be quizzed about.

On the other hand, it's completely fine to bring personality to your reasoning and use stories as a means of describing the learning process you've gone through and the techniques mastered over the last three or four years that have brought you to this point.

4. Learn about your examiners' own work

The senior and well-respected academics who'll be reading your thesis will have their own ideas on conducting PhD standard research. Therefore, it's worth taking a look online at their academic profiles to discover if there's any correlation with the research they've had published and your own work.

From this, you should be able to gain a better idea of their motivations, their possible views on your thesis and the kinds of questions they might wish to discuss after having read through it.

You should research up-to-date theories, read any recent papers on the subject and speak to others who've recently had their own viva exam. Think about how your work differentiates from the research carried out by others in your chosen field.

Prepare to provide any supporting evidence asked of you by the examiners - for example, they may request to see experimental data you mention once the exam is over.

It's also necessary to check the policies and practices in place at your university and be sure of what the roles of the examiners are and how the viva panel will be structured. In many cases, Doctoral students can choose the examiners conducting the PhD viva.

5. Plan towards the viva exam

From the moment you know the date of your viva voce, work backwards and plan the steps you'll need to take before the day itself. Allow enough time to assess and review your work so that as the day approaches, you can focus on the practicalities.

This encompasses everything from making sure you relax, eat and sleep well the day before to arranging transport so you get to the viva on time - if you're attending in person.

An online PhD viva will present its own challenges, so ensure your working space is presentable and you still make an effort in terms of what you'll be wearing.

It's always advisable to adhere to interview etiquette and go with something that's both smart and comfortable. By looking the part, this should get you in the right frame of mind to communicate in a professional manner.

In the build-up, avoid any situations that might make you feel stressed and instead try to adopt a positive attitude, one that results in a genuine eagerness to engage in a debate about the work you've been toiling over for a substantial period of time.

If you're travelling to the examination, be sure to check that you have everything you wish to take with you, including the thesis, plus any notes or other materials that will help support your claims.

The PhD viva can last between one and four hours - usually two - so it's necessary to pace yourself to get off to the best possible start.

Remember, the examiners aren't trying to trip you up - they want you to pass and are primarily there to hear you talk about your project. So, after the polite introductions they'll typically start with an icebreaker to put you at ease and help calm the nerves.

It's meant to be an open and honest conversation about your work, so feel free to politely disagree with the examiners, especially on areas you feel strongly about. Don't forget to use examples from your thesis to back up what you're saying, remembering to be clear and concise.

If you know your way around your thesis and can explain your thinking and way of working, this test shouldn't be a problem. And if you don't know the answer to a specific question - admit it, as it's better to concede your limitations in an area than ramble on and hope they don't notice you're struggling to come up with an explanation. No research is perfect, so it's important to appreciate this during the discussion - but don't be too overcritical about your work either, as that's not your job.

Finally, as the PhD viva can quickly move from a series of friendly questions to those that are more in-depth, take some time to think before answering. Don't worry about any periods of silence from the examiners, as this certainly isn't an indication that you're doing badly.

Find out more

Explore possible careers at your PhD, what next?
Consider getting an academic job .

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Amplifying The Voices Of PhD Students

Viva Question Repository

This is a repository of questions that were asked at Vivas of students, just like you.

Look up what questions you can expect in your Viva! Don’t get caught off-guard.

(Pro tip: Want to sort by more than one heading? Hold shift and click the headings you want to sort by.)

Did you have your Viva already?

Be a lamb, use the form below to add some of the questions you had and help other Ph.D. students out! 🙂

Add your questions even if they’re already in the list above because the more often a question pops up in the list above, the more PhD students will know which questions are more likely to be asked and which are not!

How To Us The Repository:

Use it to prepare for your Viva/Defense.

There are a bunch of various categories that you can search through.

You can use the search bar, or simply click on one of the category’s headers to order the rows A-Z or Z-A. You can sort by more than one column by holding shift while clicking the desired headers.

There are bound to be duplicate questions in the Repository, which tells you a little about how likely that type of question is to come up.

All the best!

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Viva Questions

Updated on
Jan 18, 2024

What are viva questions? A viva simply means a university examination during which students answer questions in speech and these questions are commonly based on a particular project or discipline. Viva questions are an important part of an academic program and often take place at the conclusion of a semester/year. Although viva questions can vary, they commonly focus on four aspects: “What the project is about?”, “What were the key findings or observations?”, “What was the process?” and “Why do the observations matter?”. However, in some cases, these questions can be more diverse. If you want to know how to tackle these PhD viva questions properly, then this blog is a must-read for you!

This Blog Includes:

1. summarize your project/thesis/research in 3 minutes, 2. what is the strength and weakness of your research, 3. what makes your thesis work original, 4. elaborate on how your findings relate to literature in your field, 5. tell me about yourself, 6. summarise your key findings, 7. highlight the strong and weak areas of your research, 8. what were the major motivations behind this research, 9. elucidate the process of evaluation, 10. what is the key focus of this research, 50 common viva questions, 25 phd viva questions , viva questions on research methodologies, analysis and research findings: viva questions, viva questions for physics, viva questions for chemistry, viva questions for biology, viva questions for higher education, tips and tricks to ace the viva, 10 most important viva questions with answers.

Whether you are a PhD or a school student, viva exams are equally tough for everyone. But don’t worry, we have a solution to calm you down! Here are 5 commonly asked questions with answers:

To answer this question correctly, you need to be well-versed in the entire project. Start with an answer by explaining why did you select the topic of your project/thesis/research and close your explanation by providing an optimum solution to the problem.

Carefully analyze the strength and weaknesses of your research and while answering, make sure you talk about your weaknesses also and not only your strengths.

While answering, keep in mind what was known before and what you have added as part of being awarded your PhD is to contribute novel knowledge.

Explain how your findings connect with the literature review of your project and what its contributions are in terms of the field of your research. Does it further expand the literature? Does it highlight some new observations? Does it add to the literature in this field? Answer these main questions.

Talk about yourself and your areas of interest. Focus on the areas you are extremely positive about. Talk about your past achievements and what brings you to this position. Keep it professional.

Must Read: How to Ace “Tell Me About Yourself” in College Interview?

For this common viva question, focus on what you observed and found through your research project, how it connects with your hypothesis as well as what concluded through this research.

Mention the strengths first and elaborate on how they connect with the key findings. Then, you can underline the weak areas and the factors that could have been transformed into strengths.

Focus on what inspired you to carry out this research, and cite certain instances which helped you select this topic as well as the field for your project.

Elaborate on how you evaluated the key findings in your research, the key factors involved, whether the evaluation process faced some obstacles, how it could have been better and what was the reason you choose a particular process of evaluation.

While answering this, keep a summarised version of your research in your mind and then talk about the area of the primary focus of research. In order to demonstrate that your research is viable, it is essential to identify some of the key questions that it addresses.

Mostly research-based viva questions are asked in the case of a doctoral thesis wherein the key aspect of the process is to identify the thought behind the development of the specific paper. It is done to determine the knowledge and originality of the researcher and to assess their further interest in the field.

Below are some of the most common viva questions.

Tell me about yourself .
Summarise your research/thesis in 3 minutes.
Tell us how your research contributes to knowledge discourse.
What are the practical applications of your research?
What is the strength and weakness of your research?
How does your research help solve the underlying problems?
Can you explain your thesis in a sentence?
How did you come up with the subject of your research/thesis?
What was the source of inspiration behind this thesis/research?
What is the key idea that is unexpendable to your thesis?
What contributions are you looking forward to making in this area of study?
What is the key focus of this research?
Where can we locate the originality in your paper?
What are the core areas of debate in this paper?
What research methodology have you applied to address this issue?
What were the alternative methods you could have used to address the subject matter of concern?
Why did you feel it necessary to spend your resources in this area of study?
What aids did you use to support your research?
Which pertinent research papers did you use in your research?
Can you name 3 remarkable research papers in this stream?
Explain the recent developments in this field.
How did you come up with these questions you have discussed in your paper?
Describe the necessary decisions taken in your process.
Elucidate the process of evaluation.
Ponder over the strong and weak aspects of your research.
What is the relevance of your research in the current scenario?
Where do you think your research can be practically applied?
Which aspects of your research are you looking forward to being published?
Give us some insights into the references in your thesis.
What have you achieved in the process of this PhD?
Elaborate on how your findings relate to literature in your field.
Highlight the strong and weak areas of your research.
What were the major motivations behind this research?
How would you propose future research as a follow-up to this project?
Who will be more interested in this research project?
How is your research project relevant to your fellow researchers?
What was the process behind the research questions you selected?
Name some alternatives to your chosen research methodology.
Which of your research observations are you most interested in/curious about?
Name some prominent achievements of your research.

A PhD viva is a final examination in which a candidate answers questions from an academic panel on their work and understanding of their chosen subject area. This is often used to determine whether the candidate has effectively proved that they have learned enough about their specialised study topic to produce original work.

During a PhD viva, the questions are frequently based on the original study proposal and any other written material that has already been provided. Read the top 25 PhD viva questions below:

What is the area in which you wish to be examined?
What have you done that merits a PhD?
Summarise your key findings.
What’s original about your work?
Which topics overlap with your area?
Where do current technologies fail such that you (could) make a contribution?
Who are your closest competitors?
Can you summarise your project in 2 lines?
How can this research help other students working in the same field?
Which of your findings is your personal favourite?
Is your research inspired by some incident in your life?
Why did you choose this method to conduct this research?
What motivated you to conduct this research?
What was the biggest challenge that came your way?
What were the alternatives to this methodology?
How would you evaluate your work?
Were you short of any resources while conducting this research?
Can you tell me about the strongest point of your research?
What is the weakest point of your research?
. How did you deal with the ethical implications of your work?
What original contribution has your thesis made to this field of study?
Whose work has most influenced yours?
What ethical considerations did you apply?
Did your study go as expected? If you had to start the thesis again, what would you do differently?
Now that you’ve completed your study, what did you enjoy about the process?

Preparing for an interview for the Statistician or Survey Specialist role? Then worry not! Here are the most important viva questions on research methodologies:

Under which circumstances are quantitative as well as qualitative research methods fruitful?
Could you distinguish between case-based and observational-based research methods in a few words?
What is a scientific study and what are its essential features?
You must have faced some ethical issues while conducting research. How did you handle it?
What method did you use to collect data?
Was there any other way in which you could have assimilated the data? If yes, then how?
What are the main achievements of your research?
What advice would you give to a research student entering this area?
What is the relevance of your work to other researchers?
How did your research questions emerge?

Subjective Questions for School

Be it for Chemistry or Biology practicals , from 10th standard onwards, students have to appear for vivas. The concerned viva questions pertain to the subject that the students have studied in the course of the entire year. The viva that one appears for at the senior secondary level is based on the experiments that the students perform to test their understanding of the research. Apart from those experiments, the students are also asked several questions to estimate their practical understanding of the key areas of study.

Viva questions for Physics are mainly based on concepts and topics from Physics textbooks. Here are the most common viva questions for Physics Class 11 and Class 12:

Viva Questions for Class 12 Physics

What is Ohm’s Law?
What do you mean by ‘interference’?
Define tangent law.
Name the type of motion shown by the Torsional pendulum.
What happens with resonance in the LCR circuit?
What do you understand by the order of the spectrum?
How is Wedge Film Experiment useful?
Define parallax and how it is removed.
How does the emission of light is carried out by LED?

Also Read: Physics Project for Class 12: Top 50 Ideas & Experiments

Viva Questions for Class 11 Physics

Name the units of the vernier scale.
What do you understand by Zero Error (Z.E)?
What are the two parts of the Screw Gauge?
Name one mechanical advantage of a Screw Gauge.
What is Focal Length?
What are the factors that impact surface tension?
Define the time period of a bar.
What is Simple Harmonic Motion (SHM)?

Viva questions for Chemistry are mainly based on concepts and topics from Chemistry textbooks. Here are the most common viva questions for Chemistry Class 11 and Class 12:

Viva Questions for Class 12 Chemistry

What is Valency?
What is the value of Avogadro’s number?
What is the monomer of Polyethylene?
What are polymers?
What is the IUPAC Name?
Differentiate between addition and condensation polymer
What is the oxidation and reduction reaction in the electrolytic process?
What is Titration?

Also Read: Chemistry Project for Class 12: Topics & Sample Projects

Viva Questions for Class 11 Chemistry

Define the term ‘crystallisation’
What is solubility?
Why is crystallization done?
What is Kipp’s waste?
What is a Saturated Solution?

PhD viva questions for Biology are mainly based on concepts and topics from Biology textbooks. Here are the most common viva questions for Biology Class 11 and Class 12:

Viva Questions for Class 12 Biology

What is litter?
What is the shape of a pollen grain
What is tectum?
What are pollutants
What is hummus
Define Mitosis
Why is Mitosis called Somatic Cell Division

Also Read: How to Ace Class 12th Biology Practical?

Viva Questions for Class 11 Biology

How many types of proteins are there
What are enzymes
What is nucleic acid?
Examples of high-protein food
Full form of DNA
Full form of RNA
What are Mendelian Laws
What is placentation?
What are monadelphous and diadelphous stamens?
What is the flower’s importance to the plant?
To which family china rose belongs?

Admission tutors at the postgraduate level conduct viva or interviews to establish whether graduates are committed to and prepared for studying the master’s or PhD level courses. These are less formal than a job interview , but you still need to take them seriously – your aspirations to pursue overseas education could depend on your performance.

Let’s say you come from a Mass Communication background and you’ve made a documentary on “ underprivileged sections of society” . Then you might be asked about the process of the development of the movie, how long did it take to gauge the key aspects of the film or the perspective behind the direction process.

Though the research you do in your PhD is a massive achievement, you need to be prepared for the exhaustive viva session with the experts. The PhD viva questions are a chance for students to discuss their work with professionals. Its formal purpose is to ensure that the student understands and can explain their thesis. It involves lots of stinging questions and conceptually complex debates. How can PhD scholars best prepare themselves? Let us take a look at the different tips for getting through your viva questions:

Calm down and breathe
Believe in yourself
Do something fun
Go in with a good attitude
Look presentable
Read your thesis
Know the rules
Make a list of your own corrections
Make plans to celebrate
Try to enjoy it

Must Read: How to Crack an Interview [20 Scientifically Proven Tips]

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How to survive a PhD viva: 17 top tips

Just handed in your PhD thesis? Now it’s time to plan for the next hurdle: a viva. Academics offer their advice on how to best prepare

Finishing your PhD thesis: tips from those in the know
The key to a successful PhD thesis? Write in your own voice
PhD: so what does it really stand for?

H anding in your PhD thesis is a massive achievement – but it’s not the end of the journey for doctoral students. Once you’ve submitted, you’ll need to prepare for the next intellectually-gruelling hurdle: a viva.

This oral examination is a chance for students to discuss their work with experts. Its formal purpose is to ensure that there’s no plagiarism involved, and that the student understands and can explain their thesis. It involves lots of penetrating questions, conceptually complex debates and is infamously terrifying.

How can PhD students best prepare? We asked a number of academics and recent survivors for their tips.

Preparing for the viva

1) Check your institution’s policies and practices

Institutional policies and practices vary. Find out who will attend your viva (eg will a supervisor attend, will there be an independent chair?) and what their roles are. Penny Tinkler and Carolyn Jackson, authors of The Doctoral Examination process: A Handbook for Students, Examiners and Supervisors

2) Re-read your thesis – and keep up-to-date with research

Don’t underestimate the amount of time the examiners will have spent reading and thinking about your thesis – however, you should remember that you are still likely to be the “expert in the room” on this particular topic. Check to see if any relevant recent papers have emerged since submitting the thesis and, if so, read these. Dianne Berry, dean of postgraduate research studies, University of Reading

3) As an examiner, you tend to stick to things you’re an expert in when driving the questioning

Your viva panel will consist of an external expertise in your subject area and an internal which may be in a subject field associated or directly related to yours. The external examiner is the one who mainly calls and fires all the shots and so it’s pretty important to have a knowledge of their published contributions, especially those that are related to your thesis in any way. Dr Bhavik Anil Patel, senior lecturer in physical and analytical chemistry

4) Think about what you will or won’t defend

Consider carefully what you will defend to the hilt in the viva, and what you are prepared to concede. It’s important to defend your claims about the originality of the thesis and its contribution to knowledge. However, no research is perfect, and showing that you have considered what could have been done differently, or even better, is not a bad thing. Penny Tinkler and Carolyn Jackson, authors of The Doctoral Examination process: A Handbook for Students, Examiners and Supervisors

5) Draw up lists of possible questions – especially ones you dread

I collected questions from a bunch of different places ( listed here ) which I then tailored to my PhD. Somebody I worked with also recommended that I put together my 10 nightmare questions. I found this really useful, by writing down and thinking about my dreaded questions, they were no longer so bad – it was almost as if I’d faced the beast.

Generally speaking, I was able to predict the questions that I was asked. There were a couple that were unexpected but they were either conceptual points or based on literature that I just didn’t know. Richard Budd, research assistant, University of Bristol who sat his viva in summer 2014 and has blogged about the experience

6) It’s not like sitting at a laptop where you can edit a sentence as you go along

By the time you finish your PhD you’ll know your thesis inside out. One of the things you won’t be as practised at is talking about it. When I was preparing for my viva, I practised vocalising answers. It’s not a case of needing to learn to answers verbatim – this would only work as a technique if you could guarantee the exact way your examiner will ask a question – but it is about thinking about how you will articulate certain things. A viva isn’t like sitting at a laptop where you can edit a sentence as you go along. Richard Budd, research assistant, University of Bristol who sat his viva in summer 2014 and has blogged about the experience

7) Bring a printed copy that is exactly the same as that of your examiners

Ensure you and your supervisor have a printed copy that is exactly the same as that of your examiners (specifically the same pagination). Mark with tabs the key sections and highlight for reference important quotes and points you might want to refer to. If you have some key diagrams it may help to have these printed larger on A4 sheets that can be used in a discussion.

There is a chance, albeit slim, that an examiner will wish to see some piece of experimental data, software, or other supporting evidence. Have this all neatly archived and accessible. You can do this after submission. Anthony Finkelstein, dean of the UCL faculty of engineering sciences who has blogged about surviving vivas

During the viva

8) Get off to a good start

Give a few detailed answers in the opening 15 minutes, demonstrating knowledge, describing your thinking and working - then the examiners are likely to relax into the viva. If the first few answers are short and non-specific, not demonstrating knowledge, this can begin to raise concerns, and that can set the tone for the whole viva. This is avoidable. Rowena Murray, author of How to Survive Your Viva: Defending a Thesis in an Oral Examination

9) Prepare for the icebreaker

Every viva opens with that dreaded icebreaker that is supposed to break you in gently but often seems to be the thing that gets students into a pickle. It’s so basic, students almost forget about it. Most often this would be to give a five to 10 minute introduction to your work and your key findings. This is such a common question that not preparing for it would be silly. Dr Bhavik Anil Patel, senior lecturer in physical and analytical chemistry

10) Silence doesn’t mean bad news

Don’t assume that you will be given any indication of the outcome at the start of the viva. The examiners may or may not offer comments on the thesis at this stage and candidates should not interpret a lack of comments at this point as a negative sign. In some cases institutional policy prohibits it. Penny Tinkler and Carolyn Jackson, authors of The Doctoral Examination process: A Handbook for Students, Examiners and Supervisors

11) Don’t point out your own weaknesses

Avoid shooting yourself in the foot by highlighting the weaknesses in the thesis by being overly humble (eg “I didn’t think this would be an acceptable piece of research given the way I handled x or y”) or by saying what you “failed to achieve” or “did not manage to carry out in a robust manner” etc. Leave that to the examiners to pick up in their reading, they don’t need help. Dr Mariana Bogdanova, lecturer in management, Queen’s University Belfast

12) Don’t talk like a politician There’s a danger of trying to over-prepare. Don’t learn answers off by heart – it removes the spontaneity and is obvious to examiners. If a student has pre-prepared answers they become a bit like politicians, answering questions they weren’t asked rather than the ones they were. I have come across mixed views on mock vivas. Some people really like them – and they can settle nerves – but other times it can remove spontaneity and steal your thunder. Jerry Wellington, head of research degrees at University of Sheffield and author of Succeeding with Your Doctorate

13) You may need to move from friendly questions to complex debates

Vivas can appear friendly and then suddenly go very conceptually complex. The language used is an alternation between accessible normal language and really specialised arguments. The student needs to be able to move orally between the two. Gina Wisker, professor of higher education and contemporary literature at Brighton University

14) If things get on top of you, use the excuse of having a look at the thesis

Make sure that before the viva you get plenty of sleep, eat properly and de-stress. If things get too much when you’re in there, use the excuse of having to look something up in your thesis. You could also pause and say “Can I write that down for a moment?” Stall for time until you get yourself back together again. Gina Wisker, professor of higher education and contemporary literature at Brighton University

15) Focus on your contribution

One of the most important things that the examiners will be looking for in your thesis, is the “contribution to knowledge”. It is the contribution which makes your work doctoral level. Be sure that you understand exactly what your contribution is, and that you are able to express and explain it clearly and concisely.

Write it down in a paragraph. Discuss it with you supervisor and fellow students. Make sure that you can relate your contribution to other work in your field and that you are able to explain how your work is different. Peter Smith, author of The PhD Viva

16) Expect your viva to last between one and three hours

Students frequently ask how long the viva is likely to be. Obviously they vary. Discipline differences are important. Our research suggests that most natural and applied sciences vivas were completed in one to three hours, whereas arts, humanities and social science vivas were typically less than two hours long. In the natural and applied sciences 43% of vivas lasted two hours or less, compared to 83% in arts, humanities and social sciences. Penny Tinkler and Carolyn Jackson, authors of The Doctoral Examination Process: A Handbook for S tudents, Examiners and Supervisors

17) Enjoy it

The best advice I ever got was “Try to enjoy it”. It seemed ludicrous at the time, but I actually found myself really getting into the discussion as the viva went on. It’s one of the earliest chances you get to talk to someone who not only informed your research (ideally) but is also conversant with your own. It’s a great chance to explore the contours of your research – treat it as such, and it doesn’t seem quite so daunting. Michael James Heron, school of computing science and digital media, Robert Gordon University

Share any advice you have in the comments below.

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100 Machine Learning PhD viva Questions

100 machine learning phd viva questions: a comprehensive guide for defending your thesis.

Are you preparing for your Machine Learning PhD viva and feeling overwhelmed by the thought of the questions you might be asked? You’re not alone. The viva, or oral examination, is a crucial part of the PhD process, and it can be challenging to know how to prepare for it.

Fortunately, we’ve got you covered. In this article, we’ve compiled a list of 100 Machine Learning PhD viva questions that are likely to come up during your examination. By reviewing these questions and preparing thoughtful answers, you can boost your confidence and improve your chances of success.

What is your research topic, and what motivated you to pursue it?
What are the key research questions you aimed to answer in your PhD project?
What is the main contribution of your research to the field of Machine Learning?
Can you explain the technical approach you used to tackle your research problem?
What are the limitations of your research, and how did you address them?
What are the potential applications of your research in industry or academia?
How does your work fit into the broader context of the Machine Learning field?
What were the key challenges you faced during your research, and how did you overcome them?
Can you explain the methodology you used to collect and analyze your data?
What are the key insights you gained from your research , and how do they contribute to the field?
What are the main strengths and weaknesses of the Machine Learning methods you used in your research?
Can you explain the differences between supervised and unsupervised learning, and when to use each method?
What are the key steps in building a successful Machine Learning model?
What are the advantages and disadvantages of using deep learning models?
How do you handle overfitting in your models, and what techniques do you use to prevent it?
What is regularization, and how does it help prevent overfitting?
How do you handle missing data in your Machine Learning models?
What is cross-validation, and how does it help evaluate the performance of your models?
Can you explain the difference between precision and recall, and why they are important metrics in Machine Learning?
What is the curse of dimensionality, and how does it affect the performance of Machine Learning models?
Can you explain the difference between a generative and a discriminative model?
What are the advantages and disadvantages of using decision trees for Machine Learning?
Can you explain the difference between gradient descent and stochastic gradient descent?
What is backpropagation, and how does it work in training neural networks?
What are convolutional neural networks, and how are they used in computer vision?
Can you explain the difference between a convolutional layer and a pooling layer in a CNN?
What are recurrent neural networks, and how are they used in natural language processing?
Can you explain the difference between a LSTM and a GRU?
What are autoencoders, and how are they used in unsupervised learning?
What is transfer learning, and how can it be used to improve the performance of Machine Learning models?
What are adversarial attacks, and how do they affect the robustness of Machine Learning models?
What is reinforcement learning, and how does it differ from supervised and unsupervised learning?
Can you explain the difference between on-policy and off-policy learning in reinforcement learning?
What is Q-learning, and how does it work in reinforcement learning?
What are the challenges in scaling Machine Learning models, and how can they be addressed?
How do you evaluate the performance of a Machine Learning model, and what metrics do you use?
Can you explain the difference between accuracy and F1 score, and when to use each metric?
How do you interpret the results of a confusion matrix, and what insights can you gain from it?
What are the different techniques for feature selection, and how do you decide which one to use?
Can you explain the difference between feature extraction and feature selection, and when to use each technique?
What are the different types of clustering algorithms, and how do they differ from each other?
Can you explain the difference between K-means clustering and hierarchical clustering?
What are the challenges in clustering high-dimensional data, and how can they be addressed?
What are the different types of classification algorithms, and how do they differ from each other?
Can you explain the difference between logistic regression and support vector machines?
What are the different types of ensemble learning methods, and how do they work?
Can you explain the difference between bagging and boosting?
What are the advantages and disadvantages of using random forests for classification tasks?
What are the different types of time-series forecasting models, and how do they differ from each other?
Can you explain the difference between ARIMA and exponential smoothing models?
What are the different types of anomaly detection algorithms, and how do they work?
Can you explain the difference between unsupervised and semi-supervised anomaly detection?
What are the different types of deep learning architectures, and how do they differ from each other?
Can you explain the difference between a feedforward neural network and a convolutional neural network?
What are the different types of optimization algorithms, and how do they differ from each other?
Can you explain the difference between batch gradient descent and mini-batch gradient descent?
What are the different regularization techniques, and how do they prevent overfitting?
Can you explain the difference between L1 and L2 regularization?
What are the different types of data augmentation techniques, and how do they improve the performance of Machine Learning models?
Can you explain the difference between data augmentation and transfer learning?
What are the different types of hyperparameter tuning techniques, and how do they help optimize Machine Learning models?
Can you explain the difference between grid search and random search?
What are the different types of model interpretability techniques, and how do they help understand the inner workings of Machine Learning models?
Can you explain the difference between LIME and SHAP?
What are the ethical considerations in Machine Learning, and how do you ensure that your research is ethically sound?
Can you explain the difference between bias and variance in Machine Learning, and how do you balance them?
What are the challenges in building Machine Learning models for real-world applications, and how do you address them?
Can you explain the difference between batch learning and online learning, and when to use each method?
What are the different types of data preprocessing techniques, and how do they prepare data for Machine Learning?
Can you explain the difference between normalization and standardization?
What are the different types of distance metrics, and how do they measure similarity between data points?
What are the different types of optimization problems in Machine Learning, and how do you solve them?
Can you explain the difference between convex and non-convex optimization problems?
What are the different types of regularization techniques, and how do they prevent overfitting?
Can you explain the difference between dropout and weight decay regularization?
What are the different types of learning rate schedules, and how do they impact the training of Machine Learning models?
Can you explain the difference between a fixed learning rate and an adaptive learning rate?
What are the different types of data imbalance, and how do you handle them in Machine Learning?
Can you explain the difference between oversampling and undersampling?
What are the different types of neural network architectures for sequence modeling, and how do they differ from each other?
Can you explain the difference between a Recurrent Neural Network and a Transformer?
What are the different types of attention mechanisms, and how do they improve the performance of Machine Learning models?
What are the challenges in building Machine Learning models for natural language processing, and how do you address them?
Can you explain the difference between word embeddings and character embeddings?
What are the different types of text classification algorithms, and how do they differ from each other?
What are the different types of named entity recognition algorithms, and how do they work?
What are the different types of sentiment analysis algorithms, and how do they determine the sentiment of a piece of text?
What are the different types of topic modeling algorithms, and how do they discover topics in a corpus of text?
What are the different types of Machine Learning models for image classification, and how do they differ from each other?
Can you explain the difference between a Convolutional Neural Network and a Residual Neural Network?
What are the different types of object detection algorithms, and how do they detect objects in an image?
What are the different types of image segmentation algorithms, and how do they segment an image into regions?
What are the different types of generative models, and how do they generate new data samples?
Can you explain the difference between a Generative Adversarial Network and a Variational Autoencoder?
What are the different types of Machine Learning models for speech recognition, and how do they differ from each other?
Can you explain the difference between a Hidden Markov Model and a Deep Neural Network for speech recognition?
What are the different types of Machine Learning models for time-series forecasting, and how do they differ from each other?
Can you explain the difference between a recurrent neural network and a convolutional neural network for time-series forecasting?
What are the different types of Machine Learning models for recommender systems, and how do they recommend items to users?
Can you explain the difference between collaborative filtering and content-based filtering for recommender systems?

These 100 Machine Learning PhD viva questions cover a wide range of topics and concepts in Machine Learning, from basic concepts such as linear regression and decision trees, to more advanced topics such as deep learning, natural language processing, and image recognition.

By preparing for these questions, you will be well-equipped to defend your thesis and demonstrate your knowledge and expertise in the field of Machine Learning. Remember to keep practicing and honing your skills, as the field of Machine Learning is constantly evolving and there is always something new to learn. Good luck with your viva!

Also Read: Top 50 Possible PhD Viva Questions

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How to structure your viva presentation (with examples)

Most PhD vivas and PhD defences start with a short presentation by the candidate. The structure of these presentations is very important! There are several factors and approaches to consider when developing your viva presentation structure.

Factors to consider when developing a viva presentation structure

Structuring your viva presentation traditionally, structuring your viva presentation around key findings, structuring your viva presentation around key arguments, structuring your viva presentation around case studies, final thoughts on viva presentation structures.

A PhD viva or PhD defence is often one of the last steps that PhD students have to pass before receiving a doctorate. The viva or defence usually starts with a short presentation of the PhD candidate on the PhD thesis.

Presenting a whole PhD in a short amount of time is very challenging. After all, a PhD is often the result of several years of work!

It is simply impossible to include everything in a viva presentation.

Therefore, tough choices have to be made in terms of what to include, what to highlight, and what to exclude.

The structure of a viva presentation plays a crucial role in bringing across the key messages of your PhD.

Therefore, there are several factors to consider when developing a viva presentation structure:

Available presentation time : Viva presentations usually last between 10 and 20 minutes, but every university has different regulations. Developing a structure for a viva presentation that lasts 10 minutes is different from developing one for a presentation that lasts 20 minutes or more. Thus, find out how much time you are allowed to present!
The key contribution of your thesis: The structure of a viva presentation should reflect the content and key messages of the PhD thesis. For instance, if you have written a very theoretical PhD thesis, it makes no sense to structure your whole presentation around your data collection and analysis. Make sure that the viva presentation structure is in line with your main messages.
University standards: It is recommended to discuss your ideas and plans for your viva presentation structure with others, as each university may have may be different (and even unspoken) rules and standards. Ask your supervisors about their preferred viva presentation structure. And talk to your peers who defend their theses before you.
Clear storyline : Every presentation should have a logical structure which allows the audience to follow a crystal-clear storyline. This is also true for viva presentations. Thus, clarify your storyline and develop a presentation structure that supports it.

A very traditional viva presentation structure simply follows the structure of the PhD thesis.

This means that the viva presentation covers all parts of the thesis, including an introduction, the literature review, the methodology, results, conclusions, etcetera.

Example of a traditional viva presentation structure

The advantage of this rather traditional format is that it provides information on each thesis chapter. Furthermore, it is relatively easy to prepare.

The disadvantage of this traditional format is that it is very challenging to fit all the information in a – let’s say – 10-minute presentation.

Furthermore, it can result in a presentation that is quite boring for the examiners, who have read the thesis in preparation for the viva.

One interesting way is to structure a viva presentation around the key findings of the PhD research.

For instance, you can select your three main findings which you each connect to the existing literature, your unique research approach and your (new) empirical insights.

Example of a viva presentation structure around key findings

A viva presentation structure around key findings emphasises the unique contribution of a PhD thesis, particularly in empirical terms.

A challenge of this structure, however, is to narrow down the presentation to a handful of key findings.

Furthermore, it might be tricky to find enough time during the presentation to discuss your theoretical framework and embed your discussion in the existing literature when addressing complex issues.

A viva presentation structured around key arguments is very similar to one that is structured around key findings. However, while key findings place more emphasis on the empirical data, key arguments operate at a higher level:

Arguments are sets of reasons supporting an idea, which – in academia – often integrate theoretical and empirical insights.

Example of a viva presentation structure around key arguments

So, for example, your key argument 1 is your stance on an issue, combining your theoretical and empirical understanding of it. You use the existing theory to understand your empirical data, and your empirical data analysis to develop your theoretical understanding.

A viva presentation structure around key arguments is probably the most difficult viva presentation structure to choose.

However, if it is well done, it is probably the most academically strong and advanced way of defending your PhD.

Another common way to structure a viva presentation is around case studies or study contexts.

This structure is only applicable when the PhD thesis includes a comparative (case study) analysis, which is quite common in the social sciences and humanities.

A presentation can, for instance, first discuss the theoretical framework and research approach, then present Case 1, and then Case 2 or more if applicable.

Example of a viva presentation structure around case studies

A viva presentation structure around case studies can be easy to follow for the audience, and shed light on the similarities and differences of cases.

However, as always, you need to reflect on whether the structure supports your key message. If your key message does not centre around similarities and/or differences in cases, this is not the structure for you!

Every PhD thesis is unique, and therefore also every viva presentation structure should be unique.

The key to a good viva presentation is to choose a structure which reflects the key points of your PhD thesis that you want to convey to the examiners.

The example viva presentation structures discussed here intend to showcase variety and possibilities and to provide inspiration.

Never just copy a viva presentation structure that worked for others .

Always think about what fits best to your thesis, asking yourself the following questions:

What is the main message of my PhD that I want to share during my viva?
How do I develop a crystal clear storyline to bring this main message across?
How can I structure my viva presentation to support and facilitate this storyline?

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What is a viva? PhD viva, viva voce, viva process and more

If you are a PhD candidate and preparing to take the biggest step in your academic journey, you might be overwhelmed by the thought of your impending viva voce or the oral defense of your thesis.

Worry not, we are here to demystify the process and provide you with actionable tips to successfully navigate this crucial academic milestone.

Here, we will guide you through the viva process, shed light on the perspective of your examiners, and help you understand how to prepare for this pivotal examination.

Whether you’re just beginning to wrap your head around what a viva entails or are already deep in the trenches of preparation, this blog is designed to offer you comprehensive, step-by-step guidance.

By understanding the process, expectations, and preparing effectively, you can walk into your viva with confidence, ready to defend your thesis and demonstrate your deep understanding of your research area.

What is a PhD viva or viva voce?

A PhD viva or viva voce is an oral examination where you defend your thesis in front of internal examiner(s) from your institution and/or external examiner(s) from another institution specializing in your subject area.

There may be up to 5 people on your viva panel.

They are testing your knowledge and thought processed to be admitted into the degree.

Typically lasting for an hour and a half to two hours, the viva is a conversation between experts, giving you the chance to elaborate and clarify your research.

Preparation for the viva can involve ongoing conversations, with supervisors and focused development after thesis submission.

As the viva voce derives from the Latin for ‘living voice,’ let your passion for your research come alive in your defense.

As nerve-wracking as it might be, remember to relax and use this opportunity to share your contribution to your field.

Supervisors will (or at least should) conduct mock vivas to help you prepare for questions and build confidence. Ask for a mock viva if one is not offered by your supervisor.

During the viva, your supervisor may be present as a silent observer, ensuring examination conduct.

Outcomes of a viva range from:

passing without corrections,
passing with minor or major corrections,
or not passing at all.

Examiners won’t necessarily spot all mistakes, but they read your work thoroughly, engage in a comprehensive discussion, and submit independent reports before the viva.

Understand what’s expected of you in your viva (Examiner point of view)

From an examiner’s point of view, in your viva, you are expected to confidently explain and defend your thesis.

You should be well-prepared, recognizing that examiners will carefully read your work and may identify minor mistakes.

Keep in mind that examiners may not know your thesis as well as you, so be prepared to clarify and elaborate on your research.

They may ask some really simple and basic questions of you – particularly early on in your thesis defense.

It is essential to demonstrate your understanding of the topic and address any questions posed by the examiners.

You may have the option to include your supervisor or other supportive figures from your institution during the viva for moral support and to witness the examination’s conduct.

Understand that examiners typically work independently and exchange reports just before the viva, so be ready to engage in a comprehensive discussion about your work.

Focus on showcasing your:

research abilities, and
significance of your thesis

during the viva.

How to prepare for your viva exam

To prepare for a PhD viva, follow these actionable steps:

1. Familiarize yourself with your examiner’s and supervisor’s work (4-5 days): Know their research interests, potential biases, and recent publications, and consider how they might relate to your thesis.

2. Understand your thesis deeply (5-6 days): Be able to explain your research question/hypothesis, aims, theoretical framework, methods, and key results concisely. Review all the papers you discussed or mentioned in your thesis, noting their relevance to your work. Address any weaknesses in your analysis, and justify your study’s merit to earn a PhD.

3. Practice summarizing your thesis: Prepare a 200-word summary of each chapter and a 2-minute explanation of your whole thesis. Be ready to clarify your work in one or two sentences.

4. Anticipate general questions : Examples include summarizing your thesis, stating your research question or hypothesis, and discussing your main results. Prepare answers for potential questions from both a general and discipline-specific context.

5. Conduct mock vivas with your supervisor: Simulate the viva experience to get comfortable with the format, build confidence, and receive feedback on your performance.

6. Review general questions and answers (last 1-2 days): Brush up on your prepared responses and make any necessary final adjustments.

Remember, most PhD students pass their viva, so focus on preparing and confidently discussing your research.

Things to keep in mind during your viva – top tips

Here are the top tips to keep in mind during your viva:

1. Ask for clarifications if a question is unclear. Be polite and ensure you understand the question before attempting to answer it. 2. Don’t interrupt the examiner while they are asking a question. Give them time to finish, as it shows respect and allows you to fully comprehend the inquiry.

3. Be honest if you don’t know the answer to a question. Prepare a polite response for unexpected questions you cannot answer.

4. Maintain confidence without arrogance. Display a level of nervousness that reflects your dedication to the process, but avoid overconfidence or disrespect.

5. Keep your answers concise and structured. Use a clear format when providing your response, such as breaking it down into key points.

6. Speak at a moderate pace. Avoid talking too fast or too slow, as it can be distracting for the listeners. Practice controlling your speech rate during your preparations.

7. Give yourself plenty of time before the defense to prepare and relax. You should be in the right state of mind for your viva.

8. Be familiar with the protocols, format, and panel of your viva. Attend other thesis defenses, read your institution’s guidelines, and research the background of the examiners on your panel.

By following these tips, you can enter your viva well-prepared and have a successful defense. Enjoy the experience and demonstrate the hard work you have put into your research.

Wrapping up – thesis viva

Concluding our comprehensive guide on the viva process for PhD students, the final thought we leave you with is this: your PhD viva, or viva voce, is an opportunity to defend your research, a unique chance to demonstrate your motivation, strengths, and even your limitations as a researcher.

It’s important to understand the viva definition in its entirety: a viva voce is an oral test undertaken in front of a panel of examiners.

This panel usually includes one internal examiner from your institution and one external examiner from another. It may also include other experts depending on policies and practices.

Preparation is key when you get to the viva stage.

To that end, arranging a mock viva with your supervisor could help you anticipate the types of questions you’ll be asked. This practice could enable you to put your best foot forward during the real deal.

Don’t be surprised if the viva examination lasts anywhere between one and four hours.

You may be asked to elaborate on your PhD thesis, defend your field of study’s claims, discuss its strengths and weaknesses, and suggest future research opportunities. Your response to the assessment task should be in-depth and thoughtful.

Under the current COVID-19 conditions, many students are having their viva over Zoom or Skype.

In these cases, it’s important to arrange your setting to minimise distractions. Feel free to ask for clarification if the audio cuts out or you miss a question.

In preparation for your viva, review the academic profiles of your panel members, anticipate questions they might ask, and keep a copy of your thesis at hand.

Also, remember that while it’s important to provide an in-depth response, a concise explanation is ideal to avoid going on a tangent. If you’re asked about any weaknesses or limitations in your work, be honest and thoughtful in your response, highlighting your problem-solving skills as a researcher.

You’ve worked hard to reach this stage; now it’s your chance to shine! Best of luck!

Dr Andrew Stapleton has a Masters and PhD in Chemistry from the UK and Australia. He has many years of research experience and has worked as a Postdoctoral Fellow and Associate at a number of Universities. Although having secured funding for his own research, he left academia to help others with his YouTube channel all about the inner workings of academia and how to make it work for you.

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Mr nidrosy mlawa ngossa, mr. geofrey itebuka, undergraduate programmes, postgraduate programmes, educational foundations, management and lifelong learning (efmll), educational psychology and curriculum studies (epcs), physical education and sport sciences (pess), university primary school, computer lab, wood workshop, school library, nursery school, subject laboratories, prof. william a.l.anangisye, prof. joyce l.ndalichako, prof. kitila a.k.mkumbo, professor agnes fellicia njabili, papers in education and development vol 37, papers in education and development vol 36, papers in education and development vol 35 (2017), paper in eduction and develpment special issue, paper in education and development vol 37, no 2 (2019), professor abel g.m. ishumi, professor justinian c.j. galabawa.

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Phd viva-29th april-2024-gilbert mkisi.

Qualifications Attained:

Mr. Gilbert Mkisi is a PhD candidate in the department of Educational Psychology and Curriculum Studies (EPCS), School of Education at the University of Dar es Salaam (UDSM). In 2010, he obtained a Bachelor degree of Social Work from the Institute of Social Work (ISW). In 2012, he obtained a Master’s degree of Social Work from the Open University of Tanzania (OUT). Mr. Gilbert is currently an Assistant Lecturer at the Institute of Social Work (ISW). His research interests include competence-based education training, poverty, community participation, parenting and social psychology.

Competence-Based Education Training (CBET) was introduced to all registered and accredited Tertiary Technical Education Institutions (TTEIs) in Tanzania in 2006 by National Council for Technical Education (NACTE) to provide technical education to students. In CBET students acquire skills and deeper understanding through practicing in the multiple continuous assessments (CA) learning tasks. Lecturers implement CA to make decisions of improving students’ learning through multiple learning tasks and to provide timely feedback in order to impart students with skills and deeper understanding. The purpose of the study was to explore lecturers’ implementation of CA in the context of CBET. The study was guided by Confirmative Implementation Model. The study was guided by five objectives: to explore strategies guiding the implementation of continuous assessment; to assess lecturers’ implementation of continuous assessment in improving students’ learning; to explore lecturers’ feedback approaches in improving students’ learning through continuous assessment; to explore students’ experiences of continuous assessment; and to examine challenges facing lecturers’ implementation of continuous assessment in the context of CBET. The study employed interpretive paradigm; qualitative approach and case study design. It used in-depth interviews, focus group discussions and documentary review to collect data from twenty-five participants. The findings revealed that CA strategies guided lecturers to implement five learning tasks through application questions and provided timely feedback which imparted students with skills and deeper understanding. Further, students preferred the implementation of five learning through application and timely feedback provision. However, overcrowded students challenged lecturers’ quality of feedback provision thus hinder acquisition of skills and deeper understanding to students. The study recommends other TTEIs to develop CA strategies in order to guide lecturers to implement five learning tasks through application questions and to provide timely feedback in order to impart students with skills and deeper understanding. Further the study recommends that students’ enrolment have to match with the increase of lecturers and learning facilities.

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Learning and fun abound at 2024 Viva Science SA

Shared by Orith Farago

Keynote speaker discusses stroke trial and health literacy

More than 1,500 community members attended the 2024 Viva Science SA event Saturday, April 20, at the Witte Museum. The free, family-friendly event drew people of all ages who enjoyed a day of scientific education and fun by gazing into microscopes, learning about different science disciplines and partaking in interactive and hands-on science experiments. Kids also had an opportunity to visit a petting zoo and play fun games.

With 45 booths representing a wide array of local institutions and 87 research posters representing middle schools, high schools, undergraduates and professionals, attendees’ eyes lit up with wonder as they visited science-themed tables featuring kid-friendly chemistry experiments, a robotics demonstration, 3-D printed brain molds, slides of microbes, fungi and bacteria and much more.

At the table representing the Brain Bank at the Glenn Biggs Institute for Alzheimer’s and Neurodegenerative Diseases, visitors could view slides of neurons and tissue and look at a model of the brain.

As Harvey Jaafar looked through a microscope at the Brain Bank table, he was filled with wonder. His mother, Afaf Saliba Jaafar, a UT Health San Antonio Integrated Biomedical Sciences program graduate student who will receive her PhD in May, was happy to bring her children to the event that showcased the importance of science.

“It’s important that kids start learning science at a very young age and understand that it’s for a good purpose,” Jaafar said. “Science is fun. It enhances intellectual capabilities and widens opportunities for future careers, growth and for exploring the world, making it a better place.”

Visitors at the UT Health San Antonio Medical Laboratory Sciences table had the opportunity to look through microscopes and learn about bacteria and fungi.

“I believe this is a very important thing, for children to start learning from a very young age about the medical relevance of laboratory sciences,” said first-year UT Health San Antonio Medical Sciences Laboratory student Alessandra Vaccaro. “Many children are familiar with doctors, PAs, nurses and other health care professionals. However, most children, and even adults, don’t realize how essential medical lab scientists are in diagnosing relevant conditions like cancer, heart disease, COPD, and diabetes, to name a few. Although we operate behind the scenes and away from the crowd, we remain a paramount piece of a larger and more complex health care puzzle, committed to championing unparalleled patient care alongside our health care professional peers.”

“Many organisms such as bacteria, fungi and viruses are ubiquitous in the environment,” Vaccaro said. “They are on our skin, on objects children play with, and even in the air we breathe. It is important for us to serve as a scaffold to children and teach them about the wonders of the microscopic world. We lab scientists are also here to help children distinguish between innocuous organisms and those that may cause harm, and how the power of diagnostics can help in finding the right treatments.”

Created several years ago by students from the Graduate School of Biomedical Sciences at UT Health San Antonio, Viva Science SA is part of the graduate school’s initiative to make science accessible for everyone. The event showcased the importance of science, technology, engineering and mathematics (STEM) programs and supported discussions of science-related efforts and research.

David Weiss, PhD, dean of the Graduate School of Biomedical Sciences (GSBS), said the event’s creators wanted scientists throughout the city to be able to talk about their science to the public.

“The key is to learn how to communicate your science,” he said. “It’s not just our students, they’re from other schools all the way down to middle school,” he said. “This events helps to teach them how to communicate with somebody at any level.”

Weiss added that the event was also created to highlight the many scientific endeavors taking place throughout the city.

“San Antonio is becoming a powerhouse in the country in science, so it’s a great way to showcase that,” he said.

The event was a learning experience for both students and visitors alike. Students honed their presentation skills while discussing research posters and conveying science-related topics at dozens of tables and attendees asked questions and learned about the many scientific endeavors throughout the city.

Kendall Esparrago, a graduate student in the molecular microbiology and immunology department at The University of Texas at San Antonio, expertly presented information about the South Texas Center for Emerging Infectious Diseases and provided visitors an opportunity to learn about microbes and how they affect our lives.

When he was younger, the graduate student didn’t have science-themed events to attend, so providing an opportunity like Viva Science for kids to learn about science early is beneficial, he said.

“Getting [kids] really invested early on is really important, especially since we’re in the computer age where these kids can now investigate on their own,” he said. “So, if you keep their interest, they can go back later to their [home] and look up what microbes are and become a researcher themselves.”

How getting kids involved in science can help save lives

The event’s keynote speaker, Olajide A. Williams, MD, MS, professor of neurology and vice dean of community health at the Columbia University Vagelos College of Physicians and Surgeons, spoke about a National Institutes of Health-funded stroke trial evaluating the efficacy of Hip Hop Stroke: a hip-hop based stroke literacy intervention targeting elementary school children. Williams detailed how the trial came about and his career path.

Williams began his career at the bedside of patients at a hospital in Harlem, New York, where only 1.9% of patients were being treated for strokes. The reason for the low treatment numbers was that too many patients were arriving beyond the treatment window. Back then, the window was three hours. Today, it’s 4.5 hours.

It was found that a lot of patients treated for stroke were in their late 30s, 40s and early 50s.

Williams wanted to know why such a low number of patients sought treatment for stroke during that crucial time window. Through research, he learned that it was due to lack of knowledge. Individuals suffering from stroke either didn’t recognize the symptoms or didn’t know that treatment was available within a very short time window and thought they could call the doctor to make an appointment to address it at a later time.

To address low health literacy about strokes, Williams and his team focused on raising awareness about stroke symptoms and the importance of getting to the hospital in that three-hour window. The question was how to convey that important information to an audience that was busy working and raising their children. The answer came from Williams’ own experience helping his children with their homework. He realized that every time he helped them, he was learning.

“[My team and I] hypothesized that making children health literate for a particular condition can, in turn, make their parents and their caregivers health literate through our homework protocol,” he said.

As a neurologist studying the brain since 1998, Williams knew that there is twice as much real estate in the brain dedicated to music as opposed to language. With that in mind, and with support from the National Stroke Association, an intervention model was developed combining art, culture and science.

“Music is a superpower,” Williams said. “Music helps us learn, it helps us retain, remember. It calms us, it reduces our stress. Music, we believed, had the ability, if done right, to increase health literacy in a way that those children could transfer to their parents and their grandparents, for the specific purpose of recognizing the symptoms of stroke and the importance of calling 911 within those 3 hours. That was our goal and music was our vehicle.”

Williams partnered with music artist Doug. E. Fresh to develop Hip Hop Stroke, which ultimately led to the creation of Hip Hop Public Health , an internationally recognized organization that creates and implements multimedia public health interventions that target and engage young people in the health of their families and communities.

The next step was for Williams, Fresh and other scientists on their team to recruit the brightest fifth-grade students in Harlem to serve on a student advisory board to provide insight about what would engage their peers and raise stroke awareness.

With insights from all involved on their team, homework protocols for the children in the stroke trial were created. The kids’ homework included watching videos, doing crosswords and learning acronyms with their parents. The study found that the kids were very engaged and excited about transferring their knowledge about strokes and their parents also did extremely well.

As a result of the intervention, the treatment rates for stroke at the hospital quadrupled, increasing from 1.9% to 8%.

Near the end of his talk, Williams showed engaging educational videos he and his team created to increase knowledge about strokes. View this Hip Hop Public Health video featuring the important acronym BE FAST for recognizing and acting when stroke occurs. The acronym stands for:

Balance: feeling off and dizzy.
Eyes: trouble with seeing.
Face: numbness and weakness in the face and drooping in the cheek.
Arm: numb or not being able to use an arm or leg.
Speech: trouble speaking.
Time: Call 911 immediately.

Williams concluded with a video featuring a father whose life was saved when his fifth-grade son remembered what he learned through Hip Hop Public Health’s stroke awareness intervention.

The child said he remembered learning that it’s important to call 911 when seeing someone with blurry vision, weak arms and experiencing a bad headache. The child’s mother said that knowledge gave her husband a second chance in life.

To learn more about the signs and symptoms of a stroke, visit the Centers for Disease Control and Prevention website .

Why events like Viva Science are important

Williams said scientifically oriented events like Viva Science are critical.

“I think every city in America should have an event like this,” he said. “I think really improving scientific literacy in children really does inspire and spark their imagination. And we know that imagination is key to innovation. And in a world where there are so many challenges, building a cohort of exceptionally innovative and scientifically grounded children, can only be better for our collective future.”

IMAGES

PhD Viva Questions [Interactive Template]
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Common PhD viva Question
What is a viva? PhD viva, viva voce, viva process and more
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Top 12 Potential PhD Viva Questions and How to Answer Them
Examiners are interested in knowing your understanding of the research, its methods, analysis and findings, conclusion and implications, etc. Despite the differences in every PhD viva, you must be prepared to answer these common questions logically. Below are some popular PhD viva questions to prepare: 1. Tell me about yourself.
A guide to answering PhD viva questions (with examples)
The PhD viva is an oral examination conducted by a panel that takes place as part of the PhD defence. The panel asks a PhD student questions about their research project and thesis, which requires the candidate to demonstrate knowledge in the subject area and understanding of how it applies to their project's topic.
Common PhD Viva Questions
What follows are some common PhD viva questions which your examiners may ask you. Plus some additional advice based off my own PhD viva experience. For an intro to the PhD viva including the typical structure and potential outcomes please see my introductory post: How to Defend a Thesis: An Introduction to the PhD Viva ...
Top 10 Ph.D. Viva Questions and How to Answer Them
Every doctoral candidate will complete the Ph.D. viva to defend a thesis and seek that coveted doctorate degree. You've worked hard throughout your academic career, and now you face this intimidating meeting! Before your viva, you might feel nervous, picturing yourself tap dancing as fast as you can in front of a firing squad. But your viva should feel more like a confident performance of your ...
Top 50 Possible PhD Viva Questions
Defending your master's thesis in front of domain experts, co-scholars, and students is quite an interesting experience. The difficult part of the viva for every researcher is facing unexpected questions. In this article, ilovephd provides 38 possible PhD viva questions frequently asked during the thesis viva.
PDF A Guide for Viva Preparation
the format a viva can take. A mock viva can be a good opportunity to practice answering the questions and engaging in discussion rather than just preparing on paper. Practise with others You can also ask other colleagues (staff or PhD students) you may know or have worked with to read your thesis (or parts of it).
PhD Viva Voces
A viva voce, more commonly referred to as 'viva', is an oral examination conducted at the end of your PhD and is essentially the final hurdle on the path to a doctorate. It is the period in which a student's knowledge and work are evaluated by independent examiners. In order to assess the student and their work around their research ...
What is the PhD Viva?
The viva voce is the final assessment for a PhD. It is an oral examination where the student defends their research to two academic examiners. This involves answering questions about your work, typically related to the literature, methodology, your findings and the significance of your conclusions. In some countries (like the USA) the viva is ...
A guide to a successful viva
A guide to a successful viva. This guide aims to give you guidance on how to prepare for your viva, some suggestions of what to do beforehand and on the day, and a few pointers to consider during the viva itself. The important thing to remember whilst reading this guide is that everyone is different and you know what will work best for you.
PhD Viva Questions [Interactive Template]
Our free PhD Viva Questions template lets you familiarise yourself with the most common questions. It's been designed in collaboration with Professor Peter Smith, author of Palgrave's The PhD Viva. The template is interactive and editable, meaning you can fully prepare model answers in advance of the big day. Enter your email address and we ...
How to Excel in Your Doctoral Viva
How to excel in your doctoral viva offers an accessible guide to approaching and preparing for a PhD viva examination. The book explains what the viva is, how the process works, and what the purpose of the viva is. It guides the reader through the course of preparing for their viva examination, with chapters focusing on organisation to dealing with viva concerns.
Defending your doctoral thesis: the PhD viva
Once you have submitted your thesis you will be invited to defend your doctorate at a 'viva voce' (Latin for 'by live voice') or oral examination. The thesis defence can be a daunting prospect, but many people really enjoy this experience of discussing their PhD research with genuinely interested experts. It can also be a useful networking ...
5 tips for passing your PhD viva
It's a focused discussion giving you the opportunity to present your PhD thesis and then defend it in front of a panel of academic experts. 1. Understand what's expected of you. Traditionally, your thesis would always be discussed in person, with the interview style viva exam overseen by at least two (internal and external) examiners.
(PDF) The Doctoral Viva: Questions for, with and to ...
The viva voce, known commonly simply as the 'viva' or the. PhD 'defence', is a landmark occasion to evaluate a doctor-. al candidate's written thesis (or dissertation) and their com ...
Viva Question Repository
Viva Question Repository. The Viva Voce (aka Defense) Question Repository! This is a repository of questions that were asked at Vivas of students, just like you. Look up what questions you can expect in your Viva! Don't get caught off-guard. (Pro tip: Want to sort by more than one heading? Hold shift and click the headings you want to sort by.)
PDF PhD Viva Guide
WELCOME PURPOSE OF THE VIVA 1 The viva voce, which translates from Latin as living voice (Rugg and Petre, 2004), represents the culmination of the doctoral experience. The viva, also referred to as the oral defence or the oral examination, is a long-standing
140+ Viva Questions & How to Prepare for Viva?
25 PhD Viva Questions A PhD viva is a final examination in which a candidate answers questions from an academic panel on their work and understanding of their chosen subject area. This is often used to determine whether the candidate has effectively proved that they have learned enough about their specialised study topic to produce original work.
How to survive a PhD viva: 17 top tips
12) Don't talk like a politician. There's a danger of trying to over-prepare. Don't learn answers off by heart - it removes the spontaneity and is obvious to examiners. If a student has ...
100 Machine Learning PhD viva Questions
These 100 Machine Learning PhD viva questions cover a wide range of topics and concepts in Machine Learning, from basic concepts such as linear regression and decision trees, to more advanced topics such as deep learning, natural language processing, and image recognition. By preparing for these questions, you will be well-equipped to defend ...
How to structure your viva presentation (with examples)
The structure of a viva presentation plays a crucial role in bringing across the key messages of your PhD. Therefore, there are several factors to consider when developing a viva presentation structure: Available presentation time: Viva presentations usually last between 10 and 20 minutes, but every university has different regulations.
PhD Viva: What it is and How to Prepare
The official name for a PhD Viva is Viva Voce, which is Latin for living voice. It is an oral examination, comprising 20% towards the evaluation of a doctoral degree. The other 80% of the doctoral degree is allocated to the research work. ... Typical PhD Viva questions asked by external examiners. Summarise PhD thesis in two or three minutes.
What is a viva? PhD viva, viva voce, viva process and more
A PhD viva or viva voce is an oral examination where you defend your thesis in front of internal examiner (s) from your institution and/or external examiner (s) from another institution specializing in your subject area. There may be up to 5 people on your viva panel. They are testing your knowledge and thought processed to be admitted into the ...
University of Dar es Salaam
The findings revealed that CA strategies guided lecturers to implement five learning tasks through application questions and provided timely feedback which imparted students with skills and deeper understanding. ... Mon, 22.Apr.2024 : PhD VIVA-25th April-2024-Noela Ephraim Ndunguru. Mon, 15.Apr.2024 : PhD VIVA-18th April-2024-Silvani Dismas ...
Learning and fun abound at 2024 Viva Science SA
Keynote speaker discusses stroke trial and health literacy. More than 1,500 community members attended the 2024 Viva Science SA event Saturday, April 20, at the Witte Museum. The free, family-friendly event drew people of all ages who enjoyed a day of scientific education and fun by gazing into microscopes, learning about different science ...

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Top 10 Ph.D. Viva Questions and How to Answer Them

1. Tell us about your study

2. What are your main research questions and why did you select them?

3. What original contribution has your thesis made to this field of study?

4. Whose work has most influenced yours?

5. What are the strengths and weaknesses of your thesis?

6. What ethical considerations did you apply?

7. Did your study go as expected? If you had to start the thesis again, what would you do differently?

8. Now that you've completed your study, what did you enjoy about the process?

9. If funding was no object, how would you follow up on this project?

10.What are your plans for the future?

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What Is a PhD Viva?

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What Is the Viva?

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Real Viva Experiences

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Defending your doctoral thesis: the PhD viva

Viva preparation

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5 tips for passing your PhD viva

What is a PhD viva?

1. Understand what's expected of you

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