MTech Projects for Embedded Systems — Automotive (Engine, Powertrain, ADAS, Infotainment) 2026
MTech Embedded Systems projects focused on automotive applications cover engine management and fuel injection control, powertrain and hybrid torque management, Advanced Driver Assistance Systems (ADAS) with camera/radar fusion, in-vehicle infotainment (IVI) platforms, AUTOSAR software architecture, CAN/LIN/Automotive Ethernet networks, functional safety (ISO 26262), and EV battery management — all grounded in recent IEEE, SAE and Elsevier publications (2021–2026).
At ProjectsatBangalore, we support end-to-end Automotive Embedded projects using MATLAB / Simulink, dSPACE, Vector CANoe, Keil, STM32Cube, AUTOSAR tools, OpenCV / TensorFlow and Android Automotive / QNX — with university-format reports for VTU, Anna University, JNTU and autonomous colleges, IEEE base paper, simulation/firmware, PPT and viva Q&A coaching.
Automotive Embedded Specialisations We Cover
- Engine management & electronic fuel injection (EFI)
- Powertrain control for ICE, hybrid and EV
- ADAS: LDW, ACC, AEB, parking assist
- Camera / radar / lidar sensor fusion
- In-vehicle infotainment & HMI
- AUTOSAR Classic & Adaptive platforms
- CAN, CAN FD, LIN, FlexRay, Automotive Ethernet
- Functional safety ISO 26262 & ASIL
- Battery management systems (BMS) for EV
- Body control modules & diagnostics (UDS)
- Real-time OS (FreeRTOS, AUTOSAR OS)
- Hardware-in-the-Loop (HIL) validation
Engine Management
ECU control of injection, ignition and emissions for ICE powertrains.
Powertrain
Torque management, hybrid control and transmission shift strategies.
ADAS
Lane departure, adaptive cruise, AEB and vision-based perception.
Infotainment
Android Automotive / QNX HMI, media and connectivity stacks.
Networks
CAN FD, LIN, Automotive Ethernet and gateway design.
Safety
ISO 26262 ASIL analysis and safe state design for critical ECUs.
Tools & Platforms
Industry-standard automotive embedded design, network simulation and HIL platforms used in all MTech projects.
MATLAB / Simulink
dSPACE
Vector CANoe
Keil / IAR
STM32Cube
AUTOSAR Tools
OpenCV
TensorFlow
Python
QNX
Android Automotive
CANalyzer
ETAS / TargetLink
LabVIEW
65+ Best MTech Embedded Systems Project Topics — Automotive 2026
Topics sourced from IEEE Xplore, SAE, Elsevier and top automotive electronics journals (2021–2026). Primary tools are listed for each project.
| # | Project Topic | Category | Simulation / Analysis Tool |
|---|---|---|---|
| 🔧 Engine Management & ECU Control | |||
| 01 | Electronic Fuel Injection Control Algorithm for Gasoline Engine Management System | Engine | MATLAB Simulink · Stateflow · dSPACE |
| 02 | Model-Based Design of Engine Control Unit (ECU) with Ignition Timing Optimisation | ECU | Simulink · TargetLink · HIL |
| 03 | Idle Speed Control and Air-Fuel Ratio Regulation for SI Engine | Engine | MATLAB · PID / adaptive control |
| 04 | Diesel Engine Electronic Control Unit with Common Rail Injection Strategy | Diesel | Simulink · dSPACE · injection maps |
| 05 | Knock Detection and Control Algorithm for Engine Protection | Engine | MATLAB · signal processing · ECU firmware |
| 06 | On-Board Diagnostics (OBD-II) Implementation for Engine Fault Codes | Diagnostics | CANoe · UDS · STM32 |
| 07 | Emissions Control Strategy for After-Treatment System (SCR / DPF) | Emissions | Simulink · control strategies |
| 08 | Hardware-in-the-Loop Validation of Engine Management Software | HIL | dSPACE · Simulink · plant model |
| ⚙️ Powertrain Control (ICE, Hybrid, Transmission) | |||
| 09 | Hybrid Powertrain Torque Management and Mode Switching Control | Powertrain | MATLAB Simulink · Stateflow |
| 10 | Automatic Transmission Shift Schedule Optimisation for Fuel Economy | Transmission | Simulink · optimisation toolbox |
| 11 | Electric Drive Control for EV Powertrain — FOC of PMSM | EV | MATLAB · Simulink · motor models |
| 12 | Regenerative Braking Control Strategy for Hybrid Electric Vehicle | HEV | Simulink · energy recovery maps |
| 13 | Clutch Control and Launch Management for Dual-Clutch Transmission | DCT | Simulink · Stateflow · HIL |
| 14 | Power-Split Hybrid Supervisory Control using Model Predictive Control | HEV | MATLAB · MPC toolbox |
| 15 | Thermal Management System Control for Powertrain Components | Thermal | Simulink · coolant / oil models |
| 16 | Start-Stop System Control Logic and Battery Integration | Start-Stop | Simulink · Stateflow · CANoe |
| 🚗 Advanced Driver Assistance Systems (ADAS) | |||
| 17 | Lane Departure Warning System using Camera Vision and OpenCV | ADAS | Python · OpenCV · MATLAB |
| 18 | Adaptive Cruise Control with Radar-Based Distance Measurement | ACC | MATLAB Simulink · radar models |
| 19 | Automatic Emergency Braking (AEB) Decision Logic and Sensor Fusion | AEB | Simulink · multi-sensor fusion |
| 20 | Parking Assist System with Ultrasonic Sensors and Path Planning | Parking | MATLAB · path planning · STM32 |
| 21 | Traffic Sign Recognition using CNN for ADAS Display | Vision | Python · TensorFlow · OpenCV |
| 22 | Driver Drowsiness Detection using Facial Landmarks and Embedded Camera | DMS | Python · OpenCV · Jetson / RPi |
| 23 | Blind Spot Detection and Lane Change Assist using Radar | BSD | MATLAB · radar processing · CANoe |
| 24 | Sensor Fusion Framework for Camera-Radar Object Tracking | Fusion | MATLAB · Kalman filter · Python |
| 25 | Forward Collision Warning System with Time-to-Collision Estimation | FCW | Simulink · vision / radar models |
| 26 | Embedded Implementation of YOLO-based Object Detection for ADAS | AI ADAS | TensorFlow Lite · Jetson · OpenCV |
| 📱 In-Vehicle Infotainment (IVI) & HMI | |||
| 27 | Android Automotive based In-Vehicle Infotainment System Prototype | IVI | Android Automotive · AOSP · HMI |
| 28 | QNX-Based Infotainment Platform with Media and Navigation Stack | IVI | QNX · multimedia frameworks |
| 29 | Voice-Controlled HMI for Infotainment using Embedded Speech Recognition | HMI | Python · speech APIs · MCU |
| 30 | Multi-Display Instrument Cluster and Head-Up Display Interface Design | Cluster | Qt / Android · CAN gateway |
| 31 | Bluetooth and Wi-Fi Connectivity Stack for In-Vehicle Media Streaming | Connectivity | Linux / Android · protocol stacks |
| 32 | Secure Over-The-Air (OTA) Update Framework for Infotainment ECU | OTA | Linux · secure boot · update server |
| 33 | Gesture Recognition Interface for In-Vehicle HMI using Depth Camera | Gesture | OpenCV · Python · embedded vision |
| 34 | Multi-Zone Audio Management and Active Noise Control in Cabin | Audio | MATLAB · DSP algorithms · MCU |
| 🔌 Automotive Networks — CAN, LIN, Ethernet | |||
| 35 | CAN FD based Body Control Module Communication Design | CAN | CANoe · CAPL · STM32 |
| 36 | LIN Network Design for Door and Seat Control Modules | LIN | CANoe · LDF · MCU firmware |
| 37 | Automotive Ethernet (100BASE-T1) Gateway between CAN and Ethernet Domains | Ethernet | CANoe · SOME/IP · gateway ECU |
| 38 | CAN Bus Intrusion Detection System for Automotive Cybersecurity | Security | CANoe · Python · ML classifiers |
| 39 | UDS Diagnostic Protocol Implementation over CAN for ECU Testing | Diagnostics | CANoe · UDS services · CAPL |
| 40 | Time-Sensitive Networking (TSN) Concepts for Automotive Backbone | TSN | CANoe · Ethernet simulation |
| 41 | FlexRay Network Simulation for Chassis Control Applications | FlexRay | CANoe · FlexRay config |
| 42 | Multi-ECU Network Architecture Design and Load Analysis | Network | CANoe · bus load · timing analysis |
| 📦 AUTOSAR Software Architecture | |||
| 43 | AUTOSAR Classic Platform Software Component Design for Body Domain | AUTOSAR | DaVinci / EB tresos · RTE |
| 44 | AUTOSAR Adaptive Application for High-Performance Compute ECU | Adaptive | Adaptive platform concepts · SOME/IP |
| 45 | RTE Configuration and Runnable Mapping for Multi-Core ECU | AUTOSAR | AUTOSAR tools · multi-core OS |
| 46 | BSW Module Configuration — COM, DCM, DEM for Diagnostic Stack | BSW | DaVinci Configurator · CANoe |
| 47 | Application Software Component for Climate Control using AUTOSAR | SWC | Simulink · AUTOSAR blockset |
| 48 | Memory Stack and NVRAM Manager Design in AUTOSAR Environment | Memory | AUTOSAR tools · NvM concepts |
| 🛡️ Functional Safety (ISO 26262) & Diagnostics | |||
| 49 | ISO 26262 Functional Safety Analysis of Braking System ECU (ASIL-D) | Safety | FMEA / FTA · safety concepts |
| 50 | Safe State Design and Watchdog Strategy for Safety-Critical ECU | Safety | Simulink · safety mechanisms |
| 51 | Hardware-Software Interface Specification for ASIL-Rated Powertrain ECU | HSI | Requirements tools · safety case |
| 52 | Diagnostic Event Manager (DEM) and Fault Handling for Safety Systems | DEM | AUTOSAR · CANoe · DTC handling |
| 53 | Redundant Sensor Fusion for Fail-Operational ADAS Architecture | Fail-Op | MATLAB · multi-sensor · safety |
| 54 | Software Safety Requirements Decomposition and Traceability Study | ISO 26262 | Requirements management · ASIL |
| 🔋 EV Battery Management & Body Electronics | |||
| 55 | Battery Management System (BMS) — SOC Estimation and Cell Balancing | BMS | MATLAB · Kalman · STM32 |
| 56 | Thermal Management Control for EV Battery Pack | Thermal | Simulink · cooling models |
| 57 | On-Board Charger Control Algorithm for EV Fast Charging | Charging | Simulink · power electronics control |
| 58 | Body Control Module — Lighting, Wiper and Window Control via CAN | BCM | CANoe · STM32 · Stateflow |
| 59 | Keyless Entry and Immobiliser System with Secure Authentication | Access | MCU · crypto libraries · RF |
| 60 | Tire Pressure Monitoring System (TPMS) Receiver and Display Interface | TPMS | RF MCU · CAN · instrument cluster |
| ⏱️ RTOS, HIL & Cross-Cutting Topics | |||
| 61 | FreeRTOS based Multi-Task ECU Firmware for Sensor Acquisition | RTOS | FreeRTOS · STM32 · Keil |
| 62 | Hardware-in-the-Loop Test Bench Design for ADAS Controller Validation | HIL | dSPACE · Simulink · plant models |
| 63 | Model-Based Development Workflow from Requirements to Production Code | MBD | Simulink · Embedded Coder · MISRA |
| 64 | Cybersecurity Hardening of Automotive Gateway ECU (SecOC, Firewall) | Cyber | CANoe · secure onboard communication |
| 65 | Software-Defined Vehicle Architecture Concepts — Central Compute Domain | SDV | Architecture study · Adaptive AUTOSAR |
★ All 65 MTech Embedded Systems (Automotive) project topics are sourced from IEEE Xplore, SAE, Elsevier and related venues (2021–2026). Each project includes the base paper, MATLAB/Simulink, CANoe or firmware project files, university-format report for VTU / Anna University / JNTU, PPT (20–25 slides) and 50+ viva Q&A specific to the project topic.
FAQ — MTech Automotive Embedded Systems Projects
Top topics include: Engine Management System with fuel injection control on ECU, Hybrid powertrain torque management, ADAS Lane Departure Warning using camera vision, Adaptive Cruise Control with radar fusion, Android Automotive Infotainment prototype, AUTOSAR Classic software component design, CAN FD Body Control Module, Functional Safety (ISO 26262) analysis of braking ECU, and BMS with SOC estimation for EV. All include IEEE base paper, simulation/firmware, report and viva support.
Control design: MATLAB / Simulink, Stateflow, Embedded Coder. HIL and rapid prototyping: dSPACE. Network simulation: Vector CANoe / CANalyzer. MCU firmware: Keil, IAR, STM32Cube. AUTOSAR: DaVinci, EB tresos. ADAS perception: OpenCV, TensorFlow, Python. Infotainment: Android Automotive, QNX. Diagnostics: UDS over CAN.
Yes. Every project includes: (1) IEEE / SAE / ScienceDirect 2026 base paper; (2) MATLAB/Simulink models, CANoe configurations or MCU firmware; (3) block diagrams and interface specifications; (4) university-format report for VTU, Anna University, JNTU; (5) PPT (20–25 slides); and (6) 50+ viva Q&A covering control theory, automotive networks, safety and tool flows.
Yes. Reports and presentations are customised to your university’s MTech Embedded Systems / Automotive Electronics format — VTU, Anna University, JNTU, RGPV, PES, RV, Manipal, BITS, NIT and autonomous colleges. Chapter structure, abstract, citation style and evaluation checklist are tailored on request.
Typical completion is 10–21 working days. Control algorithm + Simulink simulation projects are ready in 7–12 days. Full HIL validation, ADAS vision pipelines or infotainment prototypes take 14–21 days. Express delivery is available. Contact +91 95919 12372 with your submission date.
Automotive Embedded Systems Lab — Bangalore
Inside our Automotive Embedded lab — MATLAB/Simulink and dSPACE HIL stations, Vector CANoe network benches, STM32 / Keil firmware desks, AUTOSAR configuration seats, ADAS camera/radar test setups, and mentoring rooms for MTech and PhD Embedded Systems scholars at VTU, Anna University, JNTU.
MATLAB
Simulink
Engine · PowertrainSimulink
dSPACE
HIL
ECU ValidationHIL
CANoe
Networks
CAN · LIN · EthernetNetworks
STM32 / Keil
Firmware
RTOS · DriversFirmware
ADAS
Vision / Radar
OpenCV · FusionVision / Radar
AUTOSAR
Configuration
SWC · BSW · RTEConfiguration
Infotainment
HMI
Android · QNXHMI
ISO 26262
Safety
ASIL · FMEASafety
Report & PPT
Preparation
VTU / Anna UniversityPreparation
Viva & Review
Sessions
MTech / PhD EmbeddedSessions