Learn and practice working on a variety of electric vehicles.
Get the knowledge and skills needed to service battery electric, plug-in and hybrid electric vehicles.
Overview
Learn and practice working on a variety of electric vehicles. You train in industry-leading safety practices and service powertrain and temperature control systems, as well as high voltage battery charging systems.
Additionally, various categories of high voltage vehicles, transmission types and connection procedures will be discussed. You learn how to:
Student Supports
Our student supports and services will help you get the most out of your experiences while learning with us. We have support staff to guide you.
In addition to the program being fully funded, there are student support funds available to support your success, including urgent aid, disability support funds, and funding for Personal Protective Equipment (PPE).
Admission Requirements
Nova Scotia Community College is transforming our province. Through our network of 14 campuses, we provide Nova Scotians with inclusive and flexible access to education and the specialized, industry-driven training essential for today and tomorrow’s workforce.
We believe the future lies in the power of learning, which is why we care about the success of every student – in education, in career and in life.
The course covers key aspects of design and control of hybrid electric vehicles, plug-in hybrid electric vehicles and battery electric vehicles.
This Program is designed for Electrical Engineers, Engineering Technicians and Technologists who want to gain more knowledge in the domain of power systems and substation design, relay protection and coordination calculation and testing.
Get six hours of self-paced online learning in preparation for 30 hours of intensive hands-on training with our expert industry-trained instructors at our automotive training facility on SAIT's Calgary campus.
This course introduces architectures and technologies associated with electric, hybrid electric, and plug-in hybrid electric vehicles, including their constituent components.
By the end of the program, participants will have a solid foundation in electric vehicle technology and be equipped with the knowledge to contribute to the development and advancement of future EVs.
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