Semiconductor design
Certificate, undergraduate
Overview
- In-state: $491
- Out-of-state: $491
- Online: $1,465
*An additional $35 per-credit web-based course fee applies
Related Topics
Drive innovation in semiconductor design
The semiconductor design certificate program teaches you how to identify, formulate and solve semiconductor design problems using foundational principles in engineering, science and mathematics. Through coursework and hands-on learning, you’ll develop the ability to analyze data, conduct experiments and apply semiconductor design concepts to real-world challenges.
You’ll also strengthen communication skills needed to explain complex semiconductor concepts to technical and nontechnical audiences. Completing the certificate enhances a degree, strengthens a résumé and prepares you for career opportunities in semiconductor design, engineering and related technology fields.
View the coursework for this certificate.
Customize your degree, enhance your career prospects and gain a competitive edge for promotion and new job opportunities.
This program could be a good fit if you:
- Are an undergraduate student in Electrical and Computer Engineering or a related field and want to build specialized skills in semiconductor devices and integrated circuit design.
- Plan to pursue a career in the fast-growing semiconductor industry, with opportunities in chip design, manufacturing and electronic device development.
- Enjoy hands-on, applied learning and want to gain practical experience working with the technologies that power everything from smartphones to electric vehicles.
- Are considering graduate studies in electrical engineering or computer engineering with a focus on semiconductor technology.
- Want to enhance your degree and résumé with a certificate that adds industry-relevant, in-demand technical skills.
Shape tomorrow’s technology
Curriculum
The semiconductor design undergraduate certificate is a 12-credit program that helps you build specialized expertise, complements your degree and develops your skills in emerging fields to enhance your career opportunities.
Explore program courses in the University Catalog
Learning outcomes
Upon completion of the semiconductor design certificate, you will be able to identify, formulate and solve semiconductor design problems using engineering, science and mathematics principles. You'll communicate semiconductor design concepts and technologies effectively to diverse audiences. You will also develop and conduct semiconductor design experiments, analyze and interpret data and apply engineering judgment to evaluate results. These skills prepare you for continued education and career opportunities across the semiconductor design industry.
Program format
The semiconductor design certificate requires completion of 12 credit hours of approved coursework. You must complete all required courses with a grade of C or better. The certificate curriculum includes foundational and advanced topics in microelectronics, analog integrated circuit design, VLSI design and semiconductor devices. Required courses include Microelectronics II, Analog Integrated Circuit Design, Introduction to VLSI Design and Semiconductor Devices.
Faculty expertise
Collaborate with faculty experts in:
- Semiconductor devices and microelectronics
- Advanced microelectronics fabrication
- VLSI design and manufacturing
- Electronic packaging and materials
- Quantum and solid-state electronics
- Electromagnetics and RF systems
- Power systems and energy technologies
- Cybersecurity and dependable systems
- Embedded systems and computer architecture
Career outcomes
Current job openings
938 in ID, WA, OR, MT and HI* Career data provided by Lightcast.
Clubs and involvement opportunities
Clubs and organizations
The College of Engineering offers 20+ clubs and organizations tied to international and national engineering organizations, including national competition teams.
Clubs include:
- Cyber Defense Club
- CyberForce Competition Team
- Humanitarian Engineering Corps (HEC)
- Polymorphic Games Studio
- National Society of Black Engineers (NSBE)
- Robotics Club
- Society of Hispanic Professional Engineers (SHPE)
- Society of Women Engineers (SWE)
- Tau Beta Pi - Engineering Honor Society (TBP)
Financial aid and scholarship opportunities
Financial aid
U of I certificate programs are not eligible for financial aid or scholarships. Financial aid and scholarships are available only to students enrolled in bachelor’s or associate degree programs.
For more information or to explore funding options for your education, contact the Financial Aid Office at finaid@uidaho.edu or call 208-885-6312.
Idaho LAUNCH
This degree is approved for Idaho LAUNCH, a grant that supports Idaho students pursuing high-demand careers. Students enrolling under the 2026–27 Academic Catalog may be eligible for up to $4,000 per year / $8,000 total in scholarship funding through the Idaho LAUNCH program.
Learn about eligibility and application deadlines at nextsteps.idaho.gov/launch, or see our full list of approved U of I programs on the in-state scholarships page.
Recognized STEM Program
This program is recognized as a STEM program by the U.S. Department of Homeland Security and may be eligible for the 24-month STEM optional practical training extension for international students.
Application information
Admission criteria for undergraduate certificates are the same as those for U of I undergraduate degree programs. View our admission requirements to learn more.
Undergraduate certificate application process
Students interested in adding a certificate to their bachelor’s or associate degree program should speak with their academic advisor.
Students interested in earning an undergraduate certificate as a standalone program should contact the Admissions Office at 208-885-6326 for information on how to apply.
Overview
- In-state: $491
- Out-of-state: $491
- Online: $1,465
*An additional $35 per-credit web-based course fee applies
Related Topics
Have questions?
Not sure if this program is the right fit? Connect with your admissions counselor or request more information to get personalized guidance on program details, requirements and next steps.
Find your admissions counselor
Request more information
Connect with program faculty
Training Idaho's semiconductor workforce
University of Idaho prepares semiconductor professionals through hands-on research, industry partnerships and advanced engineering education.
Microchip Engineering & Security Alliance (MESA)
Expand your career opportunities through the Bachelor of Science in Electrical Engineering global program. Start at Hiroshima University then study at University of Idaho.