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Electric Vehicle Projects.

50+ curated Electric Vehicle project topics for BE, BTech and MTech students — Battery Management Systems, EV Charging Stations, Motor Drive Control, V2G Bidirectional Charging, Regenerative Braking, Solar-Assisted Charging, CAN Bus Diagnostics, IoT-based monitoring and complete simulation support with MATLAB/Simulink, PSIM, Arduino and Raspberry Pi. Full project report, PPT and viva Q&A included.

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🔋 Battery Management (BMS) ⚡ EV Charging 🔄 Motor Drives ↔️ V2G & Grid 📡 IoT & CAN 💻 Simulation ☀️ Solar EV 🔬 Advanced

Electric Vehicle Based Projects for Engineering Students

Electric Vehicles represent one of the most impactful engineering frontiers of 2026. EV projects combine power electronics, embedded systems, battery technology, motor control and IoT — making them ideal final-year projects for EEE, ECE, Mechanical and Mechatronics students.

This page lists 55+ high-impact EV project topics. Tools and hardware include MATLAB/Simulink, PSIM, Arduino Mega, Raspberry Pi 4, STM32, CAN Bus (MCP2515), LTC6811 BMS IC, BLDC motors, L293D/L298N drivers, current/voltage sensors, IoT platforms (Blynk, ThingSpeak) and Python/ML. Ideal for BE, BTech and MTech students in Bangalore and across India.

Electric Vehicle Projects for Engineering Students

Core Tools & Hardware Used

Simulation software, microcontrollers and hardware components commonly used in academic EV projects.

MATLAB / Simulink Arduino / STM32 / RPi PSIM / Proteus CAN Bus / IoT LTC6811 / BMS ICs Python / ML

Best Electric Vehicle Project Topics & Tools (55+)

Grouped by domain. Each topic lists primary tools, hardware and typical methods.

# EV Project Topic Tools · Hardware · Methods
🔋  Battery Management System (BMS) Projects
1BMSLi-Ion Battery SOC Estimation using Extended Kalman FilterMATLAB/Simulink, LTC6811, Arduino Mega, current sensor (ACS712)
2BMSBattery State-of-Health (SOH) Monitoring SystemArduino, LTC6803, coulomb counting, Python data logging
3BMSActive Cell Balancing for Li-Ion Battery PackBQ76940 IC, MOSFETs, Arduino, MATLAB simulation
4BMSPassive Cell Balancing BMS Design & ImplementationLTC6811, bleed resistors, STM32, UART monitor
5BMSLi-Ion SOC Estimation using LSTM Neural NetworkPython (TensorFlow/Keras), MATLAB, battery cycling dataset
6BMSThermal Management of EV Battery PackCOMSOL Multiphysics / ANSYS Fluent, temperature sensors, Arduino
7BMSOver-Voltage / Under-Voltage Protection Circuit for EV BatteryBQ29700, op-amp comparators, Proteus simulation, hardware prototype
8BMSBattery Degradation Modelling using Machine LearningPython (scikit-learn / XGBoost), NASA / CALCE battery dataset, Jupyter
⚡  EV Charging Station Projects
9ChgLevel-2 AC EV Charging Station Controller DesignMATLAB/Simulink, STM32, IEC 61851 protocol, relay control
10ChgDC Fast Charging (50 kW) Station SimulationMATLAB SimPowerSystems, IGBT converter, CHAdeMO protocol study
11ChgSmart EV Charging Scheduler using IoTRaspberry Pi 4, ESP32, Blynk IoT, relay module, Python
12ChgBidirectional On-Board Charger (OBC) DesignPSIM / MATLAB, full-bridge converter, PFC controller, STM32
13ChgEV Charging Station with RFID Authentication & BillingArduino Mega, RFID RC522, GSM SIM800L, LCD, relay, Proteus
14ChgWireless Inductive Charging System for Electric VehiclesCOMSOL (coil FEM), ferrite core, resonant tank, power analyser
15ChgDynamic Wireless Charging Coil Array for EV RoadsANSYS Maxwell, MATLAB, misalignment tolerance study
16ChgEV Charging Load Forecasting using Deep LearningPython (LSTM / GRU), TensorFlow, smart meter dataset, Jupyter
🔄  Motor Drive & Powertrain Projects
17MtrBLDC Motor Speed Control for EV ApplicationMATLAB Motor Control Blockset, Arduino UNO, ESC, hall sensors
18MtrField-Oriented Control (FOC) of PMSM for EV TractionMATLAB/Simulink, STM32 (FOC library), encoder, IGBT inverter module
19MtrDirect Torque Control (DTC) of Induction Motor for EVMATLAB/Simulink, PSIM, three-phase inverter, torque hysteresis
20MtrRegenerative Braking System Design for Electric ScooterMATLAB/Simulink, BLDC + controller, supercapacitor, braking logic
21MtrSwitched Reluctance Motor (SRM) Drive for EVMATLAB/Simulink, asymmetric bridge converter, PSIM, torque ripple analysis
22MtrSensorless PMSM Control using Back-EMF ObserverMATLAB, STM32, sliding mode observer (SMO), dSPACE/HIL
23MtrIn-Wheel Hub Motor Control for Electric BicycleArduino, 36V hub motor, PWM speed control, throttle sensor
24MtrEV Powertrain Modelling & Efficiency OptimisationMATLAB/Simulink, Autonomie / ADVISOR, drive cycle (NEDC/WLTP)
↔️  V2G, Grid Integration & Energy Management
25V2GVehicle-to-Grid (V2G) Bidirectional Power Flow ControlMATLAB/Simulink, bidirectional DC-DC converter, STM32, grid model
26V2GSmart EV Charging Scheduling with Grid Demand ResponsePython, linear programming (PuLP / CPLEX), smart meter API, MATLAB
27V2GVehicle-to-Home (V2H) Energy System DesignMATLAB/Simulink, bidirectional inverter, load profile, Homer Energy Pro
28V2GEV Fleet Aggregator for Frequency Regulation ServicePython (pandapower), MATLAB, aggregation algorithm, MATLAB/Simulink grid
29V2GEV Integration Impact on Distribution Network (Load Flow)ETAP / MATLAB/SimPowerSystems, IEEE 33-bus test system, Python
30V2GOptimal EV Charging Scheduling using Reinforcement LearningPython (Ray / Stable-Baselines3), OpenAI Gym custom env, MATLAB
📡  IoT, CAN Bus, Telematics & Diagnostics
31IoTCAN Bus-Based EV Data Logger & DashboardArduino + MCP2515 CAN module, OBD-II, Python (python-can), Grafana
32IoTIoT-Based Real-Time EV Battery Monitoring SystemESP32, LTC6811, ThingSpeak, MQTT, voltage / temperature sensors
33IoTGPS-Based EV Range Prediction & Route OptimisationRaspberry Pi 4, Neo-6M GPS, Google Maps API, Python ML model
34IoTEV Fault Detection System using OBD-II & MLELM327 OBD adapter, Python (scikit-learn), CAN data, RandomForest
35IoTWireless BMS Monitoring with Bluetooth / BLEnRF52840, Arduino, LTC6803, Android app (MIT App Inventor)
36IoTEV Charging Slot Booking App with IoT IntegrationRaspberry Pi, Firebase, Flutter app, relay, RFID RC522
💻  Simulation, Modelling & Power Electronics
37SimHigh-Gain Non-Isolated DC-DC Converter for EV BatteryMATLAB/Simulink, PSIM, LTspice, switched-capacitor topology
38SimMultilevel Inverter (NPC / CHB) for EV Motor DriveMATLAB/Simulink, PSIM, THD analysis, reduced switch count topology
39SimZ-Source Inverter for EV Traction DriveMATLAB/Simulink, shoot-through duty cycle, PSIM comparison
40SimModel Predictive Control (MPC) for EV Battery ChargingMATLAB/Simulink MPC Toolbox, STM32 HIL, dSPACE SCALEXIO
41SimEV Li-Ion Battery Equivalent Circuit Modelling (Thevenin)MATLAB/Simulink, parameter identification, HPPC test data
42SimSupercapacitor–Battery Hybrid Energy Storage for EVMATLAB/Simulink, rule-based / fuzzy EMS, PSIM, ultracapacitor module
43SimEV Longitudinal Dynamics & Drive Cycle SimulationMATLAB/Simulink, ADVISOR / Autonomie, WLTP / NEDC cycle data
☀️  Solar-Assisted & Renewable Energy EV Projects
44SolSolar-Assisted EV Charging Station with MPPTMATLAB/Simulink, P&O MPPT algorithm, boost converter, Arduino
45SolOff-Grid Solar PV + Battery EV Charging SystemHomer Energy Pro, MATLAB, bidirectional converter, battery bank
46SolSolar Rooftop EV Charging with Net Metering SimulationMATLAB/Simulink, ETAP, PVsyst, grid interconnection study
47SolWind-Assisted EV Charging Station Feasibility StudyHomer Energy Pro, MATLAB, PSCAD, DFIG wind model, cost analysis
48SolHybrid Solar-Wind-EV Microgrid Energy ManagementMATLAB/Simulink, Homer Energy Pro, fuzzy logic EMS, droop control
🔬  Advanced · AI/ML · Safety · Standards
49AdvEV Range Prediction using Machine Learning (Random Forest / XGBoost)Python, scikit-learn, EV driving dataset, feature engineering, Jupyter
50AdvBattery Remaining Useful Life (RUL) Prediction using LSTMPython (TensorFlow/Keras), NASA PCOE battery dataset, time-series ML
51AdvFederated Learning for Privacy-Preserving EV Battery DiagnosticsPython, Flower (flwr), PyTorch, distributed battery data simulation
52AdvEV Thermal Runaway Detection using Convolutional Neural NetworkPython (PyTorch), temperature sensor array, CNN classifier, Arduino IoT
53AdvDigital Twin of Li-Ion Battery Pack for EV BMSMATLAB/Simulink, Python twin model, OPC UA, real-time validation
54AdvSiC MOSFET Gate Driver Design for EV Traction InverterLTspice / PLECS, SiC device model, EMI analysis, PCB layout
55AdvEV Accident Detection & Emergency Alert SystemArduino, MPU6050 IMU, GPS, GSM SIM800L, Blynk IoT, buzzer
56AdvEV Life Cycle Assessment (LCA) & Carbon Footprint StudySimaPro / OpenLCA (concepts), ecoinvent database, Python, literature
57AdvCyber-Security Risk Assessment for EV CAN Bus SystemsCANalyzer / python-can, STRIDE threat model, fuzzing concepts
58AdvThesis Package: Research Gap → Simulation → Results → ReportMATLAB / Python, full documentation, IEEE journal format

Topics reflect current EV engineering academic practice. Contact us for simulation files (MATLAB/PSIM), hardware component lists, embedded code, university-format project report, PPT and viva Q&A for any topic above.

Why Choose Us for Electric Vehicle Projects?

Bangalore-based guidance for BE, BTech and MTech students working on EV battery, charging, motor drive and grid integration projects.

BMS & Battery Projects

SOC/SOH estimation, cell balancing, thermal management and Li-Ion modelling with LTC6811, Arduino and MATLAB/Simulink.

EV Charging & Power Electronics

DC fast charger simulation, wireless charging coil design, bidirectional OBC and smart charging IoT systems — MATLAB, PSIM and hardware prototype support.

Motor Drive & Control

BLDC, PMSM (FOC), DTC, SRM and regenerative braking — MATLAB Motor Control Blockset, STM32 and hardware motor kits.

V2G & Grid Projects

Vehicle-to-grid, V2H, EV aggregation and optimal charging scheduling using MATLAB, ETAP, Homer Energy Pro and Python optimisation libraries.

Frequently Asked Questions — Electric Vehicle Projects

Top EV project topics include BMS design with SOC/SOH estimation, DC fast charging station simulation, BLDC/PMSM motor drive with FOC, V2G bidirectional power flow, regenerative braking, solar-assisted MPPT EV charging, CAN bus data logger, EV range prediction using ML, battery RUL prediction using LSTM, and wireless inductive charging coil design.
Common tools include MATLAB/Simulink (SimPowerSystems, Motor Control Blockset), PSIM, LTspice, Proteus, ETAP, Homer Energy Pro, COMSOL Multiphysics, Arduino Mega/UNO, Raspberry Pi 4, STM32 microcontrollers, LTC6811/BQ76940 BMS ICs, CAN Bus (MCP2515), BLDC motor kits, ACS712 current sensors, IoT platforms (Blynk, ThingSpeak, Firebase) and Python/scikit-learn/TensorFlow for ML projects.
Yes. Every EV project package includes: circuit/block diagram, MATLAB/Simulink or PSIM simulation files, hardware component list, embedded C/Arduino/Python code, PCB layout guidance (where applicable), university-format project report, PPT presentation and comprehensive viva Q&A preparation.
EV projects are ideal for EEE (Electrical & Electronics Engineering), ECE (Electronics & Communication), Mechanical Engineering, Mechatronics, Automotive Engineering and Computer Science students interested in embedded systems or power electronics. Projects can be tailored to the specific curriculum and depth requirements of each branch.
Yes. Many EV project topics are fully achievable through MATLAB/Simulink, PSIM or Python simulation without requiring physical hardware — BMS modelling, motor drive control, V2G power flow, charging station design and ML-based range prediction are examples. Hardware prototype options are available for topics that benefit from physical implementation.