Techniques are learned and employed regarding the powertrain sizing problem, including battery pack configuration and its scaling for energy and power needs, selection of driveline components to meet regenerative braking and acceleration performance.
DurationThe concepts, principles, analysis and design procedures for electric and hybrid vehicles are covered. Power plant type, electric drive train configurations, power flow, torque and speed coupling options being employed are discussed and analyzed.
Energy storage systems are examined for their performance aspects in terms of specific energy and power capability, operating cycles, cost and thermal management requirements.
The resulting impact of electrification on vehicle fuel economy, net emissions, life-cycle and infrastructure implication for society are also detailed.
Techniques are learned and employed regarding the powertrain sizing problem, including battery pack configuration and its scaling for energy and power needs, selection of driveline components to meet regenerative braking and acceleration performance.
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Students in this course will be exposed to fundamentals of electric vehicle powertrain systems that will enable them to gather and enhance their knowledge on electric vehicles
This certificate provides an opportunity for students to learn about EVs within the context of engineering applications and expand their understanding of the technical and environmental implications of engineering in EV design.
You will gain critical training in electric vehicle technology.
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.
The Electrical Vehicle Infrastructure Training Program (EVITP) – Phase 1 is the first level of training for the installation and maintenance of plug-in hybrid electric vehicle (PHEV) and electric vehicle (EV) infrastructure.
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