Fundamentals of architectural drafting including basics of construction, sketching, architectural drafting conventions, CAD techniques, pictorial drawing, dimensions, sections, and working drawings. Selected assignments from this course will be appropriate for inclusion in student portfolios. Lecture two hours, laboratory two hours.

This course will introduce basic drawing principles and techniques as important tools for visual thinking and communication of design ideas. The primary emphasis will be on freehand sketching for quick ideation during problem-solving, though experimentation with different media will be encouraged. Lecture two hours, laboratory two hours.

This course will provide students with an introduction to the construction process, building materials and designs, management issues, and building codes. This course will emphasize contemporary trends in residential and commercial construction with considerable focus on different building types, on energy efficient and high performance buildings and on building codes. The course includes a lab in which students will participate in hands-on construction activities.

This course introduces students to the design and installation of the mechanical systems in buildings - water supply and waste (plumbing); electrical; and heating, ventilation and air conditioning (HVAC). The course combines lectures on the theory, practice, drawing methods, and building codes related to these systems with hands-on procedures.

This course will introduce students to the technical, economic and managerial aspects of the commercial and industrial construction industry. Primary emphasis will be on the tools, materials, and construction processes used in commercial construction. Lecture three hours.

This course covers construction from initial site investigation through foundations. Key topics include: soils, soil testing, structural foundation design, surveying, site layout, site plans, and foundation construction. Prerequisite: MAT 1025.

An in-depth study of the structure, characteristics, analysis, and application of modern engineering materials, with an emphasis on the processing/structure/properties/performance interrelationship. Topics include atomic structure and bonding, crystal structure and imperfections, solidification, mechanical properties, strengthening mechanisms, failure analysis, phase diagrams, heat treatment, corrosion and degradation, and materials characterization techniques.

Explores history of interiors, architecture, graphic and industrial design, and materials from the Industrial Revolution to the present. Includes residential and commercial spaces. Provides exposure to multi-cultural issues in design. Prerequisite: completion of the Freshman Portfolio Review. Lecture three hours. (WRITING)

This course will introduce students to the basic concepts of architectural design and some of the most important architects in recent history. The course will present the tools, processes, graphic conventions, and standards used in design and construction documents of residential construction. As a final project, students will design a residence and prepare computerized construction drawings. Prerequisites: IND 1001 and TEC 2708, or permission of the instructor.

This course will provide students with the opportunity to explore and develop estimating skills used in the construction industry. Students should learn how to estimate unit costs for building components, how to do take-offs, and how to prepare an overall project bid. They will prepare estimates using self-developed computer spreadsheets and should learn how to use cost estimating software. Prerequisites: TEC 2708 or permission of the instructor, MAT 1020 or higher, and basic knowledge of computer word processing, Internet procedures, and spreadsheets. (NUMERICAL DATA; COMPUTER) (ND Prerequisite: passing the math placement test or successful completion of MAT 0010.)

This course introduces students to the principles and physical concepts of statics and strength of materials related to construction. Statics is the study of building and other loads and the design of structures needed to support them. The study of bridge types, trusses, and other structures used in construction will be integrated into the coursework in order to provide a practical framework for the subject matter. Lecture three hours.

This course introduces students to the complex ways in which buildings actually interact with their environment. Particular issues include how moisture problems occur, how to protect building occupants from poor health due to indoor air quality, how to prevent building durability problems, and how to provide more energy efficient and comfortable buildings for clients. The course shows students how to use diagnostic equipment, such as blower doors, duct leakage testing devices, indoor air quality measurement devices, and air flow detection equipment. The course also emphasizes translating technical materials into concise written reports, as well as comprehensive written reports. Prerequisites: TEC 2708, MAT 1020 or higher, or permission of the instructor. (WRITING; CROSS-DISCIPLINARY ; NUMERICAL DATA) (ND Prerequisite: passing the math placement test or successful completion of MAT 0010.) [Dual-listed with TEC 5708.]

This is an advanced level course exploring the broad field of architectural building design. It investigates the details of buildings, from structural elements to decorative components. Students have the opportunity to learn a variety of design development techniques, including manual drafting, sketching and rendering, computer-aided drafting and design (CADD ), and model building. Required course projects include a full set of construction drawings for a commercial building using CADD software, as well as a rendering and model of the building. Prerequisite: TEC 3728. (COMPUTER) [Dual-listed with TEC 5728.]

This course builds on previous courses in construction technology and architectural design to demonstrate to the student how to integrate the myriad aspects of architecture - from art to environment to materials to spaces to construction - into successful building designs. The course stresses application of design fundamentals to building design, but emphasizes the key elements of buildability, efficiency, durability and indoor air quality. Lecture two hours, laboratory four hours. Prerequisites: TEC 4708 and TEC 4728.

This course serves as the capstone course for the major in Building Sciences with a concentration in Architectural Technology and Design. The course proceeds through the entire architectural design process during the semester, culminating in the design of a structurally sound, efficient, durable, high performance building that meets all relevant building codes. Lecture two hours, laboratory four hours. Prerequisites: TEC 2738, TEC 3718, TEC 3738, and TEC 4738. Corequisite: TEC 4718.

Graded on an S/U basis. (WRITING)

Emphasizes study and preparation for the design workplace experience including internship requirements and objectives. Provides discussion of procedural and ethical concerns and preparation for the interview process. Includes research, goal-setting, design and creation of application materials and portfolio. Prerequisite: INT 3100. Lecture one hour.

Explores issues and ethics of interior design professional practice. Includes discussion of legal certification, professional organizations, and NCIDQ examination. Provides advanced study of professional standards, codes and specifications. Corequisite: INT 4110. Lecture two hours.

This course covers planning and scheduling, estimating resources, value engineering, project meetings, and personnel management for construction projects. Special attention will be given to the use of computer software (such as spreadsheets and scheduling programs) for construction management activities. Prerequisites: TEC 2708, TEC 2738, and MAT 1020 or higher, or permission of the instructor. [Dual-listed with TEC 5758.]

This course discusses the mechanics of starting and managing a construction business. Organizational structures, required licenses, taxes, codes, permits, advertising, personnel management, customer relations, scheduling, accounting, insurance, and financing will be addressed. Special attention will be given to the use of computer software (such as spreadsheets and financial software) for construction management activities. Prerequisites: TEC 2708, TEC 2738, and MAT 1020 or higher, or permission of the instructor.