Semiconductor Design for Electric Vehicles Training by jast tech prepares engineers to design automotive-grade power ICs, BMS, motor drivers, and safety-compliant EV semiconductor systems.
Semiconductor Design for Electric Vehicles Training by jast tech prepares engineers to design automotive-grade power ICs, BMS, motor drivers, and safety-compliant EV semiconductor systems.
Level
Advanced
Duration
8 Weeks
Trusted by Leading Organizations
The Semiconductor Design for Electric Vehicles Certification Training by jast tech equips engineers with in-depth expertise in designing automotive-grade semiconductor systems used in electric vehicles (EVs). The program covers power electronics, battery management systems (BMS), traction inverter control, motor driver ICs, automotive SoCs, mixed-signal interfaces, thermal management, and ISO 26262 functional safety compliance. Learners gain exposure to real EV architectures including onboard chargers, DC-DC converters, ADAS processors, and vehicle communication networks. This course aligns with semiconductor companies, EV manufacturers, and Tier-1 automotive suppliers hiring VLSI, power electronics, and embedded hardware engineers.
The Semiconductor Design for Electric Vehicles Certification Training by jast tech equips engineers with in-depth expertise in designing automotive-grade semiconductor systems used in electric vehicles (EVs). The program covers power electronics, battery management systems (BMS), traction inverter control, motor driver ICs, automotive SoCs, mixed-signal interfaces, thermal management, and ISO 26262 functional safety compliance. Learners gain exposure to real EV architectures including onboard chargers, DC-DC converters, ADAS processors, and vehicle communication networks. This course aligns with semiconductor companies, EV manufacturers, and Tier-1 automotive suppliers hiring VLSI, power electronics, and embedded hardware engineers.
Job Roles You Can Achieve
After completing this course
- Solutions Architect
- Technical Consultant
- Implementation Specialist
- System Administrator
- IT Professional
Semiconductor Design for Electric Vehicles Curriculum
EV System Architecture and Semiconductor Integration
Introduces complete EV electrical architecture including battery pack, inverter, control units, and communication subsystems. Learners understand how semiconductors are distributed across vehicle platforms.
Automotive-Grade Semiconductor Fundamentals
Covers semiconductor devices designed for automotive reliability and harsh environments. Emphasis on temperature tolerance and long lifecycle design.
Power Electronics for Electric Vehicles
Focuses on high-voltage and high-current semiconductor components used in EV propulsion systems. Learners study switching losses and efficiency optimization.
Battery Management System (BMS) Semiconductor Design
Explains monitoring, balancing, and protection circuits used in lithium-ion battery packs. Focuses on precision and safety.
Motor Driver and Traction Inverter Control
Covers semiconductor design for motor speed control and torque management. Includes PWM generation and feedback systems.
Related Courses
Training Roadmap
Seven intentional milestones — from first session to dream job.
Onboarding
- Meet your industry mentor
- Define your goals
- Skill gap assessment
Core Learning
- Live interactive classes
- AI-curated content
- Recorded sessions
Hands-on Practice
- Weekly assignments
- MCQ evaluations
- Module quizzes
Real Projects
- 3 live industry projects
- Portfolio building
- Case studies
Mentorship
- 1:1 doubt sessions
- Peer collaboration
- Expert feedback
Certification
- Exam preparation
- Practice dumps
- Industry-recognised certificate
Career Launch
- Resume crafting
- Mock interviews
- Job placement support
Key Projects
Available Course Schedules
Select a schedule that works best for you
Starts
04 Jul 2026
Time
09:30 AM – 12:30 PM
Duration
8 Weeks
Starts
06 Jul 2026
Time
07:00 AM – 09:00 AM
Duration
8 Weeks
Starts
11 Jul 2026
Time
02:00 PM – 05:00 PM
Duration
8 Weeks
Starts
13 Jul 2026
Time
08:00 PM – 10:00 PM
Duration
8 Weeks
Need a custom schedule?
Our team will craft the perfect batch for you.
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Round-the-clock assistance
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Expert resume crafting
Alumni Guidance
Mentorship from graduates
Interview Prep
Mock interviews & tips
Live Projects
Real-world experience
Tejas Kumar
Sakshi Singh
Sanjay Patel
Specialized Training Programs
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See how we stand out from the competition
Well-structured, up-to-date curriculum designed by industry experts to build strong fundamentals and advanced knowledge.
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Learn from certified professionals with years of industry experience and teaching expertise.
Instructors with limited industry experience or practical knowledge.
Work on real-world projects that enhance problem-solving skills and build a strong portfolio.
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24/7 doubt resolution and personalized guidance from instructors whenever you need it.
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Certification Details
Semiconductor Design for Electric Vehicles – Associate
- Exam Name
Semiconductor Design for Electric Vehicles – Associate
- Duration
130 minutes
- Format
Multiple Choice & Multi-Response
- Passing Score
720 (Scale: 100–1000)
- Level
Associate
Prepare
Top Interview Questions
Curated questions with expert answers to help you ace your next interview.
Why are SiC and GaN devices preferred in EV power electronics?
SiC and GaN offer higher efficiency, faster switching, and lower losses compared to traditional silicon devices. They enable compact inverter designs and improve EV range by reducing power dissipation.
What is the importance of ISO 26262 in EV semiconductor design?
ISO 26262 defines functional safety requirements for automotive electronics. Semiconductor designers must ensure fault detection, redundancy, and safety mechanisms to meet ASIL standards.
How does a Battery Management System improve EV reliability?
BMS monitors voltage, current, and temperature to prevent overcharging, overheating, and imbalance. It ensures battery longevity and operational safety.
What are the challenges in high-voltage semiconductor design?
High voltage systems require insulation, heat management, electromagnetic compatibility, and robust switching control to prevent failures and efficiency loss.
Why is thermal management critical in EV semiconductors?
High current and switching frequencies generate heat. Poor thermal design can cause performance degradation or failure, reducing vehicle safety and lifespan.
Support
Frequently Asked FAQs
Can't find what you're looking for? Reach out to our support team anytime.
Why are semiconductors critical in electric vehicles?
EVs rely heavily on semiconductor devices for power conversion, battery monitoring, motor control, and safety systems. Without efficient power electronics, EV performance and range would drastically reduce. Semiconductor innovation directly impacts EV efficiency and reliability.
What makes automotive semiconductor design different from consumer electronics?
Automotive chips must operate under extreme temperatures, vibration, and long lifecycles. They must meet stringent safety and reliability standards like ISO 26262 and AEC-Q100. Failure tolerance and redundancy are mandatory.
Who should enroll in Semiconductor Design for EV training?
VLSI engineers, power electronics engineers, embedded developers, and electronics graduates aiming to enter automotive or EV semiconductor industries. It is also suitable for professionals transitioning from core electronics into EV technology.
Does jast tech provide practical EV-focused case studies?
Yes. jast tech includes EV architecture breakdowns, BMS simulations, inverter modeling, and automotive safety analysis aligned with real semiconductor workflows.
What career opportunities are available after this course?
Roles include Automotive Semiconductor Engineer, BMS Design Engineer, Power Electronics Engineer, Automotive SoC Engineer, and EV Hardware Architect in global automotive and semiconductor companies.
The support team was very cooperative and responsive. They made sure all doubts were cleared without delay. Great experience overall.
I had a great experience with the RF Circuit Design course. Thanks to the teaching staff for such a well planned and structured curriculum it really helped me clear my technical certification for my job.
I enrolled in the Post-Silicon Validation Certification Training at JastTech and found it quite different from typical courses. They focus on debugging techniques and real chip-level scenarios, which gave me a better idea of how things work.
One thing I really liked about the Data Analyst course at JastTech is their focus on consistency. Regular sessions and tasks help you stay on track and build a daily learning habit. Also, they provide recordings after live sessions, which help in revision.
I joined JastTech for the DFT course a few months back. At first, I wasn’t sure what to expect, but the classes turned out to be really helpful. The teaching is simple and not too complicated, which helped me keep up.
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Hyderabad
JastTech
Training & Development Center
Plot no 9, IT Park, Madhapur, Hyderabad, Telangana 500081
Pune
JastTech
Training & Development Center
Sr. No. 30/2/1, 3rd Floor, Above Rajrshi Shahu Bank & BOB Balaji Nagar, Dhankawadi, Katraj, Pune, Maharashtra 411043
Kolkata
JastTech
Training & Development Center
Millenium City - Tower I, Salt Lake, Kolkata, West Bengal 700091
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