Manufacturing Engineering Technology (MFET)
Department of Applied Engineering, Safety & Technology
Millersville University offers a 4-year Bachelor of Science in Manufacturing Engineering Technology (MFET) degree and a 2-year Associate of Technology in Applied Engineering & Technology with a concentration in Manufacturing Technology (AET-MT). These are described below along with links to the Millersville University Undergraduate Catalog so you can read about the courses you will take in each major. There are general education requirements as well, and you can read about them here.
Interested in Manufacturing Engineering Technology? Request more information
Manufacturing Engineering Technology
Modern manufacturing has become exceedingly complex because of rapidly increasing technology.
MANUFACTURING ENGINEERING TECHNOLOGY (MFET)
BACHELOR OF SCIENCE, (B.S.); 4-YEAR PROGRAM
The Bachelor of Science in Manufacturing Engineering Technology (MFET) introduces students to the fundamentals of engineering, materials, and production processes used within industry. The curriculum provides in-depth technical content in advanced manufacturing with an emphasis on automated manufacturing and computer integrated manufacturing. Students get to design, develop, and construct projects in laboratory-based courses. Technologies commonly used in industry are emphasized throughout the curriculum. Seniors are encouraged to participate in a cooperative education or internship experience to further enhance their knowledge in technical areas within an industrial environment.
The Manufacturing Engineering Technology major integrates meaningful learning experiences in applied engineering, science, and advanced manufacturing to provide a practical education that prepares career-ready graduates for success in a range of high-demand STEM fields opportunities that exist locally, regionally, nationally, and internationally. The program is balanced with general education components so that graduates develop critical thinking, writing, and communication skills to support advancement throughout their careers. The link below will open a new tab with course requirements and descriptions.
Bachelor of Science in Manufacturing Engineering Technology Catalog Listing
“I am a Systems Engineer and I develop appropriate solutions to support customer problems which often include programming a robot and vision system, CAD design of mechanical components, and specification of vendor-supplied equipment. Each system job has its own unique characteristics and requirements which allows me to work on a new problem every day. My time as an undergraduate taught me that you do not have to know every answer to everything, but you have to know how to find a solution and solve the problem.”
- Sawyer Bisker | 2014
Advanced Manufacturing Technology
Associate's Degree (2-year, typ)
The Associate of Technology in Applied Engineering & Technology with a concentration in Advanced Manufacturing Technology (AET-AMT) is a 2-year degree program that shares many of its technical core courses with the MFET degree. This abbreviated program is for those individuals who need the hands-on experience with the devices, tools, and technology related to manufacturing, but don't need the management preparation. We designed the associate degree program to get students the education they need in a hurry, and it also seamlessly can be applied towards a bachelor's degree in Manufacturing Engineering Technology in the future. The link below will open a new tab with course requirements and descriptions.
Associate of Technology in Advanced Manufacturing Technology Catalog Description
Minor in Advanced Manufacturing Technology
Students who minor in Advanced Manufacturing Technology complete 18 credits of technical courses. Four of these are core materials, manufacturing and computer-aided design classes with the option of advanced study in polymers and ceramics, wood technology and computer numerical control (CNC).
Minor in Advanced Manufacturing Technology Catalog Description
MAKE YOURSELF MORE EMPLOYABLE, CONSIDER AN INTERNSHIP:
Students are encouraged to participate in industrial internships to gain valuable, real-world experience that complements their academic and technical preparation. Internship opportunities span areas for management, industrial and mechanical design, graphic design, 3D modeling and printing, technical illustration, and packaging design and prototyping. Many internships include significant management components, with responsibilities in planning, organizing, directing, and supervising workplace activities. The student, employer, and AEST faculty work collaboratively to ensure each internship provides the highest possible learning value—both in technical skills and professional development.
Don't Leave your question unanswered.
Dr. Alex Johnson is the program coordinator for the Manufacturing Engineering Technology degree at AEST. He will be able to answer any question you have about the MFET or any of the other programs in the department.
You can view Dr. Johnson's contact information by following this link.
Print our your own copy of the MFET program information by clicking on the icon to the left or use the button below.
Top three reasons why you should consider Manufacturing Engineering Technology at MU:
- Despite misconceptions that “manufacturing is dead” or that “all manufacturing has moved overseas” the National Network for Manufacturing Innovation (commonly known as Manufacturing USA) estimates that the manufacturing workforce employs approximately 12 million people nationwide.
- Manufacturers in Pennsylvania account for 12% of the total output in the state and employ almost 10% of the workforce. National Association of Manufacturers.
- Regional demand for the skills sets of graduates is exceptional. PA 2012-2022 Long-term Projections for Regional Employment.
Laboratory Facilities for MFET majors:
There are multiple laboratory facilities dedicated to supporting the Manufacturing Engineering Technology degree. Specific facilities include:
- Metallic Materials Processing
- Non-metallic Materials Processing
- Polymer & Ceramics
- Advanced CADD & Rapid Prototyping
- CADD
- Electronics
- Robotics & Automation
- Fluid Power
Clubs & Activities
SME – Millersville University. SME (formerly the Society of Manufacturing Engineers) is an organization for individuals, students, educators and companies involved in all facets of manufacturing. Founded in 1932, it is dedicated to advancing and educating the manufacturing industry. SME focuses its efforts on several areas of manufacturing: aerospace and defense, energy, medical and motorized vehicles.
'Ville Robotics - Association of Technology, Management & Applied Engineering (ATMAE) Student Chapter (aka MU Robotics Team) The MU Robotics Team has earned 50+ awards since 2001 in national or international robotics competitions. The team boasts seven national robotics championships.
Robotic WorX is an industry-aligned program designed to spark student interest and provide hands-on experience solving real-world robotics, automation, and advanced manufacturing problems. The program helps address pressing workforce and process challenges by developing proof-of-concept solutions through student-industry collaboration. Find out more here
Forging & Blacksmithing Club - Members can explore the techniques of blacksmithing, forging, and metalworking. The club aims to inspire a passion for forging by promoting research and understanding new skills by creating functional tools or artifacts through hands-on experiences, workshops, collaborative projects, and competitions. All levels of experience are welcome.
Epsilon Pi Tau (EPT) – Beta Phi Chapter. Epsilon Pi Tau is an international honor society for professions in technology. At Millersville, this includes Technology & Engineering Education, Applied Engineering & Technology Management, and Occupational Safety & Environmental Health majors.
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Job Titles of Recent MFET Graduates
- Assistant Plant Manager
- Associate Engineer
- Clinical Specialist - Technical Support
- Customer Service
- Director of Manufacturing Services
- Director of Operations
- Engineering Department Manager
- Engineering Technician
- Fabrication Manager
- Manufacturing Engineer
- Process Engineer
- Program Director
- Project Engineer
- Purchasing Supervisor
- Quality Engineer
- Quality Manufacturing Supervisor
- Regional Sales Manager
- Senior Specialist in Manufacturing Systems
- Supervisor of Safety
- Systems Engineer
- Vice President of Manufacturing
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ATMAE Accredited Program
Degree: Bachelor of Science
Program Name: Manufacturing Engineering Technology
Program CIP Code: 15.0613
A program that prepares individuals to apply basic engineering principles and technical skills to the identification and resolution of production problems in the manufacture of products. Includes instruction in machine operations, production line operations, engineering analysis, systems analysis, instrumentation, physical controls, automation, computer-aided manufacturing (CAM), manufacturing planning, quality control, and informational infrastructure.
Mission Statement:
To deliver a rigorous, hands-on curriculum grounded in engineering principles, manufacturing processes, and applied technologies to prepare students for real-world manufacturing environments. Develop graduates with the technical expertise, process knowledge, and problem-solving ability to lead in advanced manufacturing systems, including machining, materials processing, CAD/CAM, robotics, automation, and additive manufacturing. Engage industry, education, and community partners to strengthen workforce development and expand career pathways that support regional economic growth and technological advancement.Program Description:
The Bachelor of Science in Manufacturing Engineering Technology (MFET) introduces students to the fundamentals of engineering, materials, and production processes used within industry. The curriculum provides in-depth technical content in advanced manufacturing with an emphasis on automated manufacturing and computer integrated manufacturing. Students get to design, develop, and construct projects in laboratory-based courses. Technologies commonly used in industry are emphasized throughout the curriculum. Seniors are encouraged to participate in a cooperative education or internship experience to further enhance their knowledge in technical areas within an industrial environment. -
Schedule a visit to Applied Engineering, Safety & Technology
University Open House Days and Personal Tours Available.
The best way to get to know us is to come and see us!Several opportunities are available throughout the year for you to come and visit the Millersville University campus to learn about the programs offered, student life, financial aid, and the application process. Please click on Admissions Department to go to their page.
We are also available to meet with interested students and their families at times other than the scheduled open house days. Please email or call us using the information below. We'll schedule a time to meet with you and connect you with a professor who specializes in your area of interest.
Email: AEST@millersville.edu
Phone: 717-871-7237 -
AEST News Blog and Department Information
Keep up on the latest things happening in and around the Department of Applied Engineering, Safety & Technology. You can see what the students and staff are doing right now, and back issues of the former AEST Newsletter, Abbozzare, are available.
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Osburn Hall Building Hours
Office Hours:
7:30 a.m. - 4 p.m. Monday through Friday
Building Hours:
7:30 a.m. - 10 p.m. Monday through Thursday
7:30am - 4:30 p.m. Friday