Expertly Design
Cutting-Edge EV
Battery Systems

Certified EV Battery Design Engineer - Mechanical

Ontario, second-largest auto producer in North America, aims to manufacture 400,000 EVs by 2030, signaling strong commitment to the sector and creating job opportunities.Ride the wave and enroll in our certified course to be part of the electrifying future.

Course Overview

Battery technology plays a pivotal role in the electric vehicle (EV) industry, impacting both cost and performance. With approximately 40-45% of the ownership cost attributed to batteries, ongoing research and development efforts aim to enhance charging speed, energy storage capacity, and cost-effectiveness. This course provides a comprehensive understanding of battery technology, recent advancements, and system integration. Delve into the scientific principles and engineering aspects of designing and analyzing battery components and battery-enabled systems.

Learning Outcomes:

• Vehicle dynamics calculation
• Understanding the cell chemistry and types
• Motor classifications
• Concept of motor controllers
• EV auxiliary systems
• Study the various characteristics of cell
• Battery cell & battery pack modeling
• Battery state estimation & range calculation
• Simulation of EV cell/pack models
• Understanding BMS Design Considerations
• Learning various testing requirements
• Modeling aspect of EV using CAD
• Simulation of EV battery models using CAE

Career Scope & Opportunities:

The Canadian market offers significant job prospects in the rapidly expanding EV industry, making this course an excellent gateway to a rewarding career in battery technology and systems for electric vehicles. Upon successful completion of the course, graduates can pursue various roles, including:

Eligibility

• A bachelor's degree or equivalent qualification in engineering, physics, chemistry, materials science, or a related field.
• Recommended background in subjects such as energy systems, electrochemistry, power electronics, or automotive engineering.