Class Embedded Systems Programming

This course aims to clearly identify the fundamental theoretical principles of embedded systems and their programming and allows the student
a) master the formal techniques of specification and development of embedded systems and their programming, and

b) provides the student with a set of methodologies/tools that allow the integration of embedded systems and knowledge of the most common platforms used in the functional integration of the different components of an embedded system.

Introduction to Embedded Systems.

 - Meaning of embedded system.

 - Examples of use of embedded systems. 

Specification and design of embedded systems.

 - Types / families of microcontrollers.

 - Architectures. System of I/O.

 - Interruption system.

 - Clocks and timers.

 - User interface. Interfaces with displays, sensors and actuators.

 - Serial communications module.

 - Communication protocols Acquisition and transmission of data (ADC converters). 

Programming Embedded Systems.

 - Tools and programming languages for Embedded Systems.

 - Test Methods. Implementation of projects of embedded systems. 

Exposure to guest seminars from companies listed in the PSI 20 where they address the practice of the subjects taught in a work environment.
Previous exposure to the environment in the class of Digital Systems,

Wolf, M. (2016). Computers as Components- Principles of Embedded Computing System Design, Elsevier (4a edição).

Michael Barr, M. (2006). Programming Embedded Systems: With C and GNU Development Tools, O ¿Reilly (2a edição),

Almeida, R. ;Moraes, C; Seraphim, T. (2016). Programação de Sistemas Embarcados. Elsevier.