Academic Advising
in the College of Arts & Science
What Can I Do With a Major in Engineering Technology?
(Bachelor and Associate Degree Programs)
Engineering Technology is a field of study that involves the application of math, physics and engineering principles to the solution of technical problems.
The baccalaureate curriculum offers two concentrations both offered on the regional campuses: Mechanical Engineering Technology and Electro-Mechanical Engineering Technology. The Mechanical Engineering Technology concentration provides depth of study in mechanical and manufacturing engineering technology built on a solid foundation of mathematics, physics, and computer science. The Electro-Mechanical concentration focuses on instrumentation and process control. The electrical component of the curriculum includes coursework in computerized instrumentation, data acquisition, and electrical control systems. The mechanical component consists of the traditional engineering sciences including thermodynamics and heat power, fluid mechanics, and dynamics. Both concentrations provide breadth through required studies in economics, humanities, social science, world and U.S. cultures, and liberal arts. This complementary component of liberal education insures an individual's competency in assuming a leadership role in his/her community and professional world. Graduates of the baccalaureate program receive the Bachelor of Science in Applied Science degree.
At the associate degree level, we offer programs in both electrical, computer, and mechanical engineering technology. Both programs lead to the Associate of Science in Applied Science degree.
The electrical and computer engineering technology program provides depth and breadth in electrical fundamentals as well as the advanced technology found in modern electrical and computing systems. Students gain knowledge in analog and digital electronics, relay logic, programmable controllers, personal computer architecture, and local and wide area networks.
The mechanical engineering technology program emphasizes courses in computer-aided drafting, computer aided engineering analysis and design, computer aided manufacturing, computer numerical control programming, and mechanical systems.
The engineering technology programs feature high technology laboratory facilities, knowledgeable and dedicated faculty, co-op work experience, excellent placement rates and attractive starting salaries for graduates.
Interests
This course of study is excellent for students who are interested in combining their analytical abilities and practical skills in the solution of technical problems.
Competencies
- Interpersonal Skills
- Working as part of a team
Completing projects on schedule
Developing common goals - Problem Solving
- Thinking logically
Clarifying problems
Organizing ideas/materials
Weighing values
Adapting and applying ideas - Computational
- Solving quantitative problems
Data analysis - Technical
- Ability to apply engineering concepts
Knowledge of technical field
Use of computing equipment as an analytical and practical tool - Communications
- Informing and explaining clearly both orally and in writing
Communicating technical details in easy to understand language
Communicating interpersonally on multiple levels
Opportunities - Careers
Graduates of the bachelor's program are prepared to fill positions related to process control, instrumentation, testing, manufacturing, sales, and service. Graduates of the associate degree program fill para-professional positions as CAD/CAM operators, CNC Programmers, lab technicians, computer maintenance and network technicians, laboratory test technicians, quality assurance technicians, and engineering assistants.
Opportunities - Graduate/Professional School
Graduates of the BS program may continue their education to obtain advanced degrees in business or engineering/engineering technology. Associate degree graduates may continue directly into the BS program.
Opportunities - Experiential
Students can gain valuable work experience and financial assistance by participating in the CO-OP program. This program provides students the opportunity to gain practical work experience through alternating or parallel terms in classroom and work. Summer placement is also available for those who do not want to CO-OP.
Sources of Additional Information
- Department of Engineering Technology
(Hamilton Campus, 532A Mosler Hall, 785-3261) or
(Middletown Campus, 205E Thesken Hall, 727-3244) - * Curriculum Requirements
* Career Opportunities
* Advising - Office of Student Services
(Hamilton Campus, 130 Rentschler Hall, 785-3211) or
(Middletown Campus, 001 Johnston Hall, 727-3440) - * Learning Assistance and Advising (785-3139)
* Career Counseling (785-3211)
* Career Exploration and Testing Center (785-3113)
* Computerized Career Development Program
* Dictionary of Occupational Titles
* Occupational Outlook Handbook - School of Engineering & Applied Science (106 Benton Hall, 529-0700)
- * Miami Plan Requirements
* General Information - * Career Decision Making
- Co-op, Internship and Placement Office
(Hamilton Campus, 122 Rentschler Hall, 785-3113) or
(Middletown Campus, 001 Johnston Hall, 727-3431) - * CO-OP Placement
* Career Advising
* Career Resource Center
* Dictionary of Occupational Titles
* Occupational Outlook Handbook
Developed by the School of Engineering and Applied Science and the academic departmental offices with adaptations from Liberal Arts and Sciences - Skills - Career Opportunities, Career Planning and Placement Office, University of Michigan.