Course

Unit 1

Introduction to Embedded Systems – Introduction to ARM – Advanced RISC Features Specifications of Automotive Grade Controllers with examples – Core Data path – Register Organization – System Architecture – Memory Organization – Low Power Modes – Power Control Registers – Backup Registers – Programming STM32F.

Unit 2

STM32F Peripherals: Embedded C Programming – General Purpose Input Output – UART – ADC – DAC – Timers – Interrupts and Exceptions – PWM – SPI.

Unit 3

External Peripheral Interfacing: LCD – Keypad – Motor – Servo Motor – EEPROM – Seven Segment Interfacing – Sensor Interfacing. Case Studies: ADAS system for Body Electronics and Infotainment applications (Selection of micro controller for Automotive as lab experiment)

Text Books / References

1. Shujen Chen, Eshragh Ghaemi, Muhammad Ali Mazidi, STM32 Arm Programming for Embedded Systems, Microdigitaled, 2019.
2. Donald Norris, Programming with STM32: Getting Started with the Nucleo Board and C/C++, McGraw-Hill Education, 2018.
3. STM32F446xx advanced Arm®-based 32-bit MCUs, Reference Manual, 2020.

Course Objectives

• To introduce design concepts of embedded systems.
• To provide insights on embedded C programming for configuring microcontroller and peripherals
• To enable development of embedded system models.

Course Outcomes

• CO01: Able to identify the features of STM32F microcontroller
• CO02: Able to apply embedded C programming skills for configuring STM32F peripherals
• CO03: Able to analyze external peripheral interfacing with a microcontroller
• CO04: Able to design and develop embedded systems using STM32F microcontroller

CO-PO Mapping

Skills acquired: STM32 Microcontroller, Peripheral interfacing, Design requirements