- Maintenance & Repair
- Battery Assembly & Handling
- Software & Diagnostics
Posted January 8th, 2026
Henry Ford College: Battery Technology Curriculum
Format
Hybrid (In-Person + Online)
Duration
2 Semesters (21 Credit Hours)
Henry Ford College offers a Battery Technology Curriculum with three specialized tracks: Automotive Service Technology, Electric Vehicle Certification (Manufacturing/Production), and Automotive Cybersecurity. All tracks require enrollment at HFC and participation in a related academic program. The certification itself is accomplished through an online course focusing on Battery Technology expertise.
Henry Ford College
Program Details
Key Information
Duration
2 Semesters (21 Credit Hours)
Format
Hybrid (In-Person + Online)
Training Cost
$2,500 - $4,500 (Varies by residency)
Prerequisites
- High School Diploma or GED
Course Curriculum
Course Curriculum
- MENG-6213: Energy Storage Systems with EV Applications
- MENG-6263: Power Electronics for Vehicle Electrification
- MENG-6463: Introduction to Vector Control of AC Electric Machines
- MENG-6453: Introduction to Electrified Vehicle Propulsion
- MENG-6323: Automotive Control Systems
- MENG-6303: Digital Signal Processing Techniques for Automotive Engineering
- MENG-6093: Technology Management
- MENG-6193: Project Management
- Fundamentals (Varies by Background): Electrical, Computer, or Mechanical Principles for Mobility Systems (MENG-6013/6023/6033)
Learning Outcomes
- Technical Mastery: Deepen knowledge in modern Electric Vehicle (EV) design, including battery technology, motor design, and propulsion systems.
- Leadership Readiness: Prepare for technical and managerial leadership roles within the automotive and mobility industries.
- Applied Engineering: Gain hands-on experience in advanced labs (e.g., GM Mobility Research Center) with real-world vehicle testing.
- Strategic Management: Develop skills in technology and project management specifically for engineering contexts.
- Professional Ethics: Exhibit professional integrity and ethical leadership in complex engineering decision-making.
Contact
Training Contact Name
Dr. Patricia Chatman
Training Contact Email Address
Training Contact Phone
Additional Information
Keyword
Automotive Innovation
Vocational/Trade School
Education
Degree Type
Certificate of Achievement
Longevity
Ongoing
Seasonal
Year-Round
Attendance
In-Person
Training Provider Type
Community College
Audience / Employee Role
Entry-Level Technician
Production / Assembly Worker
Certification Offered
Credit-Bearing Program
Delivery Location
On-Site (Provider Facility)
Target Skill Level
Introductory / Foundational