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AUTOSAR

AUTOSAR

55000₹

Step into the world of automotive software engineering with this practical AUTOSAR course. Master the architecture, configure MCAL and BSW, generate and test the RTE, and design application software components to run on real automotive hardware. Integrate, debug, and validate your work to build a fully functional AUTOSAR project that’s ready to hit the road.

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Expiry period	3 Months
Made in	English
Last updated at	Fri Jul 2025
Level	Advanced
Total lectures	6
Total quizzes	0
Total duration	10:16:00 Hours
Total enrolment	7
Number of reviews	0
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Short description	Step into the world of automotive software engineering with this practical AUTOSAR course. Master the architecture, configure MCAL and BSW, generate and test the RTE, and design application software components to run on real automotive hardware. Integrate, debug, and validate your work to build a fully functional AUTOSAR project that’s ready to hit the road.
Outcomes	⚙️ Knowledge Solid understanding of embedded C programming Basic microcontroller architecture concepts Introductory familiarity with communication protocols (CAN, LIN, Ethernet helpful) General grasp of real-time systems is a plus ⚙️ Hardware/Software Access to an AUTOSAR-compliant microcontroller development board (suggested: Infineon AURIX TC2xx/TC3xx) Regulated power supply for the microcontroller Debugger (J-Link, Lauterbach Trace32 recommended) PC with sufficient resources to run AUTOSAR tools Licensed AUTOSAR configuration tool (Vector DaVinci Developer or Elektrobit Tresos) IDE & compiler (IAR Embedded Workbench or Green Hills recommended) CAN analyzer tools (e.g., CANoe, CANalyzer)
Requirements	By the end of this course, you will be able to: ✅ Explain the AUTOSAR layered architecture and its role in automotive software. ✅ Configure MCAL drivers for GPIO, PWM, ADC, and CAN to interface with real hardware. ✅ Set up and fine-tune BSW modules, including diagnostic, communication, and memory stacks. ✅ Generate and test the Runtime Environment (RTE) to link application software components with BSW. ✅ Develop application software components (SWCs) using AUTOSAR methodology. ✅ Use professional tools like Vector DaVinci Developer or Elektrobit Tresos for configuration, and CANoe/CANalyzer for testing. ✅ Deploy software onto AUTOSAR-compliant microcontrollers (e.g., Infineon AURIX), flashing and debugging real firmware. ✅ Integrate a complete AUTOSAR-based control application from top to bottom. ✅ Apply advanced diagnostic features and handle data persistence using DEM and NVRAM. ✅ Showcase a fully functional end-to-end AUTOSAR project running on real automotive hardware.