6 Months Nanodegree Program | Live + Hands on
Nanodegree in EV Modelling & Simulation Engineering
for Electrical & Electronics Engineers
Master the electrical backbone of tomorrow’s mobility — from battery systems and control design to EV simulations and powertrain analysis using MATLAB, Simulink, ANSYS, and Proteus.
IIT Jammu Certificate
Live Classes
Hands-on-Training
100% Placement Assistance BY DIYguru
Programs Created by
IIT Jammu in collaboration with I3C–IIT Jammu and DIYguru
DIYguru is recognized and endorsed by major educational and governmental organizations including the Ministry of Education, NITI Aayog, and NEAT AICTE for its commitment to upskilling in automotive and EV technologies.
- Learn from
World's Top Ranked Indian Institute of Technology
Engineer the Electric Future
Power, Control & Simulate with Precision.
Build the skills that power the world’s electric vehicles — from energy systems and control design to simulation-driven engineering.
EV Design Labs: From Circuits to Powertrains
Work hands-on in DIYguru COE simulation labs where you’ll build and test converters, controllers, and full EV systems. Integrate MATLAB-Simulink, Proteus, and ANSYS Electrical to visualize how your circuits translate into real vehicle behavior.
Intelligent System Modeling & Drive-Cycle Optimization
Design and optimize complete EV models across different drive cycles using QSS and MATLAB toolboxes. Analyze energy flow, regenerative braking, and motor efficiency under real-time conditions to improve system performance.
Battery, Control & Thermal Co-Simulation Environment
Simulate BMS logic, motor control, and power electronics under electrical and thermal loads. Experience how temperature, current, and controller design affect battery safety and overall vehicle range.
Adaptive Learning Framework for Engineers
Move from EV fundamentals to advanced simulations through a layered, guided approach. Each module builds upon the previous one, helping electrical and electronics engineers develop complete EV design proficiency without prior automotive experience.
Continuous mentor and technical support
Get continuous 1:1 mentor support, live Q&A sessions, and dedicated placement guidance. Our support team and industry mentors help you clear technical challenges and secure career outcomes with top EV companies.
Rated 4.9/5 - with inputs and feedback from Industry
Syllabus shaped with Industries
The curriculum help you solve today’s biggest challenges in eMobility with Industries.
Certification Course in EV Battery Pack Design & BMS Protection Modeling
- Intermediate
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A Complete Electrical Engineering Pathway
into the EV Industry
This Advanced Nanodegree bridges the gap between electrical fundamentals and cutting-edge EV technologies. You’ll design circuits, model complete EV systems, and perform real-time simulations to analyze performance, efficiency, and control. Using industry-standard tools like MATLAB-Simulink, ANSYS Workbench (Electrical), and Proteus, you’ll gain the confidence to innovate in battery systems, converters, and EV control architectures.
MATLAB
Numeric computing for engineers
PROTEUS
Simulate circuits and microcontrollers
CORTEX
RM-based processor for embedded systems
QSS TOOLBOX
Simulates systems using quantization
SIMULINK
Graphical tool for system modeling
ANSYS
Engineering simulation for product design
SOLIDWORKS
3D CAD design and engineering software
AUTODESK
3D design for automotive styling
ALTAIR
Simulation-driven design and engineering tools
Key Hardware SKILLS DELIVERED
Learn by building
Every simulation, every circuit, and every analysis brings you one step closer to becoming an EV systems engineer.
Power Electronics Development
Power Electronics Development
Circuit and PCB Design
Circuit and PCB Design
Battery Pack Assembly
Battery Pack Assembly
MATLAB / Simulink Proficiency
New way to communicate with your team
Logic Circuitry
Streamline work with automation today.
Simulation and Modeling
Full platform of marketing,sales, other service.
Hardware Labs Access
Two-Wheeler Simulator & Test Bench
The 2 Wheeler Simulator & Testbench focuses on evaluating EV battery performance, including voltage, current, discharge profiles, and capacity testing under various load conditions. It also covers Battery Management System (BMS) testing and dynamic load analysis to optimize electric bike performance and safety.
LAB 1
Charging Station Simulator and Test Bench
The Charging Station Simulator and Test Bench covers experiments focusing on the efficiency, behavior, and safety features of EV charging systems. It includes the measurement of voltage, current, and power consumption during charging, and tests security features like RFID and OTP-based authentication. Key areas include energy efficiency analysis, protection unit testing, and charging behavior under different conditions
LAB 2
EV Retrofitment Solution
The EV Retrofitment Solution manual provides guidelines for converting internal combustion engine vehicles (ICE) to electric vehicles (EV). It includes tests for system functionality, battery management, performance optimization, and safety feature integration. The manual focuses on ensuring proper installation, verifying throttle, pedal assist, and battery management systems, and conducting performance tests under real-world conditions
LAB 3
Electronics & Embedded System Development KIT
The Electronics & Embedded Systems Development Kit is designed for hands-on learning with embedded systems and microcontrollers like Arduino and STM32. It covers key experiments like controlling LEDs, setting up Pulse Width Modulation (PWM) for dimming lights, serial communication, and sensor integration. Advanced projects include battery monitoring, motor control, and safety alert systems for electric vehicles.
LAB 4
EV In-house manufacturing & Development KIT
The EV In-house Manufacturing & Development KIT provides all the essential tools and components for building and prototyping electric vehicles, supporting the entire development process from concept to production. It includes equipment for battery monitoring, motor control, system integration, and real-time data analysis, ensuring seamless development for EV projects
LAB 5
Advanced Battery System KIT
The Advanced Battery System Kit is designed for developing, testing, and optimizing high-performance battery systems. It includes tools for monitoring battery health, managing thermal conditions, and ensuring efficient energy storage through load balancing circuits, thermal shutdown mechanisms, and Battery Management System (BMS) integration. This kit helps to extend battery lifespan and optimize charging cycles
LAB 6
Embedded DIY KITs
delivered at doorstep
- Receive a kit developed by DIYguru in collaboration with IIT Delhi, Tadpole Projects, and EVI Technologies.
- Enhance your learning with practical, hands-on experience.
- Tools included for building and testing EV components
TRUSTED BY MILLIONS OF DEVELOPERS & THOUSANDS OF ENTERPRISE TEAMS
World-class Industry Experts
Mentors & Industry Experts behind this Program
Our philosophy is simple — you get to have a team of diverse, passionate people who are willing to change the future of education in mobility industry and empowers you to do your best work.
Arindam Lahiri
CEO of the Automotive Skills Development Council (ASDC)
7,423
Students
Dr. Bijaya Ketan Panigrahi
Professor, Department of Electrical Engineering, Founder Head, Centre for Automotive Research and Tribology (CART), IIT Delhi
5,128
Students
Ramesh BS
Head of Academic Initiatives at Altair | Member ASME steering committee – MEED | OC Member – SAE TIFAN, SAE Baja
5,128
Students
Dr. Harpal Theti
Executive Dean- Corporate Relations & Campus Placements across 30+ Schools & 200+ Courses
1,000
Students
Dr Sugumaran Permul
CEO – JV Skills, DIYguru – Malaysia
7,423
Students
Anil Chhikara
CEO – Bluebolt Electric | Chairman, Startup India Foundation
7,423
Students
Abhishek Dwivedi
Co-Founder EVeez
7,423
Students
Buddha Chandrasekhar
Chief Coordinating Officer at AICTE, Ministry of Education, India
7,423
Students
Jawaad Khan
CEO & Founder – Tadpole Projects
7,423
Students
Rahul Soni
Project Incharge – EVI Technologies
7,423
Students
Chinmaya Chetan Biswal
BeepKart-2W | Spinny- 4W | Shuttl – EVs in Employee Logistics | MDI | TML
7,423
Students
Ankit Khatri
EIR – DIYguru | R&D Testing & validation Engineer at CREATARA | Ex- ICAT
7,423
Students
Certifications by
IIT Jammu, I3C–IIT Jammu, and DIYguru
DIYguru certifications validate hands-on competence in Electric Vehicle technology and digital engineering. Each program blends project-based learning with industry standards, ensuring graduates demonstrate real-world skills aligned with OEMs and Tier-1 suppliers.
Your career guaranteed by emobility.careers
DIYguru’s exclusive placement engine — connecting graduates with top recruiters in the EV and e-mobility ecosystem, ensuring every learner moves from classroom to career with confidence.
We’ve got you covered throughout your
EV learning journey
From fundamentals to full-stack Electric Vehicle engineering — DIYguru ensures every learner gains practical exposure, project validation, and placement guidance through hands-on industry integration.
Note – I3C–IIT Jammu or IIT Jammu does not, directly or indirectly, endorse or make any placement promises or guarantees associated with this program.
India’s E-Mobility Gold Rush
Your 2026 Guide to High-Paying Engineering Careers
The 2026 Market is Electric
140%
Projected Production Surge
Battery-powered passenger vehicles (YoY)
49%
Compound Annual Growth
Indian EV market CAGR (2022–2030)
5M+
New Direct Jobs
Projected by 2030
Top 5 High-Paying EV Careers for Experienced Professionals
Roles requiring 3–12+ years of experience command significantly higher compensation due to system-level ownership, safety accountability, and business impact.
Salary Showdown: Average Annual CTC (INR)
Autonomous Vehicle Software Engineer
₹10L – ₹22L+
Perception, ADAS, autonomy stacks for L2–L4 EVs.
AI / Deep Learning
Computer Vision
C++ / Python
ROS
EV Software & Embedded Systems Engineer
₹9L – ₹20L
Powertrain control, BMS firmware, vehicle networks.
Embedded C/C++
CAN / LIN
MATLAB
AUTOSAR
Battery Technology / BMS Engineer
₹8L – ₹18L
Cell selection, pack design, safety & validation.
Battery Chemistry
SOC / SOH
Thermal Mgmt
ISO 26262
EV Manufacturing & Production Manager
₹8L – ₹18L
Factory automation, yield, quality & throughput.
Lean Manufacturing
Six Sigma
Automation
Operations
Power Electronics Engineer
₹7.5L – ₹16L
Inverters, DC-DC, onboard chargers, HV safety.
Power Devices
Motor Control
High Voltage
SiC / GaN
How Salaries Grow With Experience in EV Roles
Indicative salary progression across core EV engineering roles in India.
0–2 Years (Entry)
₹3L – ₹8L
3–5 Years
₹8L – ₹12L
6–9 Years
₹12L – ₹18L
10–14+ Years
₹18L – ₹30L+
This infographic synthesizes insights from India’s E-Mobility Gold Rush (2025).
Crafted for engineers navigating the future of mobility in India.
Crafted for engineers navigating the future of mobility in India.
Career Opportunities
- Job Opportunities:
This program provides fresh graduates and working professionals with advanced skills to thrive in the EV, renewable energy, and automotive sectors. Graduates can begin in roles involving battery systems, power electronics, and infrastructure, while professionals can lead in technical management, R&D, and specialized energy solutions, making a tangible impact on EV and energy industries.
- Key Profiles:
- Power Electronics Engineer: Fresh graduates gain foundational skills in power electronics applications for EVs, while experienced professionals lead in designing energy conversion systems, optimizing efficiency, and implementing innovative power solutions for EV technology.
- Battery Management System (BMS) Engineer: Entry-level engineers handle battery monitoring and charge control, while professionals focus on BMS development, optimizing battery life, safety, and performance through innovative protection systems and battery diagnostics.
- Charging Infrastructure Specialist: Fresh graduates work on the setup and maintenance of EV charging solutions, while professionals specialize in designing fast-charging systems, managing grid integration, and expanding charging networks to support large-scale EV adoption.
- Powertrain Engineer: Freshers gain insights into powertrain components, while professionals manage energy transfer systems, enhancing EV efficiency and handling electric drivetrains, energy storage, and motor optimization.
- Electrical Systems Engineer (EV Focus): Entry-level roles support the integration of electrical systems, ensuring compatibility between EV components, while professionals lead in R&D for electrical architecture, reliability engineering, and multi-system integration.
- Grid Integration Engineer: Graduates start with supporting grid interaction projects, while experienced engineers focus on the interface between EVs and renewable power sources, working on projects that align EV technology with smart grid initiatives for energy storage and distribution.
- Job Opportunities:
This program offers comprehensive training in vehicle design, structural analysis, and component integration, equipping both new graduates and professionals with skills relevant to EV manufacturing and prototyping. Freshers often begin in design support roles, while professionals work in product development, system optimization, and advanced structural analysis.
- Key Profiles:
- Vehicle Design Engineer: Fresh graduates focus on layout and design basics, while experienced engineers lead end-to-end vehicle design, balancing aesthetics, aerodynamics, and component placement.
- Thermal Management Engineer: Entry-level roles assist in thermal systems, while professionals design advanced thermal management solutions for batteries, motors, and electronics, enhancing system efficiency and vehicle lifespan.
- Product Development Engineer: Graduates work on prototyping and testing, while professionals manage the product lifecycle, driving R&D, and coordinating teams to refine EV components and streamline production processes.
- Structural Analysis Engineer (ANSYS Specialist): Fresh graduates support simulations, while professionals handle advanced analyses, optimizing material selection, vehicle durability, and performance under dynamic conditions.
- Manufacturing Engineer: Entry-level engineers aid in EV assembly processes, while experienced professionals develop sustainable manufacturing strategies, optimizing assembly lines and quality control for mass production of EV components..
- Safety and Compliance Engineer: New engineers support regulatory compliance testing, while seasoned professionals lead in designing safety protocols, ensuring EVs meet industry standards for crashworthiness, material safety, and environmental compliance..
- Job Opportunities:
With a foundation in control systems, embedded systems, and circuit design, this program positions both new graduates and experienced electronics engineers to excel in the EV and automotive electronics sectors. Graduates can enter junior design roles, while professionals can drive advancements in embedded systems, IoT, and automation for EVs.
- Key Profiles:
- Embedded Systems Engineer: Fresh graduates gain hands-on experience with microcontrollers and sensor integration for EV applications, while professionals develop advanced control algorithms, improving energy efficiency and vehicle functionality.
- Motor Control Engineer: Entry-level engineers focus on motor fundamentals, while experienced professionals design complex control systems, enhancing motor performance, energy conservation, and reliability in EV applications.
- AUTOSAR Engineer: Fresh graduates learn standardized automotive software architecture, while experienced engineers ensure software interoperability, compliance, and modularity in large-scale EV projects.
- Circuit Design Engineer: Freshers work on circuit fundamentals, while professionals create advanced circuits for motor drives, BMS, power converters, and control systems, ensuring reliability under high-stress EV conditions.
- Telematics and IoT Specialist: New engineers work on foundational IoT for EVs, integrating basic telematics features, while professionals lead in data integration, vehicle connectivity, remote diagnostics, and advanced communication systems. .
- Signal Processing Engineer: Fresh graduates support data acquisition and processing for EVs, while professionals work on sensor fusion, algorithm development, and real-time data analysis, enhancing system responsiveness and vehicle safety..
- Job Opportunities:
The program opens a wealth of opportunities in vehicle dynamics, system integration, and sustainable automotive technologies for both fresh graduates and working professionals. Graduates enter junior roles in system design and support, while professionals drive innovation in electric powertrains, hydrogen fuel cells, and automotive software development.
- Key Profiles:
- EV Systems Engineer: Fresh graduates start with system integration, ensuring component compatibility, while experienced professionals manage complex multi-system integration, troubleshooting, and vehicle-wide reliability.
- Battery and Powertrain Engineer: Entry-level engineers learn the essentials of powertrain and battery systems, while seasoned professionals focus on energy optimization, designing EV systems for maximum range, and reducing overall vehicle weight.
- Hydrogen Fuel Cell Specialist: Fresh graduates assist in hydrogen system development, while professionals lead R&D in hybrid and fuel cell technologies, diversifying energy sources for electric vehicles.
- Control Systems Engineer (MATLAB-SIMULINK Specialist): Graduates begin by implementing control theories in MATLAB, while professionals design advanced control algorithms, using simulations to improve energy efficiency and vehicle performance.
- Advanced Driver Assistance Systems (ADAS) Engineer: Fresh graduates support the development of ADAS technology, while experienced engineers specialize in automation, designing and testing sensor-based safety and navigation systems for EVs. .
- Chassis and Suspension Engineer: Entry-level roles involve assisting in suspension system design, while experienced engineers handle advanced dynamics, designing lightweight, energy-efficient systems that improve vehicle handling and stability. .
- Vehicle Dynamics Specialist: Fresh graduates assist in testing vehicle dynamics, while professionals optimize driving comfort, stability, and safety, leveraging knowledge in mechanics, software, and embedded systems to enhance vehicle performance. .
What recruiters are saying
"DIYguru trained our teams at Bosch in 2019, right at the start of EV adoption in India, delivering far above our expectations. Since then, they have remained a trusted partner, supporting our employees with both LMS access and in-person training across EV domains."
Shashi Kumar R
Lead – Technical Competence Development, L & D Digitalization
4.9/5.0
★★★★★ Rated 5 out of 5
5
(Based on 3265 ratings)
What our learners say
Hear from teachers, trainers, and leaders in the learning space about how DIYguru empowers them to provide quality online learning experiences.
"At Infineon, my focus is on advancing power electronics for electric mobility. The training I undertook at DIYguru deepened my understanding of system-level applications and gave me frameworks I could directly connect to our innovation work."
5
Souvik Hazra
Senior Manager at Infineon Technologies
"The EV program at DIYguru strengthened my knowledge of control systems and their application in electric powertrains. It has been directly beneficial to my role at Cummins in advancing EV solutions."
3
Sharad Yeola
Application Controls Lead Cummins Inc.
"The EV Controls modules at DIYguru gave me clarity on inverter–motor interaction, torque control, and drive cycle efficiency. The structured projects mirrored real automotive use cases, which I could directly relate to my work at General Motors."
4
Mokarram Iqbal
Propulsion Controls at General Motors
"DIYguru’s EV program provided me with a clear understanding of emerging technologies and industry trends. It has been instrumental in shaping my research and strategy work at Suzuki in the electric mobility space."
5
Mrinal Kumar
Strategy Consultant & Research at Suzuki Motor Corporation
"In my work on EV battery management systems at Mercedes-Benz, I needed both depth in cell balancing strategies and clarity on integration concepts. The training at DIYguru addressed these areas with precision, adding real value to my R&D responsibilities."
3
Jagatjit Barik
Senior Research & Development Engineer- BMS (xEV) at Mercedes-Benz
"Working on electrified platforms in construction demands clarity on high-voltage safety, diagnostics, and drivetrain integration. The training at DIYguru helped bridge the gap between conventional machinery and emerging EV systems."
3
Washid Ali
Technical Information Specialist - Construction and Forestry Division- John Deere India Private Limited
"Working on EV integration projects at Hydro One required a solid understanding of charging infrastructure, grid load balancing, and V2G systems. The training I took from DIYguru bridged these areas with practical case studies, making it easier to translate concepts into real project execution."
3
Hashir Sher
Project Manager at Hydro One
"The EV Powertrain Integration Program at DIYguru provided me with deep insights into system-level design and practical integration. It has been highly valuable for my work in new product development at Exide"
3
Yash Anjne
Sr. Engineer - NPD at Exide Energy Solutions Ltd.
"The Solar Integrated EV program at DIYguru gave me a strong foundation in combining renewable energy with electric mobility. The concepts and practical insights have been directly useful in my engineering role at L&T Defence."
3
Raghavendra Mogaveera
Electrical Engineer at L&T DefenceStill have questions?
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Need to Know
Frequently Asked Questions.
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The DIYguru EV PG Program is a 1-year industry-integrated certification course designed to build expertise in EV design, battery technology, embedded systems, and powertrain engineering. It blends theory, simulation, and real hardware projects, co-developed with IIT Jammu, IIT Guwahati and Tata Technologies.
The program is open to: Engineering graduates in Mechanical, Electrical, Electronics, Mechatronics, or Automobile Engineering. Working professionals in automotive, manufacturing, or energy sectors seeking upskilling. Final-year students pursuing engineering or applied sciences. Diploma holders with relevant experience may also apply for lateral entry.
Learners receive a Joint Certification from DIYguru, NEAT AICTE & ASDC validating hands-on expertise in EV systems and digital engineering. The certificate is verifiable online and widely recognized by OEMs and Tier-1 suppliers.
The program runs for 12 months, divided into: 8 months of core technical training (simulation, modeling, hardware, embedded systems) 2 months of specialization & capstone projects 2 months of placement preparation, mock interviews & certification assessments
You will master key EV domains such as: EV architecture and powertrain systems Battery pack design, BMS, and thermal management Embedded system programming (STM32, ARM Cortex, AUTOSAR) Simulation using MATLAB, ANSYS, SolidWorks, LTSpice, and Vector Tools Charging systems and high-voltage safety protocols
Yes. DIYguru provides access to virtual and physical labs where students work on EV subsystems, BMS kits, motor controllers, and sensor-integrated circuits. You’ll also participate in hardware prototyping and real-time simulation exercises during the course.
Yes. DIYguru’s Career Support Cell provides: Resume and portfolio building Technical mock interviews Employer mapping and referrals to partner companies Access to exclusive placement drives with OEMs and startups in the EV sector
Graduates are placed in roles such as: EV Design Engineer / Battery Engineer Powertrain Simulation Engineer / BMS Developer Embedded Systems Engineer / Validation Engineer Charging Infrastructure Specialist EV Retrofit or Service Entrepreneur
Yes. The program is offered in a hybrid mode — with online learning via the DIYguru LMS and optional weekend lab sessions at partner centers. Flexible scheduling allows professionals to learn without leaving their jobs.
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DIYguru is India’s leading AICTE-approved platform, equipping engineers, graduates, and professionals with the future-ready skills needed in Electric Vehicles (EVs), Battery Technology, Solar Energy, Green Hydrogen, and Clean Mobility.
Whether you’re starting out or shifting your career toward sustainability — your journey begins here.
Why Choose DIYguru?
- AICTE-Approved Certifications
- Industry-Curated Courses (EV, Battery Design, Solar, Embedded Systems, BMS, MATLAB & more)
- Project-Based Learning using real case studies from Tesla, Tata Motors, Ather, and others
- Global Opportunities – Connect with 300+ hiring partners and international universities
- Work on Real-World Tools like MATLAB, SolidWorks, Python, Simulink, Ansys
Learn Skills That Matter
“We don’t just teach software. We teach you how to solve global problems.”
OR REACH US AT:
innovating mobility, creating futures.
DIYguru represents a dynamic and integral part of the e-mobility ecosystem, offering a comprehensive suite of services that encompasses R&D, training, hiring, and consulting.
The trusted emobility education, research & consulting firm providing expert guidance and personalized solutions to help clients unlock their full mobility potential.
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DIYGURU MOBILITY PVT. LTD. | CIN: U35999DL2021PTC390357 | DIPP164561 | GSTIN: 07AAICD9181A1ZP
DIYguru is an Equal Opportunity Employer. All qualified applicants will receive consideration for employment without regard to race, color, age, religion, gender, sexual orientation, gender identity or expression, national origin, disability, or any other characteristic protected under applicable laws in India. We are committed to fair and equitable hiring practices, and individuals with criminal histories will be considered in accordance with relevant local laws and regulations. In compliance with applicable transparency and disclosure regulations in India, we ensure that our employment practices uphold the highest standards of fairness and inclusivity. DIYguru is the global leader in Electric Vehicle (EV) training and certification, offering programs in battery technology, BMS, powertrain, charging systems, and sustainable mobility. Our courses are designed for students, engineers, and professionals aiming to upskill in EV design, manufacturing, service, and R&D.
