IEEE 2026 Electric Vehicle Final Year Projects for EEE, ECE, Mechanical, BE, BTech & MTech Students in Bangalore
Electric mobility is one of the fastest-growing engineering domains, and our electric vehicle final year projects are built directly from IEEE 2025–2026 publications so your EV project reflects the most current research in motor drives, battery management and smart charging. Whether you need an electric vehicle mini project for a semester submission or a research-grade electric vehicle major project for your MTech thesis, our team delivers complete EV projects with source code, simulation models, circuit schematics, IEEE base paper mapping, a university-format report and full viva preparation.
We support electric vehicle projects for EEE, electric vehicle projects for ECE and electric vehicle projects for mechanical students alike — from power-electronics-heavy BLDC motor projects and PMSM motor drive projects, to embedded-systems-heavy battery management system projects and BMS projects, to thermal/mechanical-heavy battery thermal management projects. Every topic below can be scaled as an electric vehicle mini project (simulation-only) or an electric vehicle major project (simulation + working hardware prototype).
Popular Search Areas Covered
- BLDC motor projects & PMSM motor drive projects
- Battery management system projects & BMS projects
- Lithium ion battery projects & state of health battery projects
- Regenerative braking projects
- EV charging station projects & fast charging projects
- Wireless EV charging projects
- Solar EV charging projects
- Vehicle to grid projects (V2G projects)
- EV thermal management projects & battery thermal management projects
- EV range estimation projects & state of charge estimation projects
- Machine learning EV battery projects & deep learning EV projects
- Hybrid electric vehicle projects (HEV projects)
- Electric scooter projects & electric bike projects
- EV motor controller projects & EV fault detection projects
- Electric vehicle simulation projects in MATLAB / Simulink
- EV powertrain projects & electric vehicle motor control projects
Tools & Technologies Used in Electric Vehicle Final Year Projects
MATLAB
Simulink
PSIM
PLECS
ANSYS Maxwell
ANSYS Fluent (Thermal)
Arduino
STM32
ESP32
Python 3.x
Scikit-Learn
TensorFlow / Keras
LTspice
Proteus
CAN Bus
BMS ICs (BQ76920/40)
MPPT Solar Charge Controller
KiCad / Eagle PCB
Core Engineering Techniques Used in Electric Vehicle Final Year Projects
Field-Oriented Control
Sensorless BLDC/PMSM vector control
Cell Balancing
Active & passive Li-ion pack balancing
Regenerative Energy Recovery
Braking-torque to battery energy feedback
Bidirectional Converter Design
DC fast-charging & V2G power flow
Inductive Power Transfer
Coil-coupled wireless charging design
MPPT Tracking
Solar charging maximum power point control
Grid Power Flow Control
V2G/G2V bidirectional energy scheduling
Battery Thermal Modelling
Liquid/air cooling CFD-electrochemical coupling
Kalman Filter SoC Estimation
State-of-Charge / State-of-Health tracking
ML-Based Fault Diagnosis
Anomaly detection in motor/battery signals
CAN Bus Telemetry
Real-time EV powertrain data logging
Energy Management Strategy
HEV power-split optimisation & RL control
25+ IEEE 2026 Electric Vehicle Project Topics
Browse all electric vehicle project ideas by domain — each topic includes IEEE base paper, MATLAB/Simulink or Python source code, circuit schematics where applicable, architecture diagram, university-format report, PPT and viva support. Covering electric vehicle mini projects, electric vehicle major projects and EV research projects for EEE, ECE, Mechanical, BE, BTech and MTech students in Bangalore.
EV Motor & Drive Control Projects
BLDC motor projects, PMSM motor drive projects, electric vehicle motor control projects, EV motor controller projects
| # | Electric Vehicle Project Title | Tools / Platform | Technique |
|---|---|---|---|
| 01 | Sensorless Field-Oriented Control of BLDC Motor Drive for Electric Two-Wheelers | MATLAB Simulink · PSIM | Back-EMF Based Sensorless FOC |
| 02 | Design and Simulation of PMSM Motor Drive for Electric Vehicle Powertrain Using Space Vector PWM | MATLAB Simulink · ANSYS Maxwell | Space Vector PWM Control |
| 03 | Direct Torque Control of Induction Motor for Electric Vehicle Traction Applications | MATLAB Simulink · PSIM | Direct Torque Control (DTC) |
| 04 | Hardware Prototype of BLDC Motor Controller for Electric Bike Using STM32 | STM32 · Proteus · BLDC Hub Motor | PWM Commutation + Hall Sensor Feedback |
Battery Management System (BMS) Projects
Battery management system projects, BMS projects, lithium ion battery projects, state of health battery projects
| # | Electric Vehicle Project Title | Tools / Platform | Technique |
|---|---|---|---|
| 05 | Active Cell Balancing Battery Management System for Lithium-Ion EV Battery Pack | STM32 · BQ76940 · MATLAB | Active Charge-Shuttling Balancing |
| 06 | Embedded BMS with Overcharge, Over-Discharge and Thermal Runaway Protection for EV Battery Pack | Arduino · BQ76920 · Python | Multi-Layer Protection Circuit Design |
| 07 | Extended Kalman Filter Based State-of-Charge Estimation for Lithium-Ion EV Batteries | MATLAB · Python · NASA Battery Dataset | Extended Kalman Filter (EKF) SoC Estimation |
| 08 | Equivalent Circuit Model Based State-of-Health Prediction for Aging EV Battery Cells | MATLAB Simulink · Python | Thevenin ECM + Capacity Fade Modelling |
Regenerative Braking Projects
Regenerative braking projects, energy recovery control, brake-by-wire EV systems
| # | Electric Vehicle Project Title | Tools / Platform | Technique |
|---|---|---|---|
| 09 | Fuzzy Logic Based Regenerative Braking Energy Recovery Control for Electric Vehicles | MATLAB Simulink · Fuzzy Toolbox | Fuzzy Brake-Force Distribution Control |
| 10 | Coordinated Regenerative and Friction Braking Control Strategy for Improved EV Range | MATLAB Simulink · PSIM | Hybrid Braking Torque Blending Algorithm |
| 11 | Hardware Implementation of Regenerative Braking Circuit for Electric Scooter Using Boost Converter | Arduino · LTspice · BLDC Hub Motor | Synchronous Boost Converter Energy Feedback |
EV Charging Infrastructure & Fast Charging Projects
EV charging station projects, fast charging projects, EV powertrain charging architecture
| # | Electric Vehicle Project Title | Tools / Platform | Technique |
|---|---|---|---|
| 12 | Design of Bidirectional DC Fast Charging Converter for Electric Vehicle Charging Stations | MATLAB Simulink · PSIM | Bidirectional Dual Active Bridge Converter |
| 13 | Smart EV Charging Station Load Scheduling to Minimize Grid Peak Demand | Python · MATLAB · Optimization Toolbox | Mixed-Integer Linear Programming Scheduling |
| 14 | IoT-Enabled EV Charging Station with Real-Time Slot Booking and Billing System | ESP32 · Python · Firebase | IoT Cloud Monitoring + RFID Authentication |
| 15 | Multi-Port EV Fast Charger Architecture with Independent Power Sharing Control | PLECS · MATLAB Simulink | Droop-Based Power Sharing Control |
Wireless EV Charging Projects
Wireless EV charging projects, inductive power transfer, dynamic charging on the move
| # | Electric Vehicle Project Title | Tools / Platform | Technique |
|---|---|---|---|
| 16 | Design and Simulation of Inductive Wireless Power Transfer System for Stationary EV Charging | MATLAB Simulink · ANSYS Maxwell | Resonant Inductive Coupling (LCC-LCC) |
| 17 | Misalignment-Tolerant Coil Design for Wireless EV Charging Pad Using Finite Element Analysis | ANSYS Maxwell · MATLAB | Coil Geometry Optimization for Coupling Efficiency |
| 18 | Dynamic Wireless Charging Lane Power Control for Electric Vehicles in Motion | MATLAB Simulink · PSIM | Segmented Coil Switching Control |
Solar EV Charging Projects
Solar EV charging projects, MPPT-based renewable charging, solar carport for EV
| # | Electric Vehicle Project Title | Tools / Platform | Technique |
|---|---|---|---|
| 19 | Solar Powered EV Charging Station with MPPT Controller and Battery Storage Backup | MATLAB Simulink · Arduino · MPPT Module | Perturb & Observe MPPT Algorithm |
| 20 | Hybrid Solar-Grid EV Charging System with Intelligent Source Selection Controller | MATLAB Simulink · ESP32 | Priority-Based Source Switching Logic |
Vehicle-to-Grid (V2G) Projects
Vehicle to grid projects, V2G projects, bidirectional power flow for grid support
| # | Electric Vehicle Project Title | Tools / Platform | Technique |
|---|---|---|---|
| 21 | Vehicle-to-Grid (V2G) Bidirectional Power Flow Control for Peak Load Shaving | MATLAB Simulink · PLECS | Bidirectional AC-DC Converter Control |
| 22 | Optimal V2G Scheduling Algorithm for EV Fleet Participation in Frequency Regulation | Python · MATLAB · Optimization Toolbox | Model Predictive V2G Dispatch Optimization |
EV Thermal Management Projects
EV thermal management projects, battery thermal management projects, motor cooling design
| # | Electric Vehicle Project Title | Tools / Platform | Technique |
|---|---|---|---|
| 23 | CFD Analysis of Liquid Cooling Plate Design for EV Battery Pack Thermal Management | ANSYS Fluent · SolidWorks | Coupled Electrochemical-Thermal CFD Simulation |
| 24 | Air-Cooled Battery Thermal Management System Design for Compact Electric Vehicles | ANSYS Fluent · MATLAB | Forced Convection Airflow Optimization |
| 25 | Thermal Runaway Propagation Modelling in EV Battery Module Using Finite Element Analysis | ANSYS Fluent · ANSYS Mechanical | Heat Generation + Propagation FEA Model |
EV Range & SoC Estimation Projects
EV range estimation projects, state of charge estimation projects, driving-pattern analytics
| # | Electric Vehicle Project Title | Tools / Platform | Technique |
|---|---|---|---|
| 26 | Driving-Pattern Based Real-Time Range Estimation Model for Electric Vehicles | Python · MATLAB · Real Drive-Cycle Dataset | Regression-Based Energy Consumption Modelling |
| 27 | Adaptive Range Prediction System Considering Terrain, Traffic and Driver Behaviour for EVs | Python · Scikit-learn · GPS/CAN Data | Multi-Feature Adaptive Regression Model |
Machine Learning / Deep Learning for EV Battery Projects
Machine learning EV battery projects, deep learning EV projects, AI-based EV fault detection
| # | Electric Vehicle Project Title | Tools / Platform | Technique |
|---|---|---|---|
| 28 | LSTM Deep Learning Model for Remaining Useful Life Prediction of EV Lithium-Ion Batteries | Python · TensorFlow · NASA/CALCE Dataset | LSTM Sequence-Based Degradation Prediction |
| 29 | Random Forest Based Early Fault Detection System for EV Motor Drive Faults | Python · Scikit-learn · Vibration/Current Dataset | Feature-Based Random Forest Classification |
| 30 | Convolutional Neural Network for Battery State-of-Health Classification Using Charge-Discharge Curves | Python · TensorFlow · CALCE Battery Dataset | 1D-CNN Curve-Pattern Classification |
Advanced / MTech Research EV Projects
Hybrid electric vehicle projects, HEV projects, digital twin, second-life battery, blockchain EV energy trading
| # | Electric Vehicle Project Title | Tools / Platform | Technique |
|---|---|---|---|
| 31 | Reinforcement Learning Based Energy Management Strategy for Series-Parallel Hybrid Electric Vehicles | Python · TensorFlow · OpenAI Gym | Deep Q-Network Power-Split Optimization |
| 32 | Digital Twin Framework for Real-Time Predictive Maintenance of EV Powertrain Components | MATLAB Simulink · Python · CAN Bus Data | Physics-Based + Data-Driven Digital Twin |
| 33 | Second-Life EV Battery Repurposing Framework for Stationary Grid Energy Storage | MATLAB · Python · Capacity Fade Models | SoH-Based Battery Grading Algorithm |
| 34 | Blockchain-Enabled Peer-to-Peer Energy Trading Platform for EV Charging Networks | Python · Solidity · Ethereum Testnet | Smart Contract Based Energy Trading |
Electric Vehicle Project Lab & Sample Prototypes — Bangalore
A glimpse of our electric vehicle project lab, motor drive test benches and BMS prototype setups built for BE, BTech and MTech students in Bangalore.
BLDC Motor Drive Test Bench
BMS Prototype Workstation
EV Fast Charging Converter
Wireless Charging Coil Setup
Solar EV Charging Demo
Battery Thermal CFD Simulation
ML Battery Health Dashboard
Electric Scooter PrototypeFrequently Asked Questions — Electric Vehicle Final Year Projects
Common questions from EEE, ECE, Mechanical, BE, BTech and MTech students about choosing and building electric vehicle projects in Bangalore.
Top IEEE 2026 electric vehicle project ideas include: BLDC motor drive design with sensorless field-oriented control for e-bikes, lithium-ion battery management system with cell balancing and State-of-Charge estimation using Kalman Filter, regenerative braking energy recovery control for EVs, wireless inductive EV charging pad design, solar-powered EV charging station with MPPT, fast DC charging architecture with bidirectional converters, vehicle-to-grid (V2G) power flow control, battery thermal management using liquid cooling simulation, machine learning based battery State-of-Health prediction, and electric vehicle range estimation using driving-pattern data analytics.
Electric vehicle final year projects use tools including MATLAB/Simulink (motor drive and powertrain simulation), PSIM and PLECS (power electronics converter design), ANSYS Maxwell/Fluent (motor electromagnetic and thermal analysis), Arduino/STM32/ESP32 (BMS and motor controller hardware), Python with Scikit-learn/TensorFlow (ML-based SoC/SoH prediction), LTspice/Proteus (charger circuit design), CAN bus tools (vehicle communication), and real battery cells/BMS ICs (BQ76920, etc.) for hardware prototyping.
Yes. Every IEEE electric vehicle project includes complete Simulink/Python source code, trained ML model files where applicable, circuit schematics and PCB files, IEEE 2025-2026 base paper, university-format project report for VTU, Anna University and JNTU, PPT presentation and viva Q&A support. We cover electric vehicle mini projects, electric vehicle major projects and EV hardware prototypes (BLDC motor kits, BMS boards, charging modules) for BE, BTech and MTech EEE, ECE and Mechanical students in Bangalore.
Latest electric vehicle research project topics for MTech 2026 include: federated learning for distributed EV battery degradation prediction across fleets, solid-state battery thermal-electrochemical modelling, AI-optimised dynamic wireless charging for moving EVs, digital twin of EV powertrain for predictive maintenance, second-life EV battery repurposing for grid storage, swarm-intelligence based optimal EV charging station placement, blockchain-enabled peer-to-peer EV energy trading, explainable AI for battery fault diagnosis, hydrogen fuel cell hybrid EV powertrain modelling, and reinforcement learning based energy management strategy for hybrid electric vehicles.
EV motor and drive projects focus on the propulsion side — designing and controlling BLDC/PMSM/induction motors, inverter switching strategies, field-oriented control and regenerative braking to convert electrical energy into efficient mechanical motion. EV battery and BMS projects focus on the energy-storage side — monitoring cell voltage/temperature, balancing cells, estimating State-of-Charge and State-of-Health, and protecting the pack from overcharge, over-discharge and thermal runaway. Motor/drive projects suit students interested in power electronics and control systems, while battery/BMS projects suit students interested in embedded systems, electrochemistry and data-driven estimation algorithms.
Get Your IEEE Electric Vehicle Project Today
Choose from 25+ IEEE 2025–2026 electric vehicle project topics — motor drives, battery management, regenerative braking, EV charging, wireless and solar charging, V2G, thermal management and ML-based battery health. Every project includes source code, IEEE base paper, report, PPT and viva support, delivered fast for BE, BTech, MTech EEE, ECE and Mechanical students across Bangalore.