Academics

Certificate in Manufacturing Engineering

Manufacturing engineering: Thinking on your feet

Are you interested in manufacturing? Do you like drawing on a variety of skills and knowledge to solve complex problems?

Because manufacturing itself is complex and broad, manufacturing engineers apply many engineering principles and work in a multidisciplinary world. This certificate allows you to emphasize in either studying manufacturing systems or manufacturing processes—or, you can choose to spread your courses evenly across both.

Through this certificate, you will gain an understanding of these two areas of manufacturing.

This undergraduate certificate is open to all undergraduate students at the University of Wisconsin-Madison. Mechanical Engineering and Industrial and Systems Engineering students can complete this certificate without adding time to earning their degree.

 

CERTIFICATE ADVISORS (meets with students to review and sign declaration forms)

for students majoring in Mechanical Engineering and Materials Science & Engineering
Sangkee Min, Associate Professor, sangkee.min@wisc.edu, (608) 262-1993

for students majoring in Industrial & Systems Engineering
Charlene Yauch, Professor of Practice, cyauch@wisc.edu

EXECUTIVE COMMITTEE

Sangkee Min, Certificate Program Director and Associate Professor
sangkee.min@wisc.edu, (608) 262-1993
Charlene Yauch, Professor of Practice
Tim Osswald, Professor

PROFESSORS OF MANUFACTURING and related subjects

Department of Mechanical Engineering

  • Lianyi Chen, Assistant Professor
  • Michael DeCicco, Associate Lecturer
  • Sangkee Min, Associate Professor
  • Tim Osswald, Professor
  • Frank E. Pfefferkorn, Professor
  • Lih-Sheng (Tom) Turng, Professor

Department of Materials Science & Engineering

  • Sindo Kou, Professor
  • Kumar Sridharan, Professor

Department of Industrial & Systems Engineering

  • Jingshan Li, Professor
  • Kaibo Liu, Associate Professor
  • Leyuan Shi, Professor
  • Raj Veeramani, Professor
  • Xin Wang, Assistant Professor
  • Charlene Yauch, Professor of Practice
  • Shiyu Zhou, Professor

Courses

18 credits

A manufacturing engineer must be multidisciplinary because of the complex and broad nature of manufacturing as an application of many engineering principles. The objective of the core course requirements is to provide students with some basic understanding of manufacturing systems and some basic understanding of manufacturing processes.

9 credits (3 courses) must be from the following core courses with at least a BC (≥2.5) grade:

  • ME 310: Manufacturing: Polymer Processing and Engineering
    (new in Fall 2021)
  • ME 311: Manufacturing: Metals and Automation
    (new in Spring 2022)
  • ME 313: Manufacturing Processes
    (discontinued, still fulfills requirements for students who completed this course)
  • ME 314: Manufacturing Fundamentals
    (still available for students who completed ME 313, still fulfills requirements for students who completed this course)
  • ISYE 315: Production Planning and Control
  • ISYE 415: Introduction to Manufacturing Systems, Design and Analysis
  • MS&E 332: Macroprocessing of Materials

An additional 9 credits (3 courses) must be from any of the following elective courses, with at least a BC (≥2.5) grade, with at least one course from each of the two categories:

Note: “Double dipping” is not allowed. If ME 311, ME 314, and/or ISYE 415 are taken as part of the core course requirement, then they cannot also count as an elective.

Mechanical and Materials Engineering electives

  • ME 311: Manufacturing: Metals and Automation
  • ME 314: Manufacturing Fundamentals
  • ME 417: Introduction to Polymer Processing
  • ME 418: Engineering Design with Polymers
  • ME 419: Fundamentals of Injection Molding
  • ME 420: Introduction to Polymer Composite Processing
  • ME 429: Metal Cutting
  • ME 437: Material Selection
  • ME 439: Introduction to Robotics
  • ME 447: Computer Control of Machines and Processes
  • ME 449: Redesign and Prototype Fabrication
  • ME 514: Additive Manufacturing
  • ME 531: Digital Design and Manufacturing
  • MS&E 333: Microprocessing
  • MS&E 461: Advanced Metal Casting
  • MS&E 462: Welding Metallurgy

Industrial & Systems Engineering electives

  • ISYE 412: Introduction to Data Analytics
  • ISYE 415: Introduction to Manufacturing Systems, Design and Analysis
  • ISYE 510: Facilities Design
  • ISYE/ME 512: Inspection, Quality Control and Reliability
  • ISYE 564: Occupational Ergonomics and Biomechanics
  • ISYE 575: Introduction to Quality Engineering OR ME 424: Statistical Experimental Design
  • ISYE 605: Computer Integrated Manufacturing
  • ISYE 615: Production Systems Control
  • ISYE/ME 641: Design and Analysis of Manufacturing Systems
  • ISYE 643: Performance Analysis of Manufacturing Systems

No exceptions or substitutions to the core courses are allowed.

Elective courses not listed must be specifically approved by the curriculum committee of the department teaching the course. The request must include the course number, course name, name and contact information for the professor currently teaching or planning to teach the course, syllabus, and which subject area it should be listed under. Courses that are approved by the curriculum committee of the department teaching the course must be sent the Certificate Program Director. Only formal courses will be considered.

Only courses taken for a letter grade count towards this certificate. Only courses in which at least a BC (≥2.5) grade is received count towards this certificate. Courses taken at other institutions may be counted towards this certificate if they have been identified as equivalent through the existing process. At least 50% of the courses (i.e., 3 courses) for this certificate must be earned in residence on the UW–Madison campus.

Students must maintain a cumulative GPA of 3.0 or better for the courses taken for this certificate.

How to declare the certificate

You can “declare” — tell UW–Madison that you want to earn it — this certificate at any time between your first semester here or before you graduate. You can have already completed all the requirements, or just starting your engineering classes.

However, first you need to have earned your College of Engineering TEAM Lab Green Permit with an “upgrade” of CNC Mill 1 or CNC Lathe 1 (there is a materials fee).

To declare, you must have:

  • Undergraduate standing at UW–Madison;
  • A cumulative GPA at UW–Madison of at least a B (≥3.0) grade;
  • Met with a certificate advisor (see list at top of the page);
  • Your Green Permit with an “upgrade” of CNC Mill 1 or CNC Lathe 1 from the College of Engineering TEAM Lab; and
  • Completed of the certificate declaration form.

Please complete the declaration form, which contains fields for:

  • Study plan (courses that have been taken, are being taken, and plan to take)
    • Core courses
    • Elective courses
    • Grades for any courses that have already been taken
    • When future courses will be taken
  • Cumulative GPA at time of admission
  • Expected graduation date
  • Major
  • Signature from a certificate advisor indicating that the you meet the admission requirements and have discussed your study plan with them.

Send completed form to engrugdeanadmin@engr.wisc.edu.

Earning the certificate

You must:

  • Declare the certificate;
  • Complete the required courses (see the Courses section, above);
  • Maintain a cumulative GPA of at least a B (≥3.0) for the courses taken for the certificate;
  • Receive at least a BC (≥2.5) grade in all courses taken for the certificate. If a course is repeated, the highest grade received in the course is used for this criteria.

This undergraduate certificate must be completed concurrently with your undergraduate degree. You cannot delay degree completion to complete the certificate.

Learning outcomes

Learning outcomeCourse/activity
1. Demonstrate knowledge of the fundamental concepts of manufacturing discrete partsME 310, ME 311, ISYE 315, electives
2. Use skills related to manufacturing engineeringGreen Shop Pass, CNC 1 upgrade, electives
3. Communicate effectively in the methods related to manufacturing engineeringGreen Shop Pass, CNC 1 upgrade, ME 310, ME 311, ISYE 315, ISYE 415, MS&E 332, electives
4. Generate solutions to problems that may arise in manufacturing engineeringME 311, ISYE 415, electives