Program overview
Learn the concepts. Apply the tools. Build with confidence.
Understand the complete AUTOSAR Classic workflow: software components, RTE, basic software, MCAL, CAN/LIN communication, diagnostics, memory stack and configuration concepts. Practice with automotive use cases and industry-style projects.
Who should join
Embedded engineers, automotive software developers, ECE/EEE graduates and professionals preparing for AUTOSAR configuration, integration or application roles.
Prerequisites
Working knowledge of Embedded C and microcontrollers is recommended. Familiarity with CAN is useful but covered from the required foundation.
Learning outcomes
What you will be able to do
Detailed curriculum
Course syllabus
A progressive learning path from core foundations to an industry-focused capstone.
01Automotive Embedded Foundations
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- ECUs and vehicle E/E architecture
- CAN and LIN fundamentals
- Automotive software lifecycle
- AUTOSAR goals and methodology
02AUTOSAR Architecture
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- Application, RTE and BSW layers
- Virtual Function Bus
- Software components and compositions
- Ports, interfaces and data elements
03Application & RTE
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- Runnable entities and events
- Sender-receiver communication
- Client-server communication
- RTE contracts and generation flow
04Basic Software
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- Services, ECU abstraction and MCAL
- OS, EcuM and BswM concepts
- Communication stack overview
- Memory stack overview
05Diagnostics & Communication
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- CAN stack configuration concepts
- COM and PDU Router
- DCM, DEM and diagnostic services
- DIDs, routines and fault handling
06Configuration Project
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- System description to ECU extract
- BSW configuration workflow
- SWC integration and testing
- Interview scenarios and project review
Career direction
Roles this program prepares you for
Questions answered
Frequently asked questions
Does the course cover Classic or Adaptive AUTOSAR?+
The core track focuses on Classic AUTOSAR, which is widely used for deeply embedded automotive ECUs.
Are CAN and diagnostics included?+
Yes. The syllabus includes the communication flow and core DCM/DEM diagnostic concepts.
Who should take this program?+
It is ideal for embedded learners and engineers targeting automotive ECU development, configuration or integration roles.
