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Program Number: 10-623-8
School Year: 2019-2020
Associate of Applied Science Degree
Campus: Fond du Lac, some courses available at the West Bend campus.
This program is eligible for financial aid
Process Engineers provide big-picture thinking from the design phase to production and every step in between, ensuring processes are as cohesive and efficient as possible.
Moraine Park's Process Engineering Technology associate of applied science degree program combines the foundational skills related to industrial engineering with those of computerized manufacturing. Students learn how to plan, set up, monitor, analyze and control integrated systems in order to improve efficiencies in a manufacturing environment. They also learn how to standardize and streamline processes to find cost savings for businesses. Applications in safety, sustainability, problem solving and automated technologies are emphasized.
In the final stages of coursework, students select a specialized training emphasis in either Industrial/Manufacturing or Quality Assurance.
Representatives from business and industry have identified skills that are essential to success in manufacturing. Students will be expected to demonstrate the Critical Core Manufacturing Skills (CCMS) throughout all manufacturing classes. These skills include: work cooperatively, work productively, listen effectively, demonstrate a positive attitude, maintain a safe work environment, demonstrate integrity, communicate clearly, follow directions, apply problem solving strategies, apply mathematical reasoning, think critically and adapt to change.
Graduates are trained to work as members of teams consisting of engineers and production workers in a variety of industrial and manufacturing settings.
Statewide Median Salary for Recent Graduates
- $136.50 per credit (resident)
- $204.75 per credit (out-of-state resident)
- Online students are not charged out-of-state fees.
- Please refer to the MPTC Student Handbook for additional enrollment fee information.
- Develop manufacturing processes for a product or process
- Solve manufacturing problems
- Apply lean manufacturing principles
- Develop a quality control plan
- Design a product or prototype
- Program automated machines.
- Complete a project within a cross-functional team.
- Process Engineering Technician
- Manufacturing Engineering Technician
- Quality Assurance Technician
- CNC Programmer
- Robotics and Material-Handling Technician
- Continuous Improvement Technician
Visit the Admissions Page for details
|103-159||**Computer Literacy - Microsoft Office||1|
|606-176||CAD 2-D, AutoCAD||3|
|617-114||CAD 3-D, SolidWorks||3|
|801-136||English Composition 1||3|
|804-195||College Algebra With Applications||3|
|617-115||Jig and Fixture Design||3|
|628-136||Statistical Process Control||3|
|804-196||Trigonometry with Applications||3|
|623-118||Gage Calibration, Repeatability and Reproducibility||3|
|- OR -|
|628-122||Basic CNC Programming and Operation||3|
|623-196||Geometric Dimensioning and Tolerancing||3|
|628-110||Integrated Manufacturing Planning - Process Engineering Technology||2|
|806-143||College Physics 1||3|
|620-151||Fanuc Robotics and Vision Systems||3|
|628-111||Integrated Manufacturing Production - Process Engineering Technology||2|
|628-132||Advanced CNC Programming and Operation||3|
|809-1xx||Social Science Course||3|
|809-1xx||Behavioral Science Course||3|
|Total Program Credits and Institutional Requirements||66|
** The credits for 103-159 Computer Literacy-Microsoft Office and 890-101 College 101 are Institutional Requirements for graduation.
For additional information on program curriculum, prerequisites and general education course options, please contact your advisor.
Check out the Credit Transfers page for more information.
*Enrollment may limit the campus availability or delivery of certain courses.
This program is also offered in an evening format.
For co-curricular activities and opportunities related to this program/certificate, click here.