Course Description

Overview

Electric Vehicles is a sunrise industry. Ironically, it is also becoming highly competitive and crowded. Success of products alone is going to sort out the men from the boys. Simulation engineer’s role assumes greater significance in this context, as they can find out how effective and reliable a product is going to be in the real world. This course introduces you to the most effective ways and highly useful tools of designing, simulations and testing of designs of EV products and components. Though an EV system has fewer parts when compared with IC engine based traditional vehicles, it calls for knowledge in multiple streams of science and engineering to understand how it works. Hence, the course also provides you with a basic understanding of all EV components and systems at work.

Duration & Eligibility

• Duration: 80 hrs
• Eligibility: Diploma / Bachelor’s degree In Mechanical / Electrical / Electronics / Automobile / Mechatronics / Related streams

Learning Outcomes

• Vehicle dynamics calculation.
• Understanding the cell chemistry and types.
• Motor classifications & Concept of motor controllers.
• EV auxiliary systems.
• Battery cell & battery pack modeling.
• Battery range calculation.
• Simulation of EV cell/pack models.
• Understanding BMS Design Considerations.
• Learning various testing requirements.
• Designing battery charging architecture.
• Modeling and simulation of power electronics & motors devices.
• Induction motor modelling & controlling.
• Matlab simulation & scripting.
• Simulink application for EV.

Career Opportunities

• EV Simulation & Analysis Engineer
• Powertrain Simulation Engineer
• EV System Modelling Engineer
• Battery / Motor Electromagnetic Simulation Engineer
• Thermal/CFD Simulation Engineer
• Vehicle Dynamics Simulation Engineer
• Structural / Durability Simulation for EV components
• EMI/ EMC Simulation Engineer (for EV motors / inverters etc.)