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🔋 IEEE 2026 · Battery · BMS · Charging · Torque Control · Safety

MTech Projects for Electric Vehicle

65+ latest Electric Vehicle project topics covering Battery Systems & Chemistry, Charging & Discharging, Battery Management Systems (BMS), Torque Delivery Control, Safety Interlocks and Vehicle Software. Complete packages with IEEE base paper, MATLAB/Simulink models, report, PPT and viva support — Bangalore.

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Battery Systems Battery Chemistry Charging & Discharging BMS Torque Control Safety Interlocks Vehicle Software Thermal Mgmt

MTech Projects for Electric Vehicle — Battery, BMS, Charging & Control 2026

Electric Vehicle projects focus on battery systems and chemistry, charging/discharging strategies, Battery Management Systems (BMS), torque delivery control, safety interlocks and vehicle software. MATLAB/Simulink remains the primary tool, with PyBaMM, CARLA and hardware prototypes for advanced work.

Why choose EV projects at ProjectsatBangalore?

  • IEEE / SAE style base papers
  • Complete MATLAB/Simulink & PyBaMM models
  • BMS algorithms (SoC, SoH, balancing)
  • Torque control & FOC models
  • VTU / Anna / JNTU format reports
  • 20–25 slide PPT + 50+ viva Q&A
  • Safety & functional safety notes
  • Mentoring via WhatsApp / Zoom
🔋

Battery Systems

Li-ion, LFP, NMC modelling, SoC/SoH, ageing

⚡

Charging

CC-CV, Fast charge, V2G, Wireless charging

📟

BMS

Cell balancing, Protection, Thermal, Communication

⚙️

Torque & Control

FOC, Torque vectoring, Regenerative braking

Tools & Platforms Used

Industry-standard EV simulation and control tools.

📐MATLAB / Simulink 🔋PyBaMM 🚗CARLA / SUMO 🌡️ANSYS Thermal 📟Arduino / STM32 🐍Python

65+ Latest MTech Electric Vehicle Project Topics (2026)

Battery Systems & Chemistry, Charging & Discharging, BMS, Torque Control, Safety Interlocks and Vehicle Software topics with recommended tools.

# Project Title Domain Tools / Stack
🔋  Battery Systems & Modelling
1Equivalent Circuit Modelling of Li-ion Battery Pack with Parameter IdentificationBatteryMATLAB/Simulink · Simscape
2Electrochemical Modelling of Li-ion Cell using PyBaMM (Doyle-Fuller-Newman)ElectrochemPyBaMM · Python · MATLAB
3State of Charge (SoC) Estimation using Extended / Unscented Kalman FilterSoCMATLAB/Simulink · Simulink Control
4State of Health (SoH) Estimation using Incremental Capacity AnalysisSoHMATLAB · Python · PyBaMM
5Battery Pack Design and Configuration for Small EV (Series-Parallel)Pack DesignMATLAB/Simulink · Excel · CAD
6Ageing and Cycle Life Prediction of Li-ion Batteries under Drive CyclesAgeingPyBaMM · MATLAB · Python
7Hybrid Battery-Supercapacitor Energy Storage for EV Peak PowerHybrid ESSMATLAB/Simulink · Simscape
8Second-Life Battery Modelling and Reuse in Stationary Storage2nd LifeMATLAB · PyBaMM · Python
🧪  Battery Chemistry & Materials
9Comparative Study of LFP, NMC and NCA Chemistries for EV ApplicationsChemistryPyBaMM · MATLAB · Literature
10Solid-State Battery Modelling and Performance Projection for EVSolid-StatePyBaMM · COMSOL · MATLAB
11Thermal Runaway Propagation Modelling in Battery ModulesThermal RunawayANSYS Fluent · COMSOL · MATLAB
12Silicon Anode and High-Energy Density Cell ModellingAdvanced ChemPyBaMM · MATLAB
13Electrolyte Degradation and SEI Growth Impact on Cell PerformanceSEIPyBaMM · Python
⚡  Charging & Discharging
14CC-CV Charging Algorithm with Adaptive Current ControlChargingMATLAB/Simulink · Simscape
15Fast Charging Strategies and Impact on Battery AgeingFast ChargeMATLAB · PyBaMM · Python
16On-Board Charger (OBC) Design and Control for Light EVOBCMATLAB/Simulink · PLECS
17DC Fast Charging Station Power Electronics and Grid InterfaceDC FastMATLAB/Simulink · Simscape
18Vehicle-to-Grid (V2G) and Vehicle-to-Home (V2H) Bidirectional Power FlowV2GMATLAB/Simulink · Simscape
19Wireless Inductive Charging System Modelling for EVWirelessMATLAB/Simulink · ANSYS Maxwell
20Optimal Charging Schedule under Time-of-Use Tariff and Grid ConstraintsSmart ChargeMATLAB · Optimisation · Python
21Discharge Profile Optimisation for Maximum Range under Drive CyclesDischargeMATLAB/Simulink · Drive cycle data
22Multi-Port Charging Station Load Management and Priority ControlStationMATLAB · Simulink · Power systems
📟  Battery Management Systems (BMS)
23Active Cell Balancing Circuit Design and Control for Multi-Cell PackBalancingMATLAB/Simulink · LTspice · Arduino
24Passive vs Active Balancing Comparison for EV Battery PacksBalancingMATLAB/Simulink · Simscape
25BMS Architecture: Centralised vs Distributed vs ModularArchitectureMATLAB · System design
26Fault Detection and Isolation in Battery Pack using Residual AnalysisFault DetectMATLAB/Simulink · Diagnostics
27CAN / LIN Communication Protocol Implementation for BMSCommunicationMATLAB · STM32 · CANalyzer style
28Hardware BMS Prototype with Arduino / STM32 for Small PackHardware BMSArduino · STM32 · Sensors · Proteus
29Cloud-Connected BMS with Remote Monitoring and DiagnosticsCloud BMSMATLAB · MQTT · Python · Dashboard
30Functional Safety (ISO 26262) Considerations for BMS DesignFunctional SafetyMATLAB · Safety analysis
⚙️  Torque Delivery & Motor Control
31Field-Oriented Control (FOC) of PMSM for EV PropulsionFOCMATLAB/Simulink · Simscape
32Torque Vectoring Control for Dual-Motor EV PlatformTorque VectorMATLAB/Simulink · Vehicle Dynamics
33Regenerative Braking Control and Energy Recovery OptimisationRegenMATLAB/Simulink · Drive cycles
34BLDC Motor Drive with Sensorless Control for E-Scooter / E-BikeBLDCMATLAB/Simulink · Arduino
35Direct Torque Control (DTC) of Induction Motor for EVDTCMATLAB/Simulink · Simscape
36Torque Coordination between Motor and Friction Brakes (Brake Blending)Brake BlendMATLAB/Simulink · Vehicle model
37Efficiency Map based Torque Distribution in Multi-Motor EVEfficiencyMATLAB · Optimisation
38Anti-Slip and Traction Control for EV under Low Friction ConditionsTractionMATLAB/Simulink · Vehicle Dynamics
🛡️  Safety Interlocks & Functional Safety
39High-Voltage Interlock Loop (HVIL) Design and Monitoring for EVHVILMATLAB · System design · Hardware
40Crash Detection and High-Voltage Disconnect StrategyCrash SafetyMATLAB · Sensor models
41Insulation Monitoring Device (IMD) for EV High-Voltage SystemsInsulationMATLAB · Circuit models
42ISO 26262 Functional Safety Analysis for EV Powertrain ControllersISO 26262MATLAB · Safety case
43Overcurrent, Overvoltage and Thermal Protection Logic for Battery PackProtectionMATLAB/Simulink · Stateflow
44Fail-Operational Control Strategies for Critical EV SubsystemsFail-OpMATLAB · Redundancy models
💻  Vehicle Software & Control Orchestration
45Vehicle Control Unit (VCU) Software Architecture for Torque and Energy ManagementVCUMATLAB/Simulink · Stateflow · AUTOSAR style
46Energy Management Strategy (EMS) for Hybrid and Pure EVEMSMATLAB/Simulink · Optimisation
47Drive Mode Management (Eco, Normal, Sport) and Torque MappingDrive ModesMATLAB/Simulink · Stateflow
48Supervisory Control for Coordinating BMS, Motor Inverter and ChargingSupervisoryMATLAB/Simulink · Stateflow
49OTA (Over-the-Air) Update Architecture for EV Software ModulesOTASystem design · Security notes
50Digital Twin of EV Powertrain for Predictive DiagnosticsDigital TwinMATLAB · Real-time data · Dashboard
51Model-Based Design and Code Generation for EV ControllersMBDMATLAB/Simulink · Embedded Coder
🌡️  Thermal Management
52Battery Thermal Management System (BTMS) – Air vs Liquid Cooling ComparisonBTMSANSYS Fluent · MATLAB · COMSOL
53Coupled Electro-Thermal Modelling of Battery Pack under Fast ChargeElectro-ThermalMATLAB · PyBaMM · ANSYS
54Cabin and Battery Combined Thermal Management for Energy EfficiencyIntegrated TMMATLAB/Simulink · Thermal models
55Phase Change Material (PCM) based Passive Battery CoolingPCMCOMSOL · ANSYS · MATLAB
🚀  Advanced & Research-Oriented Topics
56Machine Learning based SoC / SoH Estimation from Sparse Sensor DataML SoCPython · Scikit-learn · MATLAB
57Remaining Useful Life (RUL) Prediction of EV Batteries using Deep LearningRULPython · PyTorch · TensorFlow
58Optimal Energy Management using Dynamic Programming / MPCMPC EMSMATLAB · Model Predictive Control
59Cybersecurity of EV Charging Infrastructure and V2G InterfacesCybersecurityNetwork models · Security analysis
60Range Prediction under Real-World Driving and Weather ConditionsRangeMATLAB · CARLA · Drive cycle data
61Battery Swap Station Modelling and Fleet Management OptimisationBattery SwapMATLAB · Optimisation · Simulation
62Solid-State Transformer based EV Charging ArchitectureSST ChargingMATLAB/Simulink · PLECS
63Multi-Agent Coordination of EV Charging in Smart Parking LotsMulti-AgentMATLAB · Python · Multi-agent sim
64Lifecycle Assessment (LCA) of EV Battery from Cradle to GraveLCASimaPro style · MATLAB · Data analysis
65End-to-End EV Digital Twin: Battery + Powertrain + Thermal + ControlFull TwinMATLAB/Simulink · PyBaMM · Dashboard

★ All 65 MTech Electric Vehicle project topics are sourced from IEEE Transactions on Vehicular Technology, IEEE Trans. on Transportation Electrification, Journal of Power Sources, SAE papers and leading conference proceedings (2022–2026). Each project includes the base paper, complete simulation models (MATLAB/Simulink, PyBaMM, etc.), control algorithms, university-format report for VTU / Anna University / JNTU, PPT (20–25 slides) and 50+ viva Q&A specific to the topic. Optional hardware BMS guidance available on request.

FAQ — MTech Electric Vehicle Projects

Top topics include Li-ion / LFP battery modelling and SoC/SoH estimation, Active cell balancing BMS, Fast charging with thermal management, Regenerative braking energy recovery, FOC and torque vectoring, Safety interlocks (HVIL, ISO 26262), and Vehicle energy management strategies. All include IEEE base paper, simulation models, report and viva support.
Primary: MATLAB/Simulink & Simscape, PyBaMM. Thermal: ANSYS Fluent, COMSOL. Vehicle simulation: CARLA, SUMO. Hardware: Arduino, STM32 for BMS prototypes. Also used: Python, GT-SUITE style tools, and embedded code generation.
Yes. Every project includes IEEE / SAE style base paper, complete simulation models, control algorithms, university-format report (VTU, Anna University, JNTU), PPT (20–25 slides) and 50+ viva Q&A. Optional hardware BMS prototype guidance is available.
Simulation-focused projects: typically 7–14 working days. Projects involving hardware BMS prototypes or complex multi-domain models: 14–21 days. Contact +91 95919 12372 with your deadline for a personalised timeline.