Undergraduate Certificate (Undergraduate Certificate) in Electric Vehicle Systems
OVERVIEW
Who is this program for?
The Electric Vehicle Systems certificate is designed for UK undergraduate students interested in electric vehicles, automotive engineering, electrical systems, battery and energy storage technology, advanced manufacturing and the future of transportation. It is particularly relevant for students who want to complement their bachelor's degree with interdisciplinary knowledge that can prepare them for careers in the evolving automotive, transportation, energy and manufacturing industries.
Program Overview
Prepare to help shape the future of transportation with the Undergraduate Certificate in Electric Vehicle Systems. Designed to complement a bachelor's degree at the University of Kentucky, this interdisciplinary certificate gives students specialized knowledge of the technologies and systems behind electric vehicles while exploring the broader forces influencing their development and adoption.
Students examine electric vehicle systems from multiple perspectives, including electrical systems, energy storage, manufacturing and materials, while also considering regulatory, economic and societal issues shaping the transition to electric transportation. Coursework across multiple disciplines allows students to understand how individual technologies work together as part of a larger electric vehicle ecosystem.
The certificate is available only to current University of Kentucky undergraduate students pursuing a campus-based degree and is designed to add a focused area of expertise to their primary field of study.
Related Careers
Electric vehicle technologies are creating new opportunities across the automotive, transportation, energy and advanced manufacturing sectors. The Electric Vehicle Systems certificate can complement your bachelor's degree as you prepare for careers involving the development, production and implementation of next-generation transportation technologies.
Depending on your primary major, relevant career areas may include:
- Electric vehicle engineering and technology
- Automotive engineering
- Electrical and electronic systems
- Battery and energy storage systems
- Advanced manufacturing
- Automotive manufacturing
- Materials engineering
- Vehicle systems and components
- Transportation technology
- Electrification and energy systems
- Manufacturing systems and operations
- Product development
- Engineering research and development
- Automotive supply chain and production
The certificate can also provide valuable context for students interested in graduate study or careers that intersect with vehicle electrification, energy storage, manufacturing and emerging transportation technologies.
How to Add this Certificate
Prospective students: Certificates are declared once you are a current University of Kentucky student.
Current students: You can add this certificate in myUK GPS. Under "My Program of Study" on the right side of the screen, click the link "Request a major/minor/certificate change". If you need help, contact your academic advisor.
You should talk with your academic advisor about how adding a program to your plan of study will impact graduation time and any graduation requirements of your major.
FIND OUT EXACTLY
What You'll Learn
Through the Electric Vehicle Systems certificate, you will develop a broader understanding of the technologies that make electric vehicles possible and the economic, regulatory and societal factors influencing their adoption.
You will learn to:
- Understand electric vehicle systems and how electrical, manufacturing, materials and energy storage technologies contribute to vehicle design and performance.
- Explore technical aspects of electric vehicles, including electrical systems, energy storage and manufacturing processes.
- Examine battery and energy storage technologies and their role within electric vehicle systems.
- Consider the materials and manufacturing processes involved in electric vehicle technologies.
- Evaluate electric vehicles within a broader context that includes regulatory, societal and economic considerations.
- Understand how multiple engineering and technology disciplines contribute to the development of electric vehicle systems.
- Apply knowledge from multiple academic disciplines to better understand challenges and opportunities within electric transportation.
Degree requirements, course descriptions and academic policies for all programs are detailed in the University Catalog.
