Electrical and Computer Engineering
Two grad students working intently in lab

Certificate in Semiconductors

Gain knowledge in semiconductor technology encompassing fundamental concepts and advanced manufacturing processes, preparing you for Michigan's growing semiconductor industry.

Stats

17

Credits total

1-2

Semesters to complete

Hybrid

Course format

Your certificate to industry success in semiconductors

WMU is at the forefront of efforts in Michigan to amp up electrical vehicle and semiconductor talent. The need for talent is crucial with the Semiconductor Industry Association anticipating a 33% increase in jobs. When you enroll in WMU's certificate in semiconductors program, you'll be prepared for roles in battery management systems, sensors, solid-state materials and other crucial areas, becoming part of the solution to filling this talent gap.

What you'll learn in the semiconductors program

This hybrid program concentrates on the growing talent demand in Michigan's advanced manufacturing sector. 

  • Industry-aligned curriculum
  • Hands-on learning with state-of-the-art labs and facilities
  • Credits can be stacked toward a degree
  • Hybrid format provides flexibility for attending lectures and presentations either in-person or online. Labs are completed in-person to ensure learning outcomes are met.

Semiconductors curriculum

You'll study four required areas: electronics, printed circuit assemblies (PCAs), semiconductor fundamentals and digital electronics. Then, choose an elective course that fits your area of interest.

  • ECE 2210 - Electronics I
  • ECE 3150 - Printed Circuit Assemblies (PCAs): Design Schematic, Fab, Assembly, and Test
  • ECE 3240 - Semiconductor Fundamentals
  • ECE 4500 - Digital Electronics
  • One Elective Course
    • ECE 3200 - Electronics II Credits
    • ECE 4200 - Power Electronics
    • ECE 5450 - Micro Electro Mechanical Systems
    • ECE 5525 - Digital Design
    • Other courses with approval

Discover how you can make an impact with a semiconductor certificate

When you enroll, you will work toward a certificate designed to meet the growing talent demand in Michigan’s advanced manufacturing sector. The skills you master will prepare you for careers as an electrical engineer, semiconductor technician and more.

Dr. Massood Atashbar

WMU’s faculty expertise in batteries, semiconductors, and advanced manufacturing, as well as modern labs and research facilities, places us in a unique position to provide training that is both rigorous and directly relevant to industry needs.
— Dr. Massood Atashbar, professor of electrical and computer engineering

Certificate in Semiconductors admissions requirements

To enroll in the semiconductor certificate program, you’ll need to apply to WMU.

  • Be enrolled in or already have a bachelor’s degree in electrical or computer engineering.
  • Students from related disciplines, industry technicians, community college students, and high school students or graduates, with suitable professional experience may be considered subject to approval by the advising committee.

To enroll, most applicants need to complete a non degree/certificate/second major or minor application.

Apply now

Ready to pursue a bachelor's degree?

This flexible career-ready certificate program can be applied to a bachelor's degree.

When you combine this certificate with a bachelor's or graduate degree, you'll be ready to advance into engineering roles such as electrical engineer (EV systems), semiconductor process engineer, power electronics design engineer or battery systems engineer.

Explore College of Engineering and Applied Sciences degree options
Students working in Floyd Hall's clean lab

Frequently asked questions

Yes! The credits you earn in the certificate program will apply to your bachelor degree in WMU's College of Engineering and Applied Sciences programs

B.S.E. in Electrical Engineering

B.S.E. in Computer Engineering

Certificate-only students should explore

  • Employer tuition assistance, including  Michigan Talent Action employers.
  • Private student loans
  • Michigan Works!
  • College of Engineering and Applied Sciences scholarships

Degree-seeking students should explore WMU scholarships.

As a semiconductor technician, you will work with engineers to improve manufacturing processes and ensure the quality of semiconductor products. You may operate specialized equipment used to produce wafers and microchips, as well as perform testing, measurements and quality control checks throughout the manufacturing process. Much of this work takes place in a cleanroom environment, similar to the Clean Lab in WMU's Floyd Hall, and requires strong attention to detail and the ability to follow precise procedures. 

While earning your Certificate in Semiconductors, you will develop these skills and gain the foundational knowledge in electronics, manufacturing processes, and troubleshooting needed to succeed in this high-demand field.