What Will Learn?

• Course Aims

  By the end of the course the students will be able to: • Know CAN bus communication • Know about build process in details • Embedded C programming on TIVA C • Model SW using state machine • Differentiate between functional and nonfunctional requirements • Develop C MISRA compliance code • Overview AUTOSAR standard • Overview communication stack • Overview automotive diagnostics • Design layered architecture SW and component based SW

Requirements

MCT343

Description

• English Description
  
  Introduction to Automotive Embedded Networking – Automotive CAN network simulation using CANoe (Vector Germany) evaluation version – Principles of CAPL script to simulate external events and network communications – Introduction to CAN bus protocol – TIVA C embedded development using CAN bus – MISRA static code checking guidelines – MISRA and Code Composer Texas Instruments tools – Real Time Operating System on TIVA C – OSEK network management standard – OSEK NM simulation using CANoe – OSEK state machine C development – Introduction to AutoSar Automotive embedded development standard – AutoSar Real Time Environment (RTE) – AutoSar Basic Software (BSW) – AutoSar Software Components (SWC)
• Arabic Description
  
  Introduction to Automotive Embedded Networking – Automotive CAN network simulation using CANoe (Vector Germany) evaluation version – Principles of CAPL script to simulate external events and network communications – Introduction to CAN bus protocol – TIVA C embedded development using CAN bus – MISRA static code checking guidelines – MISRA and Code Composer Texas Instruments tools – Real Time Operating System on TIVA C – OSEK network management standard – OSEK NM simulation using CANoe – OSEK state machine C development – Introduction to AutoSar Automotive embedded development standard – AutoSar Real Time Environment (RTE) – AutoSar Basic Software (BSW) – AutoSar Software Components (SWC)