Become Industry-Ready AUTOSAR Engineer for SDV & EV Platforms
The automotive industry is rapidly shifting toward Software Defined Vehicles (SDV), Electric Vehicles (EV), and AI-driven intelligent systems.
Our AUTOSAR Training Program at Anand Engineering and Business Solution (AEBS) is designed to prepare engineers for next-generation automotive software development.
This program covers:
✔ Classic AUTOSAR
✔ Adaptive AUTOSAR
✔ EV Software Architecture
✔ AI Integration in Automotive
✔ Functional Safety & Cybersecurity
📘 Course Overview
1️⃣ Automotive & SDV Foundation
- Evolution of Automotive E/E Architecture (Distributed → Domain → Zonal → SDV)
- CAN, CAN FD, LIN, FlexRay, Automotive Ethernet
- OTA (Over-the-Air Updates)
- Vehicle Domain Controllers
- Automotive Cybersecurity Basics
Tools Covered:
Vector CANoe, CANalyzer, Wireshark
2️⃣ Classic AUTOSAR (ECU Development for EV Systems)
- AUTOSAR Layered Architecture
- Application Layer & SWC Development
- RTE (Run-Time Environment)
- BSW Configuration
- MCAL Integration
- COM Stack & Diagnostics (UDS – ISO 14229)
- Memory Stack & NVM
Hands-On Practical:
- ECU Configuration using EB Tresos / DaVinci
- SWC Creation & RTE Generation
- EV ECU Integration Project
EV Use Cases:
- Battery Management System (BMS)
- Motor Control ECU
- Charging Control Unit
3️⃣ Adaptive AUTOSAR (SDV Platform Development)
- Adaptive AUTOSAR Architecture
- POSIX OS (Linux / QNX)
- Service-Oriented Architecture (SOA)
- SOME/IP Communication
- ara::com, ara::exec
- Application Deployment & OTA Updates
Practical:
- Adaptive Application Deployment
- Service-to-Service Communication
- SDV Simulation Project
4️⃣ EV Software Architecture
- EV Powertrain Control
- BMS Software Design
- State of Charge (SoC) & State of Health (SoH)
- Thermal Management Algorithms
- High Voltage Safety Logic
- ISO 26262 Functional Safety Overview
5️⃣ AI in Automotive Systems
- AI for BMS Optimization
- Predictive Maintenance Models
- Edge AI in Vehicles
- Data Logging & Analytics
- AI for Autonomous Driving (L2/L3 Concepts)
- TensorFlow Lite Deployment in Automotive
6️⃣ Functional Safety & Cybersecurity
Projects
- End-to-End AUTOSAR ECU Development
- EV BMS AUTOSAR Integration
- Adaptive AUTOSAR SDV Project
- AI-based Predictive Maintenance Model
- OTA Update Simulation
💼 Career Opportunities
After completing this program, you can apply for:
- AUTOSAR Developer (Classic / Adaptive)
- EV Software Engineer
- SDV Software Engineer
- Automotive Embedded Engineer
- Functional Safety Engineer
- Automotive AI Engineer
⏳ Course Duration
4 to 5 Months (Industry-Oriented Intensive Program)
✔ Live Projects
✔ Real-Time Debugging
✔ Tool-Based Practical Training
✔ Interview Preparation
✔ 100% Job Assistance
🎯 Why Choose AEBS?
- Industry-Aligned Curriculum (2026 Market Demand)
- Practical Exposure with Automotive Tools
- EV + AI + SDV Combined Learning
- Placement Support
- Experienced Automotive Mentors