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.
English
Last updated
Fri, 04-Jul-2025
Embark on a transformative journey through the heartbeat of modern automotive electronics with this industry-driven AUTOSAR program. You’ll explore the AUTOSAR layered architecture, revealing the synergy between Basic Software (BSW), the Runtime Environment (RTE), and Application Software Components (SWCs). Learn how to configure the Microcontroller Abstraction Layer to unleash GPIO, PWM, ADC, and CAN drivers with precision worthy of a master craftsman.
From diagnostic stacks to communication stacks, you will gain the skills to craft reliable embedded systems using AUTOSAR configuration tools like Vector DaVinci Developer or Elektrobit Tresos. You’ll experience configuring and flashing firmware on industry-standard boards such as Infineon AURIX, while leveraging advanced debugging tools and simulation platforms like CANalyzer or CANoe to validate communication flows.
By working hands-on with the AUTOSAR OS, you will choreograph real-time scheduling and orchestrate sensor–actuator data flow with confidence. With a solid grip on fault handling and data persistence through DEM and NVRAM, you’ll build robust, maintainable, future-ready automotive systems. Finally, you will integrate all these layers into a single, fully functional control application — tested and demonstrated on real hardware.
Expect to leave this course with tangible skills in MCAL and BSW configuration, RTE generation, SWC development, debugging, and full-system integration — everything you need to command the road ahead.
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