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TEKS Correlations, 130.410. Engineering Design and Presentation I

Author: Goodheart-Willcox Publisher

Below you will find links that correlate the Texas Essential Knowledge and Skills (TEKS) to the Exploring Drafting Student/Teacher Material. Each link will open in a new browser tab to display the page where the standard is covered.

Table of Contents

Abbreviated contents.

• Correlations to the Texas Essential Knowledge and Skills (TEKS)

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BUILDING WORKS

ENKA has a long track record for providing high-caliber civil construction services across the world. The Company’s Building Works Business Line has been working on projects that feature imaginative designs, luxury finishes, inspirational locations and cutting-edge architecture.

For more than a half century, ENKA engineered, managed and built some of the most complex civil projects of the modern era in the diverse and challenging environments. As a result of our work, many of these projects have been selected by industry surveys as best-in-class globally or in their respective regions.

ENKA’s Building Works Business Line performs projects under two main categories: contracting projects and investment projects. Under these categories, scope of works involves the construction of business centers & high rises, public buildings, malls & shopping centers, urban developments, industrial plants and special projects.

CONTRACTING PROJECTS

In Russian Federation and in the CIS countries, ENKA is one of the largest developers, designers and constructors of business centers and high rises. Our innovative and market leading developments include Moscow City Plot 4 Imperial & Plot 12 Eurasia Towers, White Square Office Center, Tsvetnoy Multifunctional Complex, IKEA Business Park, Donstroi Office and Administrative Center, E+K Sadovaya Plaza Office Building, Audi Car Center & High-rise Office Building, Yandex Headquarters in Moscow; TAIF Business Center in Kazan, the Russian Federation and Esentai Park Complex in Kazakhstan.

ENKA has extensive expertise in delivering public buildings projects involving hotels, hospitals, airports, sport complexes, cultural buildings and administrative buildings. Some of the landmark projects ENKA completed are Ufa Perinatal Medical Center and Moscow Lapino Perinatal Medical Center in Russian Federation; Muscat International Airport in Oman, Sheremetyevo International Airport in Moscow, Russian Federation, Baku International Airport in Azerbaijan; Reconstruction of Russian Government House, Supreme Court, Reconstruction of Russian Parliament Building, Moscow Tax Inspectorate, Refurbishment of Ministry of Finance, International House of Music in Moscow and Corinthia Nevskij Palace Hotel in St. Petersburg, Russian Federation; Dushanbe 5 Star Hyatt Regency Hotel in Tajikistan; FC Shakhtar, Donetsk Stadium in Ukraine.

ENKA also provides cutting-edge malls & shopping centers construction services. Our capabilities in the malls & shopping centers include development management, and project management and construction. We can partner with our customers to deliver tailor-made solutions at all phases of the development, from initial concept to planning, design, pricing, construction and fit out. Among the projects completed under this segment are Esentai Park Shopping Mall in Kazakhstan; IKEA Mega Commercial Center, Metropolis Shopping Center, MIBC Central Core Shopping & Entertainment Complex, Petrovsky Passage Shopping Center in Moscow and various Real Shopping Centers and Hypermarkets in the Russian Federation.

ENKA has delivered a range of significant urban development projects across Oman, Libya, Saudi Arabia and Russian Federation as well. The urban development projects we delivered are a demonstration of our commitment to bring communities and spaces back to life by not just creating the best buildings but creating the best places for living.

ENKA’s Building Works Business Line completed various industrial plant projects across the Russian Federation, Türkiye, Libya, Iraq, Jordan and Ethiopia.

Following the successful collaboration between ENKA and Caddell Construction Co. of the USA for the building of the US Consulate project in İstinye, İstanbul, which was completed in 2003, the two companies agreed that ENKA to provide consultancy and construction services for the future special projects worldwide.

INVESTMENT PROJECTS

Today, ENKA is both the developer and the owner of many prestigious projects in Russian Federation that feature the modern technologies of “Intelligent Building” efficient layouts and interior premises fitted-out in accordance with international standards and automated engineering and safety control systems. Among the landmark projects under this category are Paveletskaya Plaza Business Center, Moscow City the Naberezhnaya Tower, Kuntsevo Multifunctional Trade & Business Center, Kashirskaya Multifunctional Trade Center, MosENKA Office Buildings and Riverside Towers.

It is also worthy to note that ENKA, with professional teams located on site, is carrying out the maintenance and administrative management of all these buildings. ENKA’s real estate investment projects have become the compelling choice for many leading international and Russian companies.

In majority of these projects, ENKA has performed design engineering, fabrication, construction and commissioning services with in-house resources and on a direct hire principle, always with continuous focus on safety, quality and schedule, thoroughly understanding and aligning to the expectations of its customers.

In this business line, the expertise ENKA deliver to its customers include;

Feasibility Studies

Testing & Commissioning

Environmental Assessments

Direct Hire Construction

Master Planning

Operational Readiness Planning

Construction Management

Project Management

Value Engineering and Constructability Analyses

Project Controls

Design-build Project Delivery

Risk Management

Procurement & Logistics

RELATED PROJECTS

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Principles of Applied Engineering

Principles of Applied Engineering provides an overview of the various fields of science, technology, engineering, and mathematics and their interrelationships. Students will develop engineering communication skills, which include computer graphics, modeling, and presentations, by using a variety of computer hardware and software applications to complete assignments and projects. Upon completing this course, students will understand the various fields of engineering and will be able to make informed career decisions. Further, students will have worked on a design team to develop a product or system. Students will use multiple software applications to prepare and present course assignments.

This binder does not contain all lesson plans for this course. This content can be used with any textbook or instructional materials. If locally adapted, make sure all TEKS are covered.

Scope and Sequence

CTE TEKS - Implemented 2017-2018, adopted in 2015

Principles of Applied Engineering course scope and sequence within the Science, Technology, Engineering, and Mathematics Career Cluster® summarizes the content to be taught, and one possible order for teaching the units of instruction. A brief description of each unit and the corresponding TEKS are included. This scope and sequence may be adapted or adopted by the local education agency.

Program of Study

Based on the House Bill 5 Foundation High School Program, the Program of Studies within the Science, Technology, Engineering, and Mathematics Career Cluster provide helpful information, including the core courses and career-related electives in high school that will help prepare students for their career goals. These documents are designed for students, but can also be used by administrators, counselors, teachers, business and industry representatives, and parents.

Unit 1: Introduction to Applied Engineering

This lesson addresses how engineering and technology has influenced society and the development of civilization.

In this lesson, students will demonstrate their understanding of basic electricity and electronic fundamentals. Students will expand their knowledge of DC circuits as an application to transistor circuits.

In this lesson, students will apply basic knowledge of  transistors, binary and logic to more complicated devices like microprocessors. Students will work to create prototypes and outline the details to complete a project. 

This lesson introduces students to fundamentals of DC circuits and schematic electrical diagrams. The lesson also includes circuit analysis problems.

Unit 2: Portfolio Planning and Introduction to Media to be Used in this Course

Lesson plans are currently not available. Review the scope and sequence document, TEKS, and available lesson plans, to determine which additional lesson plans to locally develop.

You can download the optional blank lesson plan template provided here, to locally develop a new lesson plan, consistent with the others provided in the Texas CTE Resource Center.

If after developing a new lesson plan, you would like the TEA to consider adding it to the resource library for colleague teachers to also use in the future, attach the lesson plan and any supplemental instructional materials through the form here, for consideration. If published, we will attribute the materials to you.

Unit 3: Safety Preparation for Applied Engineering

Unit 4: exploration of the stem field in applied engineering, unit 5: exploration of the stem field with focus on modeling and design.

In this lesson, students are introduced to problem solving techniques in the field of Engineering and Technology. Students are also encouraged to think critically and apply fundamental principles of system modeling and design to multiple design projects.

In this lesson, students will develop the ability to use the Engineering and/or Scientific Problem Solving steps to problem-solve in teams.

In this lesson, students learn rocketry basics, build a rocket, fly the rocket, and assess ways to improve.

In this lesson, students will build and fly a plane powered by a rubber band, and evaluate variables in design.  

Unit 6: Exploration of the STEM Field with Focus on Robotics, Process Control, and Automation Systems

One or more lesson plans are currently not available. Review the scope and sequence document, TEKS, and available lesson plans, to determine which additional lesson plans to locally develop.

If after developing a new lesson plan, you would like the TEA to consider adding it to the resource library for colleague teachers to also use in the future, attach the lesson plan and any supplemental instructional materials through the form here , for consideration. If published, we will attribute the materials to you.

Unit 7: Exploration of the STEM Field with Focus on Electrical and Mechanical Systems

In this lesson, students will be introduced to various forms of energy, spanning from non-renewable to solar.

Students will be able to compare renewable and non-renewable energy sources. They will also demonstrate they know how to research information and create a presentation about a green energy career they are interested in pursuing.

In this lesson, students will learn the basics of electricity and fundamentals of electronics. The lesson also includes work problem and quiz.

Unit 8: Exploration of the STEM Field with Focus on Drafting

Unit 9: preparation for the workforce.

In this lesson, students will demonstrate their understanding of ideation and the role it has in corporate competitiveness.

Unit 10: Teamwork in STEM

Unit 11: planning for careers in stem, unit 12: extended learning experience.

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• Skyscrapers

Federation Tower / Tchoban Voss Architekten + SPEECH + SCHWEGER ARCHITEKTEN

• Curated by María Francisca González
• Architects: SCHWEGER ARCHITEKTEN , SPEECH , Tchoban Voss Architekten
• Area Area of this architecture project Area:  442915 m²
• Year Completion year of this architecture project Year:  2017
• Photographs Photographs: Dmitry Chistoprudov
• Manufacturers Brands with products used in this architecture project Manufacturers:   Atlas Schindler , Boon Edam , Cox , GEZE , RDK , Yuanda , thyssenkrupp
• Lead Architects: Peter P. Schweger, Sergei Tchoban
• General Contractor : Renaissance Construction
• Interiors : SPEECH
• Construction Management : Turner Construction
• Project Documentation:  Tchoban Voss Architekten, SPEECH
• Structural Engineering:  Thornton Tomasetti
• Owner/Developer:  ZAO Bashnya Federatsiya
• City:  Moskva
• Country:  Russia
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Text description provided by the architects. Federation Tower is a complex consisting of two skyscrapers – the 63-storey Tower West and the 97-storey Tower East – on lot 13 of the Moscow International Business Centre in Moscow. The two towers stand on the same mixed-use plinth. The most recognizable high-rise landmark in Moscow, Federation Tower has a memorable silhouette in the form of two glass sails which face one another.

The Federation Tower complex ascends to 374 meters (in 2017 the Council on Tall Buildings and Urban Habitat – CTBUH – recognized it as the tallest skyscraper in Europe). The design is based on the concept of the vertical city, which was realized here for the first time in the history of modern Russia. Each of the towers has a combination of office and residential floors, interspersed with sports and entertainment functions. The six-storey plinth likewise has offices and a shopping gallery. There are more public facilities on the upper floors of the both towers: a restaurant, an observation deck and a multifunctional public space for events.

The basis of the foundations of the Federation Tower complex is a massive concrete slab. Both buildings rely for their stability on a mighty concrete core whose walls are 1.4 meters thick at its base, as well as on 25 perimeter columns extending all the way through the towers from the foundations to the top storeys. Each column has a base measuring 2 x 1.4 meters. Every 25-30 storeys there are outrigger storeys made from high-strength steel structures. The façades have been glazed using the very latest glazing systems: the surface of the glass reflects the sun’s rays while preserving the optimum temperature in the building. In terms of density, the glass comes close to the thermal performance of a brick wall. At the time when use of the latter technology began at Federation Tower, it was being used in no other skyscraper in the world.

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Materials and Tags

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联邦大厦 / Tchoban Voss Architekten + SPEECH + SCHWEGER ARCHITEKTEN

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