Master Embedded Systems & AUTOSAR

Comprehensive hands-on training in C/C++, CAN, Ethernet protocols with real hardware demonstrations and live project implementations

Explore Courses

Learning Paths

LEVEL 1 - FOUNDATION

Embedded Systems Fundamentals

Perfect for beginners entering automotive embedded systems. Build a strong foundation in C/C++ programming and automotive communication protocols.

C/C++ for Embedded Systems

  • C Programming Overview - Data types, operators, control structures
  • Memory Management - Stack vs Heap, pointers and references
  • C++ Essentials - Classes, objects, inheritance basics
  • Embedded C Practices - Bit manipulation, volatile, register access
  • Real-time Constraints - Timing considerations in embedded systems

Automotive CAN Basics

  • CAN Protocol Introduction - Frames, arbitration, error handling
  • CAN Physical Layer - High/Low, termination, bus topology
  • Message Structure - Standard vs Extended IDs, DLC, data bytes
  • CAN Database (DBC) - Signal definition and extraction
  • Hardware Demo - CAN bus communication with real ECUs

Automotive Ethernet Introduction

  • Why Ethernet in Automotive - Bandwidth, scalability needs
  • Ethernet Basics - OSI model, TCP/IP fundamentals
  • Automotive Ethernet Standards - 100BASE-T1, 1000BASE-T1
  • SOME/IP Overview - Service-oriented communication
  • Basic Network Configuration - IP addressing, subnets

Hands-on Projects

  • LED Control Program - GPIO manipulation in C
  • UART Communication - Serial data transmission
  • CAN Message Transmitter - Send periodic messages
  • CAN Listener Program - Receive and decode messages
  • Hardware Demo - Live CAN bus monitoring and analysis
⏱️
8 Weeks
🎯
5 Live Demos
💻
10+ Projects
LEVEL 2 - ADVANCED

AUTOSAR & Advanced Protocols

Deep dive into AUTOSAR architecture, advanced C/C++ techniques, and comprehensive Ethernet implementation with extensive hands-on projects.

Advanced C/C++ Programming

  • Advanced Pointers - Function pointers, pointer to pointers, arrays
  • Modern C++ (C++11/14/17) - Smart pointers, lambdas, move semantics
  • Template Programming - Generic programming, template specialization
  • STL for Embedded - Containers, iterators, algorithms (with constraints)
  • Design Patterns - Singleton, Factory, Observer in embedded context
  • MISRA C/C++ Compliance - Safety-critical coding standards
  • Memory Optimization - Cache efficiency, alignment, padding

AUTOSAR Architecture Deep Dive

  • AUTOSAR Layered Architecture - Application, RTE, BSW, MCAL
  • Software Component Design - Ports, interfaces, runnables
  • RTE Configuration - Communication paradigms, data semantics
  • BSW Module Integration - ECU abstraction, service layers
  • Communication Stack - CAN, LIN, FlexRay, Ethernet integration
  • Diagnostic Services - UDS implementation, DCM, DEM modules
  • Memory Management - NvM, Fee, MemIf architecture

Advanced CAN Implementation

  • CAN TP (ISO 15765) - Multi-frame message segmentation
  • CANopen Protocol - Object dictionary, PDO, SDO, NMT
  • J1939 Protocol - Parameter groups, network management
  • CAN FD Deep Dive - Flexible data rate, bit rate switching
  • Network Management - Sleep/wake, bus-off recovery
  • Gateway Implementation - Message routing, signal conversion
  • Hardware Demo - Multi-ECU CAN network with diagnostics

Automotive Ethernet Mastery

  • Physical Layer Details - PHY chips, MDI, cable specifications
  • AVB/TSN - Audio Video Bridging, Time-Sensitive Networking
  • SOME/IP Protocol - Service discovery, serialization, methods/events
  • DoIP (Diagnostics over IP) - ISO 13400 implementation
  • TCP/UDP Socket Programming - Client-server architecture
  • VLAN Configuration - Virtual LANs in automotive context
  • Security - TLS/SSL, SecOC, authentication mechanisms
  • Performance Analysis - Latency measurement, bandwidth optimization
  • Switch Configuration - Managed switches, QoS, priority queues
  • Network Debugging - Wireshark analysis, packet inspection

Advanced Projects & Live Demos

  • AUTOSAR SWC Development - Complete component lifecycle
  • Multi-ECU Gateway - CAN to Ethernet routing
  • SOME/IP Service Implementation - Full client-server demo
  • DoIP Diagnostic Stack - Complete UDS over Ethernet
  • Ethernet Camera Integration - Sensor data streaming
  • TSN Demonstration - Time-critical data transmission
  • Security Implementation - Encrypted communication demo
  • Real-time Monitoring Dashboard - Network visualization
  • Complete Vehicle Network Simulation - Integrated system
⏱️
16 Weeks
🎯
15+ Live Demos
💻
25+ Projects

Live Hardware Demonstrations

Experience real-world embedded systems with our comprehensive hardware labs

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CAN Hardware Lab

Multi-node CAN network with real ECUs, oscilloscope analysis, and live message transmission demonstrations

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Ethernet Test Bench

Complete automotive Ethernet setup with switches, ECUs, and protocol analyzers for hands-on learning

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AUTOSAR Toolchain

Industry-standard tools including Vector CANoe, DaVinci, and configuration environments

📊

Debug & Analysis

Real-time debugging with JTAG, logic analyzers, and protocol-specific monitoring tools

Why Choose InverseBits EDU

👨‍🏫

Expert Instructors

Learn from industry professionals with extensive AUTOSAR and automotive embedded systems experience

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Structured Curriculum

Progressive learning path from fundamentals to advanced topics with clear milestones

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Industry-Ready Skills

Practical skills directly applicable to automotive software development roles

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Career Support

Job placement assistance, resume reviews, and interview preparation for automotive industry

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Certification

Industry-recognized certificates upon completion of each level

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Community Access

Join our network of automotive embedded engineers and ongoing learning resources