Hybrid Electric Vehicle
Course Description
Our Hybrid Electric Vehicle (HEV) course offers in-depth knowledge of electric and hybrid vehicle technology, focusing on the design, simulation, and optimization of hybrid powertrains. Led by experienced professionals, this course equips you with the skills required to excel in the fast-evolving electric vehicle industry.
Key Features:
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Expert Mentorship: Learn from professionals with extensive experience in hybrid and electric vehicle technology, guiding you through practical applications and design strategies.
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Comprehensive Curriculum: Covers key topics such as powertrain design, energy storage systems (batteries, supercapacitors), electric motors, internal combustion engines, and hybrid systems integration.
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Hands-on Projects: Gain practical skills by working on real-world projects like designing hybrid powertrains, optimizing energy efficiency, and simulating performance under different driving conditions.
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Real-World Applications: Learn how hybrid electric vehicles contribute to sustainable mobility and explore the engineering challenges in automotive applications like range optimization, fuel efficiency, and emissions reduction.
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Simulation Tools: Master tools such as MATLAB/Simulink for hybrid vehicle simulation, energy management strategies, and performance analysis.
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Energy Management Systems: Develop skills in managing energy flow between electric motors, batteries, and internal combustion engines for optimal vehicle performance.
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Career Support: Our course includes career counseling, resume building, and interview preparation to help you pursue opportunities in the electric vehicle industry.
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Flexible Learning: Whether you’re an engineering student or an automotive professional looking to upskill, our flexible program is designed to fit your learning pace and schedule.
Course Curriculum
Raj R. Dalal
Physical Design EngineerWith over a decade of experience in VLSI design and chip layout, Raj R. Dalal specializes in physical design engineering