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Course Description

The Electric Vehicle (EV) industry is experiencing rapid growth and transformation. In 2015, global EV sales were 580,000, but by 2021, sales soared to 3.5 million. Projections estimate that by 2030, 40 million EVs will be sold annually. This surge in EV adoption has created a significant demand for skilled technicians to repair and service these vehicles, as well as to install and maintain residential and commercial charging stations.

About the Program:
In collaboration with George Brown College, our online Electric Vehicle (EV) Technician training program is designed to meet the global need for professionals capable of diagnosing, servicing, and repairing high-voltage EVs and commercial charging stations. This program is ideal for adult learners interested in enhancing their technical skills in this rapidly growing industry.

Upon successful completion of the EV Technician Program a Certificate of Completion will be issued by UC Santa Barbara PaCE

No Prior Experience Required:

No background in auto mechanics or electronics is needed, and there are no post-secondary academic prerequisites.

Comprehensive Curriculum:

The program consists of 14 modules that blend theoretical knowledge with practical application through interactive curriculum, state-of-the-art simulation software, virtual lab/shop experiments, videos, animations, and real-world examples.

Hands-On Learning:

Students receive a licensed copy of CircuitLogix, which includes both 2D- and 3D-simulation software to reinforce fundamental concepts.

Flexible Study:

The program is designed for independent study with an average completion time of 32 weeks of part-time study.

Program Cost:

Tuition: $1260 

Interactive Learning Package:

[Includes web-based curriculum, laboratory simulation software and all module level exams]

 $490
Total Cost of the Electric Vehicle Technician Certificate Program: $1750  

 

 

 

 

 

 

Registration:

Enrollment Instructions

 

Course Outline

  • Introduction to EVs
    • Overview of EV technology, history, and industry trends.
  • Basic Electricity
    • Fundamental electrical concepts essential for understanding EV systems.
  • Direct Current Circuits
    • Principles and applications of DC circuits in EVs.
  • Alternating Current Circuits
    • Understanding AC circuits and their role in EV technology.
  • Power Electronics
    • Study of power conversion, inverters, and electronic control systems.
  • Batteries and Fuel Cells
    • Detailed exploration of battery technologies and fuel cells used in EVs.
  • Battery Charging Systems
    • Design, installation, and maintenance of EV charging systems.
  • DC Motors and Controls
    • Operation and control of DC motors in EV applications.
  • AC Motors and Controls
    • AC motor technologies and their control mechanisms.
  • Powertrains
    • Examination of EV powertrain components and systems.
  • Sensors and Actuators
    • Role of sensors and actuators in EV performance and safety.
  • Communication and Control Systems
    • Networking, communication protocols, and control systems in EVs.
  • Safety, Maintenance, and Repairs
    • Best practices for maintaining and repairing EVs, with a focus on safety.
  • Autonomous Vehicles
    • Introduction to autonomous driving technologies and their integration with EVs.
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Delivery Options
Online Asynchronous  
Course Fee(s)
Course Fee non-credit $1,750.00
Section Notes

Once you complete your registration for the program:

You will receive a confirmation email immediately after registering, acknowledging your successful enrollment in the program.

Within 3 business days, our partners at George Brown College will contact you via email. This email will contain detailed instructions on how to access the course modules and begin your training.

Follow the instructions provided in the email to log in to the course platform, where you will find all the resources you need to start your learning journey.

If you encounter any issues or have any questions about accessing the course, the EV Program Support Team will be available to assist you.

Drop/Refund Policy: 

To receive a refund, you must officially withdraw in writing no later than 10 business days after you receive the web-based curriculum.

Please send your withdrawal request to info@ev.professional.ucsb.edu, including your name, student ID number, Program name, and reason for withdrawing.

Please note that the $490 program web-based curriculum material is not refundable. An administrative fee of $50 will also be charged to process the refund.

For further assistance, contact a Program Consultant toll-free at 1-866-277-5720, or email us at info@ev.professional.ucsb.edu