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CoursesVLSI Embedded Systems And Chip Design
Semiconductor Design for Electric Vehicles
VLSI Embedded Systems And Chip Design
Semiconductor Design for Electric Vehicles

Learn how to design semiconductors for electric vehicles, with a focus on power electronics, battery management, and energy efficiency.

5/5(4,890 Reviews)

Level

Advanced

Duration

8 Weeks

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About Semiconductor Design for Electric Vehicles

Rated #1 Recognized as the No.1 Institute for Semiconductor Design for Electric Vehicles Online Training Course. This program gives you a lot of information about the semiconductor technologies that are making the EV revolution possible. It talks about battery management systems, power MOSFETs, IGBTs, SiC/GaN devices, motor control circuits, and charging infrastructure. Learners get real-world experience designing EV semiconductor systems that are efficient, high-performance, and safe. At the end, participants will be ready for cutting-edge jobs in EV design, semiconductor manufacturing, and automotive research and development.

Training Plan

01

About trainer

Working professional who is carrying more then 10 years of industry experience.

02

Decks & Updated Content

Access to updated presentation decks shared during live training sessions.

03

e-Book

E-book provided by TechPratham. All rights reserved.

04

Assignments & MCQs

Module-wise assignments and MCQs provided for practice.

05

Video Recording

Daily Session would be recorded and shared to the candidate.

06

Projects

Live projects will be provided for hands-on practice.

07

Resume Building

Expert-guided resume building with industry-focused content support.

08

Interview Preparation

Comprehensive interview preparation with real-time scenario practice.

Semiconductor Design for Electric Vehicles Course Curriculum

 Introduction to EV Semiconductor Systems


Overview of semiconductor role in electric vehicle architecture.

EV system overview
Semiconductor content in EVs
Power vs control electronics
Automotive standards overview
EV market trends

Power Semiconductor Devices


Power devices used in EV powertrain and charging systems.

Power MOSFETs
Device characteristics
Automotive qualification
IGBTs
SiC and GaN devices

Battery Management Systems (BMS)


Semiconductor design aspects of BMS circuits.

Battery cell monitoring
Voltage and current sensing
Protection circuits
BMS IC architecture
Safety requirements

Power Electronics for EVs


Design of power conversion circuits in EVs.

DC–DC converters
Inverters for traction motors
On-board chargers
Power efficiency
Thermal challenges

Automotive Microcontrollers & SoCs


Embedded processors used in EV control systems.

Automotive MCUs
SoC architectures
Real-time processing
Functional safety (ISO 26262)
AUTOSAR basics

 Analog & Mixed-Signal ICs for EVs


Sensor interfaces and signal conditioning circuits.

Current and voltage sensing
Temperature sensors
ADC/DAC in EVs
Noise immunity
Precision analog design

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Who Should Take Semiconductor Design for Electric Vehicles

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Job Roles For Semiconductor Design for Electric Vehicles

Key Projects

Semiconductor Design for Electric Vehicles

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EV Power Converter Design

Design a DC-DC converter using SiC MOSFETs for efficient power transfer in EVs, focusing on thermal performance and reliability.

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Battery Management System Simulation

Develop and simulate a BMS circuit for lithium-ion batteries, including SOC estimation, overcurrent protection, and thermal shutdown.

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Motor Drive Circuit for EVs

Create a semiconductor-based motor control circuit for BLDC motors, integrating regenerative braking and torque optimization.

Placement Process

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What Makes TechPratham Training Different?

Real-World Implementation
Live enterprise tenant access for 24/7 practice on real-world, enterprise-grade scenarios.
Restricted or simulation-based access that lacks real-world complexity.
Subject Matter Experts
Mentorship from certified professionals with 15+ years of global industry experience.
Generic instructors with no hands-on implementation background.
2026 Ready Curriculum
AI-driven curriculum with advanced platform integrations and real-world configurations.
Basic, outdated syllabus that misses key technical integrations.
Daily & Weekly assignments
Daily assignments and weekly assessments focused on concept reinforcement and continuous feedback.
Self-paced learning with no accountability or progress tracking.
End-to-End Lifecycle
Hands-on project testing and deployment with portfolio-ready real-world exposure.
Basic lab exercises without any deployment or testing practice.
Interview Readiness
Structured interview preparation including mock interviews, PD sessions, and alumni guidance.
Minimal support limited to a generic certificate of completion.
Placement Support
Guaranteed interview support through tie-ups with top MNCs and 1-on-1 mock interview sessions.
Basic career tips with no direct industry connections.
Training Support
24/7 technical doubt resolution and personalized mentoring support.
Limited mentor availability and no support after class hours.
Affordable Fees
Competitive fixed pricing with flexible payment options and transparent fee structure.
Inflated fees with hidden costs and low return on investment.
FAQ's
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Course FAQs

Why are semiconductors critical in electric vehicles?

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