Manufacturing Engineering Technology, Bio-Manufacturing Option (Bachelor of Science, B.S.)
Manufacturing Engineering Technology is the profession in which an understanding and application of a broad range of technologies is necessary for production and control of manufacturing processes. Manufacturing includes methods of production of industrial commodities and consumer products. The manufacturing professional must be able to plan, design, and implement sequence of operations using current technologies to produce products at competitive prices. Four-year B.S. degree graduates qualify for jobs related to production, productivity improvement, and process design. They also qualify for supervisory and managerial positions in plant engineering.
The Bio-Manufacturing option in the B.S. MET program is created to meet the ever-growing demand of highly educated workforce by the bio-production and research companies in the animal health corridor. B.S. degree graduates in bio-manufacturing qualify for jobs related to bio-production, packaging, maintenance, design, and lab scale-up work.
Program Educational Objectives (BS MET)
- Possess the general knowledge of manufacturing industry such as concepts, terminologies, basic and standard problem-solving techniques.
- Demonstrate the ability to analyze and implement production systems in a manufacturing setting.
- Function effectively in a group environment in the industrial workplace through demonstration of technical and communication skills.
- Understand professional, ethical, and social responsibilities.
- Show respect for diversity and knowledge of contemporary professional, societal and global issues.
- Demonstrate a commitment to quality, timeliness, and continuous improvement.
- Continue professional development through life-long learning.
- Possess basic knowledge in organic chemistry, cell biology and microbiology
- Familiarize with GMP, as well as governmental regulations related with bio-production.
|Students must complete General Studies courses||42-47|
|BIO 106||Principles of Cell Biology||4|
|CHE 111||General Chemistry I||5|
|CHE 120||General Chemistry II with Qualitative Analysis||5|
|CHE 310||Organic Chemistry I||3|
|CHE 311||Organic Chemistry Laboratory I||2|
|EGT 205||Computer-Aided Drafting I||3|
|EGT 220||Engineering Materials||3|
|EGT 325||Machine Parts and Mechanical Design||3|
|EGT 356||Fluids and Hydraulics||3|
|EGT 490||Engineering Technology Internship||1-4|
|MET 100||Electrical Circuits for Manufacturing||3|
|MET 101||Electronic Instrumentation for Manufacturing||3|
|MET 111||Manufacturing Processes||2|
|MET 132||Manufacturing Methods||3|
|MET 232||Automated Manufacturing||2|
|MET 315||Mechanical Systems||3|
|MET 322||Electrical Circuits II||4|
|MET 372||Programmable Logic Controllers||4|
|MET 452||Automation and Process Control Technology||4|
|MAT 116||College Algebra||3|
|PHY 110||College Physics I||4|
Program Graduation Requirements
- Earn a grade of C or higher in all EGT and MET prefix major coursework.
- Earn an overall GPA of at least 2.0 and a major GPA of at least 2.0.
University Graduation Requirements
- Earn a minimum of 120 credit hours (100 level and higher, maximum of 6 CED credit hours applicable).
- Earn a minimum of 30 credit hours in upper-division courses. Lower-division transfer courses accepted as meeting upper-division departmental course requirements cannot be used to fulfill this requirement.
- Earn 30 of the last 45 credit hours at MWSU in institutional coursework (exclusive of credit by examination).
- Participate in required departmental and campus wide assessments.
- Fulfill the Missouri Constitution requirement.
- Successfully pass the Missouri Higher Education Civics Achievement exam.