PG Program in Electric Vehicle: DIYguru PG Certificate & M.Tech Guide

India’s roads are electrifying quickly, and the hiring market is changing with them. A PG program in electric vehicle engineering has become one of the more practical ways for engineers to move into this sector, whether they are fresh graduates, mechanical engineers from the internal-combustion world, or electronics professionals looking for a new field. DIYguru, an EV training platform with its corporate office in Noida, offers two postgraduate routes: a 12-month PG Certificate in EV & Embedded Systems Engineering and a university PGD / M.Tech in Electric Vehicle Technology.

This guide explains what each program covers, who can apply, how they differ, and what to check before you commit. Everything below is drawn from DIYguru’s published program pages, so confirm fees and dates with the admissions team before you apply.

Why Choose a PG Program in Electric Vehicle Technology Now?

According to figures cited on DIYguru’s program pages, India recorded over 2.3 million EV sales in 2025, roughly 8% of all new vehicle registrations, with the Vahan portal named as the source. You can check live registration data on the government’s Vahan dashboard. The same pages note that the EV ecosystem raised more than $1.4 billion in funding in 2025, and they cite a Government of India and NITI Aayog target of 30% EV penetration by 2030.

Growth like this creates a skills gap. A conventional B.Tech teaches thermodynamics, machine design and control theory, but rarely covers battery management systems, motor control, AUTOSAR or charging standards in depth. Employers therefore look for engineers who can show hands-on exposure, not only coursework. A well-designed PG program in electric vehicle engineering aims to close that gap through three things: structured depth in the core domains, practical lab or hardware work, and a credential that employers recognise.

The domains in demand typically include:

• Battery pack design and BMS algorithms
• Motor drives and power electronics
• Embedded software and vehicle communication (CAN, AUTOSAR)
• Simulation using MATLAB and Simulink
• Charging infrastructure and grid integration
• Functional safety and homologation

Both DIYguru programs are built around these areas.

Skills a PG Program in Electric Vehicle Engineering Should Teach

Not every course that uses the label delivers the same value, so it helps to know what a strong curriculum looks like. At minimum, a postgraduate EV course should teach you to model a vehicle before you build it, using MATLAB and Simulink to estimate range, battery sizing and drive-cycle energy use. It should give you real hardware time, such as a microcontroller board, a BMS unit or a charger testbench, because debugging a live CAN bus teaches lessons that slides cannot. It should cover safety and standards, including high-voltage handling and functional safety, since these shape every design decision in the industry. Finally, it should end with a project you can show an interviewer.

DIYguru’s published curricula address each of those points: simulation with MATLAB and Simulink, embedded hardware through an STM32 kit and workshops, standards such as AIS 038, AIS 156 and ISO 26262, and capstone or research projects. The M.Tech adds research depth, while the certificate adds a longer schedule of hardware workshops. As with any course, the final value depends on how much practical work you complete yourself.

DIYguru PG Programs at a Glance

PG Certificate in EV & Embedded Systems Engineering

DIYguru’s flagship postgraduate course is the PG Certificate in EV & Embedded Systems Engineering. It is a 12-month hybrid program developed with i3C at IIT Jammu and carries NEAT AICTE and ASDC certification alongside the IIT Jammu certificate.

What the program includes

DIYguru lists 350+ hours of live and recorded training, 15+ industry projects, and a home-delivered embedded hardware kit based on an ARM Cortex STM32 board with sensors and actuators for more than twelve guided experiments. Participants also get access to industry tools such as MATLAB, Simulink, ANSYS and SolidWorks, plus lifetime access to recordings. A campus immersion at IIT Jammu is a mandatory part of the program.

Curriculum

The curriculum spans fourteen modules:

1. EV engineering fundamentals, including architecture, drivetrain types and Indian standards such as AIS 038 and AIS 156
2. Battery systems and BMS, covering cell chemistry, pack design, balancing and SoC/SoH estimation
3. Powertrain technology and regenerative braking
4. Motor drive systems, including BLDC, PMSM and induction motors with FOC control
5. Charging technology and EVSE, including CCS, CHAdeMO, Type 2 and V2G
6. Hydrogen fuel cell systems
7. MATLAB-based simulation
8. 3D design and FEA with SolidWorks and ANSYS
9. Embedded systems fundamentals
10. Advanced embedded systems with STM32, CAN, RTOS and HIL/SIL
11. ADAS, including sensor fusion and ISO 26262 functional safety
12. AUTOSAR architecture
13. Control systems
14. Industry projects and portfolio building

If you want to sample one of these areas first, DIYguru’s 6-month specialisations, such as the Nanodegree in Embedded Systems of Electric Vehicles or the Battery & BMS Nanodegree, cover single domains in more depth.

Hands-on workshops

Practical training includes a five-day 2-wheeler EV workshop, a five-day 4-wheeler workshop, six-day embedded systems workshops at both foundation and advanced levels, and an EVSE charging workshop.

Eligibility

The program accepts B.E./B.Tech graduates from any branch, B.Sc. graduates in physics, electronics or computer science, final-year students on provisional admission, diploma holders with at least three years of relevant experience, and working professionals. No prior EV experience is required.

PGD / M.Tech in Electric Vehicle Technology

The second route is the PGD / M.Tech in Electric Vehicle Technology, a joint program with Ajeenkya DY Patil University in Pune. DIYguru acts as the implementation partner, providing content, industry input and access to hands-on labs.

The dual-exit structure

The defining feature is flexibility. After two semesters and 40 credits you earn a PG Diploma. If you continue through four semesters and 80 credits, you earn the M.Tech degree, and your diploma credits transfer in full. This suits working professionals who want a university credential quickly but may not yet be ready to commit to two years.

Semester-by-semester content

• Semester 1: Electric and hybrid vehicles, vehicle dynamics, power electronics, battery management systems, embedded systems, MATLAB modelling and SolidWorks
• Semester 2: AUTOSAR, advanced powertrain development, battery pack design, charging infrastructure, hydrogen fuel cell vehicles, and electives in ANSYS or Altair and in EV business or R&D
• Semester 3: Data analytics for EV systems, sensors and actuators, PCB design with Altium, 2-wheeler EV manufacturing, FEA with Abaqus and the first research project
• Semester 4: Automotive cybersecurity, 4-wheeler design and development, a major thesis and industrial training

Learning format

The program lists more than 1,200 hours of learning, including over 500 hours of live online classes, with a weekly commitment of about twenty hours. Hands-on lab work takes place at Centre of Excellence locations in Delhi, Pune and Bangalore, and each student works with a project supervisor on research. Applicants need a B.Tech or M.Sc. degree.

PG Certificate vs M.Tech: How to Choose

The right choice depends on your goal rather than on which program sounds bigger.

Choose the PG Certificate if you want broad, cross-domain EV skills in twelve months, value the embedded hardware kit and the IIT Jammu collaboration, and care more about job-ready skills than a degree title.

Choose the PGD / M.Tech if you want a recognised university degree, are interested in research or a thesis, or may later pursue further academic study. The PG Diploma exit gives you a safe first step.

A few practical questions can help you decide:

• Do you need a degree for your target employer or for future study abroad? If yes, the M.Tech route is more suitable.
• Are you moving from mechanical or ICE work and need fundamentals plus electronics? The PG Certificate starts from the basics.
• Can you travel for lab sessions or campus immersion? Both programs have an in-person component.

DIYguru’s free Course Advisor Tool can also suggest a program based on your background.

Career Outcomes After a PG Program in EV Engineering

DIYguru’s program pages list roles such as EV design engineer, battery and BMS engineer, embedded systems engineer, powertrain engineer, ADAS and AUTOSAR engineer, simulation engineer, charging infrastructure engineer and R&D engineer. Indicative salary ranges published on the PG Certificate page run from about ₹3-8 lakh per annum for freshers, rising with experience, and the M.Tech page lists higher bands for roles such as automotive cybersecurity and project management. These are indicative figures, not guarantees; actual pay depends on employer, city, skill depth and interview performance.

Support services include resume and LinkedIn review, mock interviews and access to the emobility.careers job portal. You can see DIYguru’s hiring figures on its placements page and use the EV Salary Estimator to compare ranges for specific roles.

Admission Process and Fees

Both PG programs follow a similar flow: check eligibility, submit an application and pay the registration or application fee, complete document verification, attend a counselling or screening call, and choose a payment plan. EMI and instalment options are mentioned for both programs.

Fees: the M.Tech page lists ₹50,000 per semester (₹1,00,000 for the PG Diploma and ₹2,00,000 for the M.Tech). For the PG Certificate, DIYguru’s own site currently shows different figures on two pages, so ask the admissions team for the current fee in writing. See the fee structure page, the scholarships page and the DET entrance test, which DIYguru links to scholarships of up to ₹25,000.

Is a PG Program in Electric Vehicle Engineering Worth It?

It depends on your starting point. If you are a fresher with a B.Tech and no EV exposure, a structured postgraduate course can give you portfolio projects and vocabulary that a campus placement drive rarely tests. If you already work in automotive, a PG program in electric vehicle technology can formalise a career switch and fill gaps in battery or embedded knowledge. If you only need one narrow skill, such as BMS, a shorter specialisation may be cheaper and faster. Weigh the fee against realistic salary ranges, not the highest numbers quoted in brochures, and talk to alumni where you can.

What to Check Before You Enrol

Whichever postgraduate course you consider, do some due diligence:

• Certificate details: Ask exactly which body issues the certificate and what it is called. A “PG Certificate” from a training provider is different from a university degree.
• Recognition: Verify NEAT and AICTE claims on the official AICTE website and confirm ASDC status at asdc.org.in.
• Partner confirmation: Confirm the collaboration directly with IIT Jammu or ADYPU.
• Hidden costs: Travel and accommodation for campus immersion are usually the student’s responsibility.
• Placement data: Request program-wise outcomes, not only general statistics.

Frequently Asked Questions

What is a PG program in electric vehicle technology? It is a postgraduate-level course covering EV systems such as batteries, motors, power electronics, embedded software and charging, designed for graduates who want specialised EV skills.

How long is a PG program in electric vehicle engineering at DIYguru? The PG Certificate runs for 12 months. The PGD / M.Tech takes 12 months for the diploma or 24 months for the full degree, with credits carrying over between the two.

Can working professionals join DIYguru’s PG program? Yes. Both programs are hybrid, with live online sessions, recorded content and scheduled in-person components. Plan for roughly eight to twenty hours of study per week.

Do I need an EV background to apply? No. The PG Certificate is designed for beginners, and the M.Tech accepts B.Tech and M.Sc. graduates from varied disciplines.

Which is better, PG Certificate or M.Tech? Neither is universally better. Pick the certificate for speed and breadth, the M.Tech for a degree and research depth.

Is placement guaranteed? Treat any placement as support, not a guarantee. DIYguru offers career services, but outcomes depend on your skills and the market.

Conclusion

A PG program in electric vehicle engineering can be a strong move if you want a structured, hands-on route into India’s EV industry. DIYguru’s PG Certificate suits learners who want breadth and speed, while its PGD / M.Tech suits those who want a university credential with a research component. Compare both, verify the details above, and speak with an advisor before you commit. When you are ready, explore the PG Certificate, the M.Tech program or the application page.