B.S. Manufacturing Engineering

Are you interested in turning ideas into working products?
Degree Type Bachelor of Science
Careers & Salaries Annual Employment Report
Delivery On Campus

UW-Stout's B.S. Manufacturing Engineering program will provide you with the knowledge and hands-on skills to put your company on the leading edge of a fierce economic climate. Manufacturing engineers are involved with the production process, from product design through post-sale service. As a member of a production team, you'll work with other professionals to design products using the automated systems that manufacture them. 

Manufacturing engineers are involved with the production process, from product design through post-sale service. / UW-Stout

We're the only undergraduate manufacturing engineering program in the UW System and one of about 25 in the country. Our graduates are experts in selecting materials, processing them into usable products and controlling automated production systems.

  • Hands-on experiences/laboratory experiences
  • Small class sizes
  • Focused manufacturing based curriculum that prepares students to work in regional industry
  • Well equipped lab spaces including machine shop, robotics lab, and plastics processing lab
  • Required co-op/internship experience
  • Strong connection with regional industry
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Program Overview

View program plans, credit requirements and course descriptions.

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The curriculum has been designed to prepare you to work with both traditional and cutting-edge manufacturing processes and technologies. As you progress toward your degree, both our cooperative education program and the nationally recognized Stout Technology Transfer Institute provide opportunities to learn through on-the-job experiences while you are still enrolled at the university.

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100% of Our Graduates are Employed or Continuing Education

With the training our program provides, you'll become an expert on selecting the right materials, and you'll know how to process them into usable products. You'll understand how to control automated production systems with computers and utilize advanced technologies when appropriate. You'll benefit from learning in up-to-date facilities with laboratories specifically designed to promote understanding of the technologies involved in manufacturing.

"My final semester capstone project made me ready. It was the most time-consuming group project of my college career. However, because I was so passionate about the project and my field of study, it hardly felt like work to me. Now I feel confident to take on my first job after graduation."

-- Nick Richards
B.S. Manufacturing Engineering

Accredited undergraduate programs dedicated to manufacturing engineering are found at fewer than 25 institutions in the world. Stout's program is the only undergraduate program in manufacturing engineering in the UW System.

Use the Request Information form to receive a program summary and learn more about the Bachelor of Science degree in Manufacturing Engineering.

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Preparing for Manufacturing Engineering

As a student in the Manufacturing Engineering program, you must have an aptitude for science and mathematics. We encourage you to take as many upper-level math and science courses in high school as possible, including mathematics through algebra and trigonometry, plus physics and chemistry. Early development of computer skills is also very helpful.

Starting Out

Industry's manufacturing problems are not only technical in nature. They're also social and economic. As a manufacturing engineer, you must therefore have a broad education.

The first two years of your program will include English composition, communication, and other general education offerings, as well as mathematics, physics and engineering fundamentals.

As You Progress

Science and mathematics classes form the foundation for engineering science courses, and their application to analysis, synthesis and creative design.

As you work through the program, the courses will emphasize modern manufacturing techniques such as computer-aided design and manufacturing (CAD/CAM), robotics, and microprocessor control of manufacturing. You'll receive extensive laboratory experience in those and related areas, including computer-controlled manufacturing systems, statistical process control, electronic instrumentation, and materials processing and testing.

Admissions Requirements

The following requirements are only for these four Engineering programs:

New First-Year Students

For the 2022-2023 academic year, all first-year students will be admitted as Pre-Engineering students to their specific program. For example, B.S. Computer and Electrical Engineering applicants will be admitted as Pre-Computer and Electrical Engineering students. Students will then follow the major change request process once they meet the criteria to be accepted into their intended Engineering program.

Major Change Criteria:

You have earned college credit while in high school or while attending UW-Stout for either of the following Calculus courses with a grade of "B" or better (note: a grade of "B-" is not sufficient):

  • MATH-153: Calculus I  or  MATH-156: Calculus and Analytic Geometry I

OR

You have earned college credit while in high school or while attending UW-Stout for the following sequence of courses with an earned cumulative GPA of 2.0 on a 4.0 scale:

  • MATH-153: Calculus I  or  MATH-156: Calculus and Analytic Geometry I
  • MATH-154: Calculus II  or  MATH-157: Calculus and Analytic Geometry II
  • PHYS-291: Statics  or  PHYS-281: University Physics I
  • CHEM-135: College Chemistry I

Transfer Students 

Only ONE of the following three need be met:

1. Both "Test A" and "Test B" below must be satisfied:

  • Test A 
    • have a minimum ACT composite score of 22 (or SAT equivalent)
      or
    • rank in the top 40 percent of your high school graduating class (or for high schools that do not rank, earn a cumulative grade point average of at least a 3.0 on a 4.0 scale)
  • Test B
    • have a minimum ACT math score of 22

2. You have transferred either of the following Calculus courses with a grade of "B" or better (note: a grade of "B-" is not sufficient):

  • MATH-153: Calculus I  or  MATH-156: Calculus and Analytic Geometry I

3. You have transferred the following sequence of courses with an earned cumulative GPA of 2.0 on a 4.0 scale:

  • MATH-153: Calculus I  or  MATH-156: Calculus and Analytic Geometry I
  • MATH-154: Calculus II  or  MATH-157: Calculus and Analytic Geometry II
  • PHYS-291: Statics  or  PHYS-281: University Physics I
  • CHEM-135: College Chemistry I

If you do not meet any of the academic requirements above, but do meet the requirements for general admission to the university, you will be admitted to the university as Pre-Engineering. You may qualify for the engineering major by meeting either requirement 2 or 3 once at UW-Stout.

 
Objectives & Outcomes

Program Educational Objectives 

The Manufacturing Engineering Program develops manufacturing engineers who are:

  • In demand by manufacturing employers
  • Recognized for their ability to apply hands-on engineering expertise
  • Recognized for their leadership and interdisciplinary teamwork skills
  • Continuing to develop professionally

Student Outcomes

The Manufacturing Engineering program develops graduates who have: 

  1. An ability to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics.
  2. An ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors.
  3. An ability to communicate effectively with a range of audiences.
  4. An ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts.
  5. An ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives.
  6. An ability to develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions.
  7. An ability to acquire and apply new knowledge as needed, using appropriate learning strategies
  8. Demonstrated proficiency in materials and manufacturing processes.
  9. Utilize integrated process design, system design, and improvement in automation applications
Labs & Facilities

UW-Stout has outstanding laboratory facilities available to students in the manufacturing engineering program. Fifteen individual labs cover more than 35,000 square feet. All of these facilities are used for manufacturing engineering courses. When compared with other engineering programs, UW-Stout has a tremendous amount of manufacturing lab space for undergraduate student use. Program laboratories include: 

  • Computer Aided Manufacturing
  • Computer Aided Design
  • Controls and Instrumentation
  • Metal Casting Foundry
  • Welding
  • Materials Testing
  • Metrology, Electronics
  • Ceramics
  • Plastics and Composite Processing

Almost all lecture areas have state-of-the-art instructional media which include overhead digital projectors, DVD players and wireless internet access for students using their laptop computers.

Career Opportunities

Entry Positions

Manufacturing engineers have rewarding careers in industry, government, research, service and entrepreneurship. The average starting salary for program graduates in 2015–16 was $60,000 a year. Graduate employment has been more than 92 percent for the past 11 years. Many companies consider manufacturing engineers good candidates for advancement to management positions.

The demand for manufacturing engineers is good in manufacturing centers across the United States. Many American firms also have companies overseas, presenting graduates with international career opportunities.

Employers (Partial Listing)

  • 3M
  • Ace Precision
  • Andersen Window
  • Bradley Corporation
  • CL&D Graphics
  • Classic Manufacturing
  • Clopay Building Products
  • Concept Engineering
  • Cummins Power Generation (Onan)
  • Curt Manufacturing
  • Dayco
  • Donaldson Company Inc.
  • Donatelle Plastics Inc.
  • Eaton
  • Elkay Manufacturing Company
  • Emerson Electric
  • Fastenal Company
  • Federal Mogul
  • Five Star Plastics
  • Flambeau Plastics
  • Flexmedics Corporation
  • Frito-Lay., Inc.
  • Gilman Engineering
  • Goodrich Aerospace
  • GPI Corp.
  • Greenheck
  • Greenheck Fan
  • Harley-Davidson
  • Hearth & Home Technologies
  • Hemerlus
  • Honeywell International
  • Hormel Foods
  • Hurd Millworks
  • HUSCO International
  • Hutchinson Technology, Inc.
  • IBM
  • International Paper, Inc.
  • John Deere
  • KI
  • Kohler Company
  • Kolbe-Kolbe Millworks
  • Kurt Mfg.
  • Laser Magic, Inc. 
  • LasX Industries
  • Lockheed-Martin
  • Lynch Machinery
  • Marquip Inc.
  • May Steel LLC
  • Mayo Clinic
  • McNeilus Steel Inc.
  • McQuay International
  • Medallion Cabinetry
  • Mercury Marine
  • Metallics Inc.
  • MRG Tool and Die, Inc.
  • Nestle
  • OEM Fabricators Inc.
  • Oildyne
  • Oshkosh Truck
  • Owatonna Tool Corp.
  • Parker Hannifin
  • Pemstar Inc.
  • Phillips Plastics Corporation
  • Plexus Corp.
  • Polaris
  • Prent Corp.
  • Quality Tool
  • Remmele Engineering
  • Rockwell Automation
  • Schaeffer Engineering
  • Scientific Molding Corp.
  • Semco Windows and Doors
  • SSI Technologies, Inc.
  • St. Jude Medical
  • Stratasys
  • Swiss Technologies
  • Tol-O-Matic
  • Trane Co.
  • Trostel
  • TRW Thermo King, Ingersoll-Rand
  • BAE Systems (United Defense)
  • United Gear & Assembly
  • Uponor-Wirsbo
  • W.L. Gore
  • Waukesha Bearing
  • Waupaca Foundry
  • Wausau Metals
  • Whirlpool Corporation
MFE Advisory Committee

2021 MFE Advisory Committee

 
Eli  Aba Assistant Professor Operations & Management  
Rajiv  Asthana Professor CSTEMM, Engineering & Technology Dept.
Corey Balts Manufacturing Technology Manager 3M Company 
Dan  Bee Program Director CSTEMM, Engineering & Technology Dept.
Christopher  Bendel Associate Dean CSTEMM
Glenn  Bushendorf Senior Lecturer CSTEMM, Engineering & Technology Dept.
Cory  Cauwels Advanced Systems Engineering Specailist 3M Company 
Paul  Craig Instrumentation Tech II CSTEMM, Engineering & Technology Dept.
Andy Davis Manufacturing Engineer Anderson Dahlen, Inc.
David  Ding Associate Dean CSTEMM
John  Dzissah Professor CSTEMM, Operations & Management Dept.
Emily Fanucci Project Engineer Advanced Molding Technologies  
Ben  Ferron Manufacturing Project Engineer Parker Hannifin Corporation
Roger  Gehring Sr. Mangement Engineer UW Stout Manufacturing Outreach Center
Matt  Hafelel Professional in the Field  Silver Spring Gardens
Jordan Kaiser Manufacturing Engineer nVent
Matt Kirchner President LAB Midwest LLC
Tom  Lacksonen Department Chair CSTEMM, Operations & Management Dept.
Ron  Malles Senior Manufacturing Engineer and Defrost Technology / Product Development  Pentair Corp.
Jesse McConaughey   Advanced Molding Technologies  
Bob Meyer   Emeritus Chancellor and Emeritus E & T Department, UW-Stout
Andy  Meyers Professional in the Field Hormel Foods
Gregg Mizerk  President/CEO L. E. Phillips Career Development Center
Gindy Neidermyer Interim Dean CSTEMM
Dave Peterson Manufacturing Engineer Manager Ashley Furniture
Bruno  Rahn Plant Manager  Home & Health Technologies
Matthew Ray   CSTEMM, Chemistry Dept. 
Patrick Rohlfing Manufacturing Engineer I Regal Beloit
Rich  Rothaupt Retiree CSTEMM
Dean  Schley Professional in the Field CSTEMM, Engineering & Technology Dept.
Anne Schmitz Assistant Professor Engineering & Technology Department
Alan  Scott   CSTEMM, Physics Dept.
Greg Slupe   CSTEMM, Engineering & Technology Dept.
Paul  Thomas Advanced Systems Engineering Specailist 3M Company
Vince Wheeler Mechincal Engineering Program Director CSTEMM, Engineering & Technology Dept.
Steve  Zondio Manufacturing and Industrial Engineering Manager Greenheck Fan Corporation

 


Manufacturing Engineering

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