Manufacturing Engineering Technology
Manufacturing Engineering Technology is an applied engineering field that looks for better ways to manufacture products. This includes reducing cycle times, maintaining quality, increasing safety, and keeping costs reasonable. The field emphasizes engineering problem solving using a practical, hands-on approach rather than the complex analysis that a design engineer would typically use. A person in the field of engineering technology (an ET) often works closely with design engineers and technicians. They have the rewarding challenge of working with many departments in the company, including production, logistics, design, and testing. The curriculum focuses on hands-on experiences to prepare
Courses
- ACCT291 — Accounting I
- CHEM210 — General Chemistry 1
- ECON205 — Principles of Macroeconomics
- ECON206 — Principles of Microeconomics
- ENVE201 — Introduction to Environmental Engineering
- ETS115 — Engineering Communication
- ETS156 — Introduction to Environmental and Technological Studies
- ETS183 — Technology and Third World Development (Diversity)
- ETS185 — Energy Resources and Issues
- ETS260 — Introduction to Environmental Studies
- ETS310 — Management for Technologists, Scientists, and Engineers
- ETS363 — Resource Management
- ETS367 — Environmental Regulation
- ETS373 — Environmental and Technology Assessment
- ETS375 — Society and the Environment
- ETS388 — Transportation/Energy Technology
- ETS414 — Practicum (Topical)
- ETS415 — Engineering Design & Prototypes
- ETS430 — Mass Production
- ETS444 — Internship: Undergraduate
- ETS468 — Waste Management Systems
- ETS482 — Renewable/Nondepletable Energy
- GENG101 — Ethics and the Engineering Profession
- GENG102 — Engineering Problem Solving
- GENG360 — Manufacturing Economics
- GENG380 — Engineering Communication
- MATH211 — Survey of Calculus I
- MATH212 — Survey of Calculus II
- MATH221 — Calculus I
- MATH222 — Calculus II
- MFET336 — Manufacturing Concepts
- MFET337 — Work Design Supplemental
- MFET430 — Mass Production
- MME224 — Engineering Design Graphics
- MME464 — Process and Tool Design
- MME470 — Facilities Planning/Materials Handling
- PHYS231 — General Physics I
- PHYS232 — General Physics II
- PHYS234 — Classical Physics I
- PHYS235 — Classical Physics II
- STAT239 — Statistical Methods I
- STAT321 — Statistical Methods II
- STAT360 — Data Visualization
- STAT421 — Advanced Statistical Modeling