Build Your Career in Electric Mobility
NEAT-AICTE impanelled, ASDC-certified programs designed with industry partners for 100%+ placement outcomes
Showing 50 of 50 programs
M.Tech Program in Electric Vehicle Technology
UGC-recognized M.Tech degree with ADYPU — earn a full-time degree while working. Covers entire EV spectrum from battery to ADAS.
PG Certificate in EV & Embedded Systems Engineering
Flagship 12-month program with IIT Jammu triple certification, hardware kits, campus immersion, and 100% placement assistance.
Nanodegree: ADAS & AUTOSAR for Automotive & EV Systems
Specialize in ADAS sensor fusion, AUTOSAR architecture, and autonomous driving with IIT Jammu campus immersion.
Nanodegree: Embedded Systems Design & Development for EV
Master embedded systems with home-delivered hardware kit — Arduino to ARM Cortex, PCB design, and real-time OS.
Nanodegree: EV Automotive Design & Dynamic Analysis
Master SolidWorks, ANSYS, and Autodesk Alias for EV design, vehicle dynamics, and structural analysis.
Nanodegree: EV Design, Simulations & Analysis
Deep MATLAB, Simulink, and Simscape expertise for EV powertrain simulation with 134+ hours of content.
Nanodegree: Battery & BMS Design, Analysis & Simulation
Battery chemistry, BMS architecture, pack design, thermal management, and cell balancing with hands-on workshop.
Prof Cert: Embedded Systems for EV Engineering
Fast-track 3-month certification in ARM Cortex, microcontrollers, and EV embedded control systems.
Prof Cert: Battery Technology & Powertrain Engineering
Professional certification in battery chemistry, BMS fundamentals, and powertrain design combined.
Prof Cert: EV Design & Simulation Engineering
MATLAB, ANSYS, and SolidWorks certification for EV simulation and design professionals.
Prof Cert: Motor Drive Systems & Control Systems
EV motor design, power electronics, drive system optimization, and torque control strategies.
Prof Cert: Charging Technologies & Hydrogen Fuel Cell
EV charging infrastructure, EVSE standards, smart grid integration, and hydrogen fuel cell systems.
Prof Cert: EV Engineering (General)
Best starting certification for career switchers — covers all EV domains from industry ecosystem to advanced technical concepts.
Prof Cert: EV Automotive Design & Simulation
ANSYS, Autodesk Alias, and SolidWorks combined for automotive design and simulation engineering.
Prof Cert: EV Sales & Marketing
For sales professionals and MBA graduates entering the EV market — non-technical, business-focused certification.
EV Essentials 1: Industry Ecosystem & Battery Technology
Perfect first step into EV — explore the industry ecosystem, value chain, and battery technology basics.
EV Essentials 2: Motors, Electrification & Charging
Understand EV motors, electrification architectures, and charging systems — builds on EV Essentials 1.
EV Engineering Mastercourse: Powertrain, BMS & Standards
All-in-one foundation covering powertrain engineering, BMS design, charging standards, and safety protocols.
Battery & BMS Course
Free introductory course on battery management systems — cell chemistry, protection circuits, and balancing.
EV Battery Pack Design & BMS Protection Modeling
Hands-on battery pack design, BMS protection modeling, and thermal simulation techniques.
Advanced BMS and Modeling & Simulation for EVs
Advanced BMS architectures, state estimation algorithms, and MATLAB/Simulink simulation models.
Advanced EV: Numerical Analysis, HEVs & Heavy Vehicles
Numerical methods for HEVs, heavy vehicle electrification, and powertrain performance analysis.
Motor & Drive System for EVs: Design & Optimization
EV motor types, drive system design, torque-speed optimization, and power electronics fundamentals.
Advanced Powertrain Development for EVs
Advanced powertrain system development — drivetrain architectures, efficiency optimization, and NVH.
Electronics & Circuit Design for EV Applications
Circuit design principles for EV applications — power supplies, gate drivers, and protection circuits.
MATLAB-SIMULINK, QSS & Advisor Toolbox for EV Design
MATLAB/Simulink mastery with QSS Advisor Toolbox for EV design, modeling, and performance analysis.
Advanced EV Design & Simulation using MATLAB
Advanced MATLAB simulation — Simscape multi-domain modeling, control design, and system optimization.
2W & 4W EV Design with SolidWorks
SolidWorks for 2-wheeler and 4-wheeler EV design, 3D modeling, assemblies, and engineering drawings.
ANSYS: Fundamentals to Structural Analysis
ANSYS Workbench from basics to structural FEA — meshing, boundary conditions, and stress analysis for EV parts.
Advanced ANSYS for EV Engineering
Advanced ANSYS for EV-specific challenges — thermal, fatigue, modal analysis, and composite materials.
Autodesk Alias Certification
Automotive surface design and styling with Autodesk Alias — concept sketching to Class-A surfaces.
MSC Adams Multibody Dynamics
Multibody dynamics simulation with MSC Adams for suspension, drivetrain, and full-vehicle analysis.
CATIA V5 – 3D Modeling & Drafting
CATIA V5 fundamentals — part design, assembly modeling, and drafting for automotive applications.
Vehicle Dynamics Fundamentals
Tire mechanics, steering geometry, suspension kinematics, and ride/handling principles for EVs.
Advanced Vehicle Dynamics
Advanced ride handling analysis, lateral dynamics, stability control, and EV-specific weight distribution.
EV Technology & Business Management
Bridging EV technology with business — market analysis, dealership ops, and commercial strategy.
Advanced EV Charging Technology
Charging standards (CCS, CHAdeMO, GB/T), EVSE design, power electronics, and grid integration.
Solar Power Plant Design
Solar plant design for EV charging — PV sizing, inverter selection, grid-tied systems, and ROI analysis.
Hydrogen Fuel Cell Technology
PEM fuel cell design, hydrogen storage, balance of plant, and fuel cell vehicle architecture.
Embedded C, 8051, Arduino & Simulation
Embedded C programming, 8051 architecture, Arduino interfacing, and circuit simulation fundamentals.
STM32 & ARM Cortex-M Design
STM32 HAL programming, ARM Cortex-M architecture, GPIO, timers, ADC, and peripheral interfacing.
Advanced ARM Cortex Communication
CAN Bus, SPI, I2C, UART protocols for automotive ECU communication and real-time data exchange.
ADAS for Electric Vehicles
ADAS sensor technologies — RADAR, LIDAR, camera fusion, object detection, and lane-keeping algorithms.
AUTOSAR: Standards & Architecture
AUTOSAR Classic & Adaptive platforms, software architecture, BSW modules, and RTE configuration.
Advanced Control Systems (MATLAB)
PID tuning, state-space control, MPC, and advanced control strategies using MATLAB for EVs.
Certified Electric Vehicle Technician (CEVT)
Hands-on EV servicing, diagnostics, HV safety, and maintenance training. No degree required — ideal for ITI/Diploma holders.
2-Wheeler EV Workshop
5-day intensive workshop on 2W EV battery, motor, BMS diagnostics, troubleshooting, and test bench operations.
4-Wheeler EV Workshop
5-day workshop on 4W powertrain systems, high-voltage safety training, and CAN bus diagnostics.
Embedded Systems Workshop
6-day lab workshop — Arduino circuits, motor control, sensor interfacing, and basic IoT for automotive.
Advanced Embedded Workshop
Advanced STM32, RTOS, CAN/SPI communication, and IoT integration for automotive embedded systems.
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