Brigham Young University
Back Technology Education and Construction Management


TECHNOLOGY EDUCATION AND CONSTRUCTION MANAGEMENT

Chair: Garth A. Hill
Graduate Coordinator: Jerry Grover
230 SNLB
Provo, UT 84602-8200
(801) 378-2023

THE PROGRAM OF STUDIES

One degree is offered through the Department of Technology Education and Construction Management: Technology Education—MS. The master of science program is designed to develop writing and research skills relating to technology education and management through either the project or the thesis option. The project option concentrates on more theory and a field-based study, whereas the thesis is research oriented. It is the goal of the department to instill in students professional ethics and intellectual curiosity.

Either program will prepare vocational/technical or management students to be more effective leaders by providing the necessary opportunity for achieving the knowledge and skills for leadership in teaching, supervising, and managing in schools or industry.

The average number of students in the program is twenty-four. The standard duration of the degree is one full calendar year or four summer terms.

Technology Education—MS

The MS degree programs in technology education provide two options for completing graduation requirements. The student may elect the summer residency program or the full-time, on-campus program. The summer residency program consists of a minimum three to four full-time summers on campus, with intervening approved field experiences during fall and winter semesters.

Admission and Entry.

Semesters of entry and application deadlines: fall, winter, spring, summer, February 15 (U.S. and international).

Requirements for Degree—Project Option.

History and Philosophy: TecE 610 or 615; 690.

Curriculum: TecE 625, 645; IP&T 560 or 620.

Research: IP&T 672 or ELF 671 or ElEd 672; TecE 694R, 698R.

Requirements for Degree—Thesis Option.

History and Philosophy: TecE 610 or 615; 690.

Curriculum: TecE 625, 645.

Management: TecE 535, 640; IP&T 560 or 620.

Research: TecE 694R, 699R; IP&T 672 or ELF 671 or ElEd 672; Stat 501 or 552.

FINANCIAL ASSISTANCE

The department offers research and teaching assistantships during the academic year to graduate students. During summer term, a part-tuition scholarship is available for qualified graduate students.

Applications for awards may be obtained from the department and returned at least by the beginning of the semester.

RESOURCES AND OPPORTUNITIES

Nationally recognized instructional laboratories are available to provide students with the most current concepts, curriculum, software, equipment, and laboratory instructional/ physical organization.

COURSE DESCRIPTIONS

Class Schedule

505. Technology for the Elementary School. (2)

Basic concepts and activities needed to prepare elementary students to cope with their technological society.

535. Industrial/Vocational Safety Program Development. (2)

Identifying and implementing programs for safety and facilities management that comply with state and national legislation.

593R. Workshop in Industrial/ Technology Education. (1-2)

Reviewing and participating in current industrial and technological advances. Maximum of 2 credit hours can be applied to MS program.

610. History and Legislation of Vocational and Technology Programs. (2)

Historical basis of today's vocational/technological programs with emphasis on past and current funding.

615. Philosophical Basis of Technological Programs. (2)

Rationale for vocational and technology programs, including current and future trends and social, economic, and environmental impacts.

625. Instructional Management for Vocational and Technology Courses. (2)

Identifying, developing, and implementing instructional strategies unique to vocational-technical programs.

630. Adult Vocational and Technology Programs. (2)

Identifying, developing, and implementing relevant applied technology training programs.

635. Facility Design for Vocational and Technology Programs. (2)

Developing instructional facilities and educational specifications for vocational and technology laboratories.

640. Coordination and Supervision of Vocational and Technology Programs. (2)

Methods, regulations, and policies used in supervising vocational and technical education programs.

645. Visual and Graphic Presentations in Vocational and Technology Programs. (2)

Identifying, developing, and using visual and graphic material for vocational and technology programs.

690R. Seminar. (1)

Review of latest research and developments in technology and vocational education.

694R. Readings and Conference. (1-2)

695R. Advanced Technological Processes. (1-3)

Developing and implementing solutions to special problems; advanced skills/concepts in traditional and emerging technology areas.

698R. Master's Project. (1-3)

699R. Master's Thesis. (1-6)

FACULTY 

BASHFORD, HOWARD H., Associate Professor. PhD, Brigham Young University, 1984. Construction.

CHRISTENSEN, KIP W., Associate Professor. PhD, Colorado State University, 1991. Construction; Woods; Teacher Education.

GONZALES, RONALD F., Associate Professor. PhD, Purdue University, 1982. Automotive Technology; Electronics; Teacher Education.

GROVER, JERRY V., Professor. EdD, Brigham Young University, 1968. Automotive Technology; Student Teaching.

HILL, GARTH A., Associate Professor. PhD, Colorado State University, 1979. Metals; Teacher Education.

MARTIN, LOREN, Associate Professor. EdD, Utah State University, 1973. Construction; Teacher Education.

NEWITT, JAY S., Associate Professor. PhD, Colorado State University, 1980. Construction.

ROGERS, LEON, Associate Professor. PhD, Texas A&M, 1988. Estimating.



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