Accelerate your automotive engineering career in Maharashtra's electric mobility capital. Master battery chemistry, Battery Management Systems (BMS), electric motor controllers, power electronics, and charging infrastructure through industry-vetted hybrid programs tailored for Pune's manufacturing corridor.
Curriculum mapped to AIS 038 Rev 2, AIS 156 Amd 3 & ISO 26262 functional safety.
Covers LFP/NMC cells, BMS firmware, PMSM drives, MATLAB simulation & fast charging.
Designed to supply skilled engineers to Tata Motors, Bajaj Chetak, Bharat Forge & Tier-1 OEMs.
Dedicated job assistance, resume workshops, interview coaching & technical test prep.
Understanding the geographic, industrial, and recruitment engine driving unprecedented demand for qualified electric vehicle engineers and technical specialists across Maharashtra.
For more than seven decades, the city of Pune and the surrounding Pimpri-Chinchwad municipal belt have earned global recognition as the "Detroit of India." As global transportation transitions toward electrification, Pune has naturally emerged as the primary research, testing, prototyping, and high-volume manufacturing epicenter for electric two-wheelers, three-wheelers, passenger cars, commercial buses, and battery energy storage systems (BESS).
Major original equipment manufacturers (OEMs) have anchored their electric mobility flagships directly in the Pune industrial corridor:
Tata Motors Passenger Electric Mobility (TPEM): Manufacturing India's best-selling Nexon EV, Punch EV, and Curvv EV at Pimpri. Alongside Mahindra & Mahindra, Force Motors, and Pinnacle Mobility (EKA) electric buses.
Bajaj Auto (Chetak Technology Ltd): State-of-the-art EV production facility in Akurdi and Waluj. Kinetic Green, Piaggio Vehicles in Baramati, and dozens of innovative Pune-based EV startups.
Bharat Forge (Kalyani Powertrain): World-class e-axles and motor drives. Supported by Dana Anand, Bosch, Valeo, Endurance Technologies, Flash Electronics, and Ficosa.
Despite the presence of prestigious engineering institutions across Pune and Maharashtra, traditional undergraduate engineering curricula (B.E. and B.Tech in Mechanical or Electrical Engineering) remain heavily focused on internal combustion engines, thermodynamic steam cycles, and traditional AC power grids.
As a result, automotive Tier-1 companies and EV startups in Pune face an acute talent shortage. They require engineers who possess specialized, industry-vetted competencies in:
Clear, honest guidance on how modern EV training programs are structured, and how learners in Pune can balance flexible study with rigorous hands-on technical immersion.
When searching for EV courses in Pune, prospective students encounter many confusing claims. At the Indian Institute of Solar Energy (IISE), we believe in absolute transparency:
This hybrid approach is specifically engineered to solve the real-world constraints of working engineers, polytechnic diploma holders, and college students residing in Pune, Pimpri-Chinchwad, and the industrial corridors of Chakan and Talegaon:
Live, instructor-led technical lectures conducted on weekends and evening schedules. Covers advanced physics, electrochemistry, BMS firmware architectures, power electronic topologies, MATLAB/Simulink powertrain simulations, and real-time Q&A with veteran automotive specialists.
Hands-on laboratory immersion where students handle physical battery cells, spot-weld battery modules, program and wire digital BMS boards, connect high-voltage contactors, measure motor dynamometer curves, and troubleshoot live CAN bus telemetry.
| Training Parameter | Generic Online MOOCs (Coursera / Udemy) | Traditional University M.Tech | IISE Hybrid Professional Diploma |
|---|---|---|---|
| Practical Lab Work | None (100% pre-recorded video watching) | Academic lab experiments (often outdated) | Direct Hands-on Contact Sessions with real battery packs & BMS |
| Industry Standards | Generic global concepts; zero Indian context | Theoretical textbook derivations | AIS 038 / AIS 156 Amd 3 & ISO 26262 functional safety |
| Schedule Flexibility | Self-paced (low completion rates < 10%) | Full-time mandatory physical attendance (2 Years) | Weekend / Evening Live Classes designed for working engineers |
| Simulation Software | Basic mathematical formulas | Academic campus licenses | MATLAB / Simulink / Simscape Model-Based Design projects |
| Placement & Career Cell | Zero placement support or resume reviews | General campus placement drives | Dedicated EV Placement Assistance, resume audits & mock technical interviews |
An in-depth technical analysis of the six mission-critical pillars powering modern electric vehicles—from electrochemical energy storage to high-voltage power electronics and communication protocols.
An electric vehicle is not merely an internal combustion engine vehicle with a battery swapped in; it is an entirely integrated, high-voltage electro-mechanical-computational ecosystem. To excel in the EV sector in Pune and across India, engineers must master the six interconnected layers of modern EV architecture:
The high-voltage traction battery pack accounts for 35% to 45% of total electric vehicle bill-of-materials (BOM) cost. Engineers must understand cell-level physics, cyclic degradation, open-circuit voltage (OCV) hysteresis, and internal impedance:
| Battery Chemistry | Nominal Cell Voltage | Energy Density (Wh/kg) | Cycle Life (80% DoD) | Thermal Runaway Threshold | Primary Automotive Applications in India |
|---|---|---|---|---|---|
| LFP (Lithium Iron Phosphate) | 3.2 V | 140 – 175 Wh/kg | 2,500 – 4,000+ cycles | ~270°C (Extremely Safe) | Tata Nexon EV / Punch EV, electric commercial buses, commercial 3-wheelers |
| NMC (Nickel Manganese Cobalt) | 3.6 – 3.7 V | 200 – 265 Wh/kg | 1,200 – 2,000 cycles | ~210°C (Requires Active Cooling) | High-performance electric passenger cars (Mahindra XUV400, Hyundai Ioniq 5), Ather 450X |
| NCA (Nickel Cobalt Aluminum) | 3.6 V | 240 – 300 Wh/kg | 1,000 – 1,500 cycles | ~150°C (Strict Thermal Management) | High-range luxury vehicles (Tesla 21700 cell formats) |
| LTO (Lithium Titanate) | 2.3 – 2.4 V | 80 – 110 Wh/kg | 15,000 – 25,000 cycles | >300°C (Ultra-Safe) | High-duty public transit buses, ultra-fast 10C flash-charging commercial fleets |
| Sodium-Ion (Na-Ion) | 3.0 – 3.1 V | 120 – 160 Wh/kg | 2,000 – 3,500 cycles | Zero-Volt Transportable | Next-generation affordable 2-wheelers and stationary ESS; zero reliance on lithium or cobalt |
Cell Formats Studied: Cylindrical (18650, 21700, 46800 tabless), Prismatic hard-case, and Pouch cells.
The BMS is the digital intelligence of the battery pack, orchestrating electrical safety, cell longevity, and power delivery:
The electric propulsion system transforms DC battery energy into mechanical torque across a wide operating envelope:
Energy conversion modules that regulate power between the high-voltage traction loop and low-voltage vehicle electronics:
Connecting electric vehicles to the electrical grid safely and intelligently:
Stringent statutory compliance frameworks enforced by the Ministry of Road Transport and Highways (MoRTH) and the Automotive Research Association of India (ARAI, headquartered in Pune):
Navigate the distinct tiers of electric vehicle education available to learners in Pune to choose the exact technical credential aligned with your academic background and career goals.
With the rapid growth of the electric mobility sector, training programs range from brief weekend overviews to rigorous 1-year postgraduate programs. Understanding these structural differences prevents learners from wasting time or financial resources on mismatched credentials:
| Course Category | Typical Duration | Minimum Eligibility | Core Focus & Technical Depth | Hands-on / Software Tools | Target Career Outcome |
|---|---|---|---|---|---|
| Short Modular Certificate | 1 to 3 Months (40 – 80 Hours) | 10th / 12th / ITI / Diploma | EV basic architecture, high-voltage safety precautions, battery swap procedures, routine maintenance. | Basic multi-meter testing, high-voltage PPE handling, diagnostic fault-code scanning. | EV Service Technician, Charging Station Attendant, Assembly Line Operator. |
| Professional Diploma in EV Technology | 6 Months (2 Semesters / 510 Hours) | Polytechnic Diploma (Mech/Elec/Auto) or B.Sc. / B.E. Students | Battery pack fabrication, spot-welding, BMS wiring, controller parameter tuning, wiring harness assembly, AIS 156 testing. | Battery pack assembly stations, cell capacity cyclers, digital oscilloscopes, insulation testers. | EV Testing Technician, Pack Assembly Lead, Quality Inspector, Junior EV Field Engineer. |
| Post Graduate (PG) Diploma in EV Technology | 1 Year (12 Months / 2 Semesters) | B.E. / B.Tech (Mech / Elec / Auto / EEE / ECE) or Working Engineers | Full EV engineering stack: electrochemical modeling, BMS firmware design, PMSM Field-Oriented Control, MATLAB/Simulink simulation, vehicle dynamics, homologation. | MATLAB/Simulink, Simscape Driveline, Altium Designer, CANoe/CANalyzer, Hardware-in-the-Loop (HIL) testing. | BMS Design Engineer, Powertrain Calibration Engineer, EV Systems Architect, Homologation Specialist. |
Explore the complete module-by-module syllabus of IISE's flagship electric mobility programs, designed in close consultation with automotive OEMs and tier-1 engineering leaders.
The premier 1-year postgraduate diploma designed for engineering graduates and automotive professionals transitioning into electric vehicle R&D, powertrain engineering, and battery software development.
History, well-to-wheel emissions, electrification roadmap in India, EV architectures (BEV, HEV, PHEV, FCEV), and comparison against conventional ICE powertrains.
FAME II / EMPS subsidy frameworks, PM E-DRIVE initiatives, state-level EV policies (Maharashtra EV Policy), battery recycling EPR rules, and manufacturing incentives.
Packaging constraints, chassis load distribution, high-voltage wiring harnesses, crash safety zones, fuse/relay protection, and low-voltage auxiliary sub-systems.
Aerodynamic drag, rolling resistance, grade resistance, tractive effort equations, acceleration performance modeling, and single-speed reduction gearboxes.
Lithium-ion chemistries (LFP, NMC, LTO), cell thermodynamics, C-rate performance, degradation curves, state-of-health tracking, and alternative sodium-ion tech.
Thevenin and Rint equivalent circuit modeling, open-circuit voltage (OCV) vs. SoC relationships, internal resistance (ESR) measurement, and electrochemical impedance spectroscopy.
Cell arrangement (Series/Parallel string sizing), busbar sizing, spot-welding parameters, structural enclosure design, IP67/IP69K sealing, and crashworthiness.
Automotive microcontrollers, Vehicle Control Units (VCU), hardware architectures, sensor interfaces (resolver, Hall, temperature, current shunt), and EMI/EMC compliance.
Building full-vehicle drive cycle simulations (WLTP, IDC, Modified Indian Driving Cycle), energy consumption modeling, and regenerative braking optimization.
AFE IC driver configuration, active/passive balancing logic, Extended Kalman Filter (EKF) SoC estimation, over-current/short-circuit protection, and contactor sequencing.
3-Phase inverters, Space Vector Modulation (SVPWM), Field-Oriented Control of PMSM/BLDC, Silicon Carbide (SiC) design, and high-voltage DC-DC buck/boost converters.
ARAI certification workflow, AIS 038 Rev 2, AIS 156 Amendment 3 compliance tests, thermal runaway warning protocol, and ISO 26262 functional safety ASIL mapping.
AC Type 2, CCS Type 2, CHAdeMO standards, On-Board Chargers (OBC), OCPP 1.6J/2.0.1 implementation, dynamic load balancing, and Vehicle-to-Grid (V2G) tech.
Controller Area Network (CAN 2.0B / CAN FD) message filtering, DBC file parsing, Unified Diagnostic Services (UDS / ISO 14229), and OBD-II trouble codes.
Total Cost of Ownership (TCO) modeling vs. diesel/petrol, Battery-as-a-Service (BaaS), battery swapping economics, and commercial fleet electrification viability.
Comprehensive real-world engineering project: designing, sizing, simulating, or fabricating an EV powertrain, battery pack, or BMS firmware prototype with technical defense.
A practice-intensive diploma engineered for polytechnic diploma holders, ITI technicians, and junior engineers targeting immediate operational roles in battery pack manufacturing, assembly lines, and diagnostic service centers.
Cell testing, internal resistance sorting, nickel strip spot welding, insulation barrier placement, busbar torque tightening, and battery enclosure assembly.
Connecting voltage sense harnesses, NTC temperature thermistors, shunt sensors, pre-charge resistors, main contactors, and programming over-voltage thresholds.
Wiring BLDC/PMSM motor controllers, Hall sensor calibration, throttle mapping, electronic braking setup, and dynamometer torque testing.
Using digital oscilloscopes, insulation resistance meggers (1000V rated), high-voltage PPE, reading OBD-II / CAN diagnostic trouble codes (DTCs), and resolving communication failures.
Mastering the exact digital simulation environments, software stacks, and laboratory testing instrumentation demanded by automotive Tier-1 companies and EV R&D centers.
Automotive employers in Pune and across India do not hire based on rote textbook definitions; they hire engineers who can demonstrate practical proficiency with industry-standard design tools and diagnostic instruments:
Tailored qualification mapping for mechanical, electrical, electronics, and automobile engineering graduates, polytechnic diploma holders, ITI technicians, and working automotive professionals.
One of the most common questions from prospective learners in Pune is: "My background is in mechanical engineering—am I eligible for an EV course?" or "I studied electrical engineering—can I understand vehicle dynamics?" The electric vehicle sector is inherently multidisciplinary. Here is how your academic background bridges into the EV ecosystem:
Existing Strengths: Solid mechanics, CAD modeling, machine design, structural analysis, thermal thermodynamics, and suspension kinematics.
Skills Gained in EV Course: Sizing electric powertrains, designing liquid cooling plates and thermal management systems, battery module crashworthiness packaging, gear reduction design, and regenerative braking dynamics.
Existing Strengths: Circuit analysis, power electronics, microcontrollers, electromagnetics, and control system fundamentals.
Skills Gained in EV Course: BMS hardware design, AFE driver programming, Field-Oriented Control (FOC) for PMSM motors, high-voltage contactor circuits, CAN bus telemetry, and charger power conversion.
Existing Strengths: Hands-on technical aptitude, electrical wiring, shop-floor assembly, component testing, and workshop safety.
Skills Gained in EV Course: Precision spot welding, battery module fabrication, BMS wire harness routing, high-voltage PPE safety protocols, diagnostic OBD-II fault scanning, and EV service operations.
Existing Strengths: Deep knowledge of OEM vehicle manufacturing, automotive quality standards (IATF 16949), supply chain dynamics, and testing protocols.
Skills Gained in EV Course: Rapid reskilling from internal combustion engines, turbochargers, and fuel systems to traction batteries, inverter power electronics, AIS 156 compliance, and electric vehicle fleet operations.
Explore the specialized engineering, design, testing, and service positions actively recruited by automotive OEMs, battery manufacturers, and EV startups in Pune and across India.
The transition to electric mobility has created brand-new engineering job classifications that did not exist a decade ago. Here are the premier career roles available to qualified EV graduates:
Responsible for designing BMS hardware architectures, configuring Analog Front End (AFE) ICs, writing embedded C firmware for cell balancing, and developing Kalman filter algorithms for accurate State of Charge (SoC) estimation.
High Demand in Pune Tech CentersModels electric motor efficiency maps, programs Field-Oriented Control (FOC) parameters on dynamometers, tunes throttle response, and optimizes regenerative braking energy capture across Indian driving cycles.
Core OEM Position (Tata / Bajaj / Mahindra)Executes 3D mechanical packaging of cylindrical and prismatic cells in CAD, models liquid cooling plate heat transfer, prevents cell-to-cell thermal propagation, and ensures IP67 ingress sealing.
Critical for Mechanical EngineersConducts mandatory regulatory tests under AIS 038 Rev 2 and AIS 156 Amendment 3, interfaces with certification agencies (ARAI, ICAT, CIRT), and validates ISO 26262 functional safety compliance.
Pune Certification Hub Fit (ARAI / CIRT)Plans commercial DC fast-charging station deployment, calculates transformer load capacities, configures OCPP 1.6J/2.0.1 cloud billing platforms, and manages grid interconnect approvals.
Fast-Growing Clean Energy RoleDeploys high-voltage diagnostic scanners, captures CAN bus message traffic, identifies faulty battery modules or inverter IGBTs, and leads battery warranty repair programs.
Ideal for Polytechnic & ITI GraduatesRealistic, verified Indian Rupee salary benchmarks across experience tiers and corporate employer categories in Pune, Bengaluru, and the national automotive corridor.
Due to the acute shortage of engineers possessing specialized electric powertrain, BMS, and high-voltage training, salary packages in the Indian EV domain significantly outpace traditional mechanical and automotive roles:
| Job Role | Entry-Level (0 – 2 Years) | Mid-Level (3 – 6 Years) | Senior Specialist (7 – 10+ Years) | Key Hiring Companies in Pune & India |
|---|---|---|---|---|
| BMS Firmware & Algorithm Engineer | ₹4.8 L – ₹7.5 L / yr | ₹8.5 L – ₹16.0 L / yr | ₹18.0 L – ₹32.0 L+ / yr | Tata Motors, Bosch Pune, Ather Energy, Ola Electric, KPIT Technologies |
| EV Powertrain & Calibration Engineer | ₹4.5 L – ₹7.0 L / yr | ₹8.0 L – ₹14.5 L / yr | ₹16.0 L – ₹28.0 L+ / yr | Bajaj Chetak Technology, Bharat Forge, Mahindra & Mahindra, Dana Anand |
| Battery Pack Mechanical / Thermal Engineer | ₹4.2 L – ₹6.5 L / yr | ₹7.5 L – ₹13.0 L / yr | ₹15.0 L – ₹25.0 L+ / yr | Tata AutoComp Systems, Flash Electronics, Exide Energy, Amara Raja |
| EV Systems Integration & Testing Specialist | ₹4.0 L – ₹6.2 L / yr | ₹7.0 L – ₹12.5 L / yr | ₹14.0 L – ₹24.0 L+ / yr | ARAI, Force Motors, Pinnacle Mobility (EKA), Valeo Pune |
| EV Charging Infrastructure Specialist | ₹3.8 L – ₹5.8 L / yr | ₹6.5 L – ₹11.5 L / yr | ₹13.0 L – ₹22.0 L+ / yr | Tata Power EV Charging, Jio-bp, Fortum, Statiq, Magenta Mobility |
| EV Diagnostic & Field Service Specialist | ₹3.2 L – ₹4.8 L / yr | ₹5.2 L – ₹8.5 L / yr | ₹9.5 L – ₹15.0 L+ / yr | Authorized OEM Dealerships, Commercial Fleet Operators, BluSmart |
An 8-point critical evaluation framework that every prospective student and working engineer must apply before committing time and tuition fees to any training institute.
With multiple private training centers, online edtech portals, and vocational institutes advertising EV programs, choosing the right training pathway can be daunting. Before enrolling, insist on getting verified answers to the following eight questions:
Many older courses still teach pre-2022 standards. Ensure the syllabus includes thermal propagation testing, IPX7 immersion requirements, and active safety disconnect protocols mandated by MoRTH.
A credible EV engineering course must teach you how to write code or build models (MATLAB/Simulink, CAN communication, AFE drivers) as well as how physical battery packs and busbars are fabricated.
Instructors must have hands-on experience designing production vehicles, troubleshooting battery thermal issues, or executing homologation testing at ARAI/ICAT.
Beware of 100% pre-recorded video courses that claim to make you an "EV Engineer." Employers test physical troubleshooting skills on battery cells, DSOs, and wiring harnesses.
Check if live classes occur on weekends or evenings, allowing engineers employed in Chakan, Bhosari, or Hinjawadi to upskill without having to take a leave of absence or quit their jobs.
Verify that the institute conducts resume reviews, technical interview coaching, and directly shares candidate profiles with hiring managers at OEMs and Tier-1 suppliers.
Request a complete written fee schedule upfront. Clarify whether application fees, examination fees, and practical contact sessions are bundled or billed separately.
Ensure the certification carries recognized institutional credibility that qualifies you for both private multinational OEM recruitment and government clean energy positions.
India's pioneer technical clean-technology training institute, bridging renewable power generation, energy storage, and electric mobility engineering.
Founded to empower individuals, communities, and businesses across India with industry-leading technical education, the Indian Institute of Solar Energy (IISE) has established itself as the trusted national benchmark in clean technology and green mobility training:
Over 10 years of pioneering technical diplomas in solar energy, battery storage, and electric mobility with alumni working across premier multinational energy and automotive corporations.
We teach the complete green energy loop—from solar PV power generation to grid integration, stationary battery storage (BESS), and electric vehicle smart charging.
Active recruitment networking, personalized resume reviews, technical interview preparation, and placement assistance across private OEMs and government nodal agencies.
IISE awards merit-based scholarships of up to 40% on program fees for candidates scoring 80% or higher in our online aptitude assessment. Reserved for the top 10 qualifying applicants per intake round.
To ensure world-class electric vehicle education is accessible to every deserving student and engineer, IISE offers interest-free easy monthly installments (EMI) across all diploma programs.
A step-by-step transparent walkthrough of enrollment phases, fee structures, scholarship criteria, and official payment methods for Indian and international candidates.
Submit your profile and academic background via the official IISE inquiry portal.
Discuss your career goals with an academic advisor to select the right diploma path.
Complete the online aptitude test (₹999 app fee) to qualify for admission & scholarships.
Shortlisted applicants receive a conditional admission offer letter via email.
Confirm seat with initial installment, access LMS study portal, and join live sessions.
| Program Name | Standard Course Fee | With Merit Scholarship (Up to 35% - 40%) | Application Fee | Installment (EMI) Option |
|---|---|---|---|---|
| PG Diploma in Electric Vehicle Technology (1 Year) | ₹1,59,999 | ₹99,999 (Save ₹60,000 for score >80%) | ₹999 (Indian) / $40 (Overseas) | Interest-free monthly installments available |
| Diploma in Electric Vehicle Technology (6 Months) | ₹65,000 – ₹75,000 | Merit concessions available upon evaluation | ₹999 (Indian) / $40 (Overseas) | Interest-free monthly installments available |
Authoritative answers to the most common queries asked by engineering students, polytechnic graduates, and working professionals evaluating EV training programs in Pune and across India.
For graduate mechanical and automobile engineers, the 1-Year PG Diploma in Electric Vehicle Technology is the most advantageous pathway. It allows mechanical engineers to leverage their foundational strengths in thermodynamics, solid mechanics, and CAD design while bridging the critical knowledge gap in battery electrochemistry, thermal management systems (chiller plates and liquid cooling circuits), battery pack structural crashworthiness packaging, gear reduction sizing, and regenerative braking dynamics. This positions mechanical engineers directly for high-paying battery pack design and vehicle integration roles at OEMs like Tata Motors and Bajaj Auto.
No, and we are completely transparent about this fact. The Indian Institute of Solar Energy (IISE) delivers its specialized programs through an advanced Hybrid Learning Model. Pune learners, working professionals, and engineering students participate in live, interactive virtual lectures conducted on weekends/evenings, combined with dedicated, intensive hands-on practical training contact workshops. This structure ensures that engineers working in Pune’s industrial corridors (Chakan, Bhosari, Talegaon) can upskill without having to take leaves of absence, quit their jobs, or relocate.
Yes, exceptionally so. Electrical, Electronics (EEE/ECE), and Mechatronics freshers represent the most recruited profiles in the EV sector. The electric powertrain is heavily driven by power electronics, embedded firmware, Analog Front End (AFE) ICs, and CAN bus telemetry. Freshers who complete specialized training in BMS firmware algorithms, Field-Oriented Control (FOC) for PMSM motors, and MATLAB/Simulink modeling frequently secure entry-level R&D positions offering starting packages of ₹4.8 Lakh to ₹7.5 Lakh per annum.
The standard program fee for the 1-Year PG Diploma in Electric Vehicle Technology at IISE is ₹1,59,999. However, IISE provides merit scholarships of up to 35% – 40% (reducing total fees to ₹99,999) for the top 10 qualifying applicants who score above 80% in the online screening assessment during the first phase of admissions. The 6-Month Diploma in EV Technology ranges between ₹65,000 and ₹75,000. Interest-free easy monthly installments (EMI) are also provided to ensure affordability.
A Diploma in EV Technology (6 months / 510 hours) is a technical, vocational qualification designed for polytechnic diploma holders, ITI technicians, and junior engineers focused on hands-on battery pack assembly, spot welding, BMS wiring, controller parameter tuning, and workshop service diagnostics. A PG Diploma in Electric Vehicle Technology (1 year / 12 months) is a postgraduate engineering specialization requiring a bachelor’s degree in engineering; it covers advanced mathematical simulation, MATLAB/Simulink drive cycle modeling, BMS firmware algorithms, motor control (FOC), and statutory homologation (AIS 038/156).
Prior coding experience is helpful but not mandatory. IISE's curriculum begins with foundational programming principles for embedded microcontrollers and graphical block-diagram modeling in MATLAB/Simulink. Our faculty guides students step-by-step through configuring AFE registers, setting up state machines, and building Coulomb counting / Kalman filter algorithms from scratch.
Yes. More than 45% of our learners are working automotive and mechanical engineers employed in manufacturing plants across Chakan, Bhosari, Talegaon, and Pune. All live interactive virtual lectures are held on Saturdays and Sundays with recorded lecture archives accessible 24/7 on our Learning Management System (LMS) for revision.
Practical immersion includes: (1) Battery cell internal resistance sorting and automated CC-CV charge/discharge cycling; (2) Precision spot-welding of cylindrical cells into multi-series modules; (3) Wiring voltage sense harnesses and programming digital BMS protection parameters; (4) Measuring inverter PWM waveforms and dead-time on digital storage oscilloscopes (DSOs); (5) Wiring PMSM/BLDC motor controllers and tuning throttle maps; and (6) Troubleshooting live CAN bus communication packets using diagnostic sniffing tools.
For the PG Diploma in EV Technology: Bachelor's degree in engineering (B.E. / B.Tech) in Mechanical, Electrical, Electronics, Automobile, Mechatronics, or allied branches; or M.Sc. in Physics/Electronics. Final-year degree students are also eligible to apply. For the Diploma in EV Technology: Polytechnic Diploma in engineering, B.Sc., or ITI certificate with technical experience.
IISE maintains a dedicated Job Placement Assistance Cell that bridges students directly with hiring managers across Pune's automotive belt, Bengaluru, Chennai, and Delhi-NCR. We provide resume modernization (highlighting verified simulation and BMS project competencies), LinkedIn technical portfolio audits, technical test preparation, and mock interviews with senior industry specialists.
Yes. Polytechnic diploma and ITI certificate holders are ideally suited for the Diploma in EV Technology (6 Months). This course focuses on practical shop-floor competencies: battery module welding, pack wiring harnesses, BMS integration, high-voltage safety PPE, and vehicle maintenance, qualifying graduates for roles as EV assembly line technicians, test bench operators, and service leads.
The battery pack is the most safety-critical and expensive sub-system in an electric vehicle. A poorly calibrated BMS can result in catastrophic thermal runaway fires, accelerated cell degradation, or inaccurate range readouts. Following MoRTH's mandatory AIS 156 Amendment 3 regulations, OEMs are legally required to integrate advanced thermal runaway detection and audio/visual alarm warnings. Engineers who know how to design and validate compliant BMS firmware are among the most sought-after professionals in the country.
Students receive practical training in industry-standard software packages including: MATLAB & Simulink (powertrain drive cycle and energy modeling), Simscape Driveline / Electrical (physical motor drive modeling), Altium Designer / KiCAD (BMS schematic capture and PCB design), SolidWorks / CATIA (mechanical packaging of battery enclosures), and CANoe / CANalyzer / BusMaster (CAN bus telemetry parsing).
Yes. Entrepreneurial development is a core focus of IISE programs. The curriculum covers business models, battery pack assembly costing, supply chain sourcing of cells and AFEs, ARAI homologation testing procedures, EV charging station deployment economics, and central/state subsidy schemes (such as the Maharashtra EV Policy incentives). Multiple IISE alumni have launched custom battery pack fabrication units and commercial charging networks across India.
To apply for the merit scholarship (up to 40% fee reduction), submit your course application and pay the ₹999 application fee before the Phase 1 deadline. You will receive an access link to the online aptitude examination. Candidates scoring 80% or higher are shortlisted for scholarship allocation on a first-come, first-served basis. Interest-free EMI plans can be selected upon receiving your conditional admission offer letter.
Join India's premier technical institute in clean mobility engineering. Gain the hands-on BMS, battery technology, motor drive, and simulation skills required by leading automotive OEMs across Pune and Maharashtra.
Authored by: IISE Technical Education & Electric Mobility Editorial Board in collaboration with automotive powertrain specialists and clean energy researchers.
Regulatory & Standards References: Technical specifications and regulatory safety testing frameworks referenced throughout this guide comply with published statutory notifications from the Ministry of Road Transport & Highways (MoRTH), Automotive Research Association of India (ARAI) standard AIS 038 (Rev 2), AIS 156 (Amendment 3), Central Electricity Authority (CEA) Technical Standards, and ISO 26262 Road Vehicles Functional Safety standards.
Institutional Accuracy Notice: Program details, module specifications, seat allocations, and fee schedules reflect the active 2026-27 academic catalog of the Indian Institute of Solar Energy (IISE). IISE reserves the right to modify syllabi as required to maintain alignment with technological developments in the electric vehicle and green energy industries.