Study Guide

Objectives (course unit)

The student knows
- the applications and importance of programming in the field of electrical and automation
- basic components of an embedded system
- principles of designing the connection and interface logic of the microcontroller application

The student can
- implement C / C ++ modular programs
- utilize ready-made sub-software libraries
- implement simple embedded system software
- implements the microcontroller application

Content (course unit)

Programmable applications in the field of electrical and automation. Programming structures: references, program modularization, records, classes and objects. Implementation of C / C ++ software in embedded system. Principles of designing microcontroller application connection and interface logic.

Exam schedules

There is no exam for the course. The course is evaluated based on a learning diary written from the exercises and the project work.

Assessment scale

0-5

Teaching methods

Lectures, laboratory exercises, and project work

Learning materials

The material mainly consists of lecture slides, exercises, and platform-specific online resources related to the assignments. The materials or links will be provided on Moodle. The material from the Programming Basics course is also suitable as programming material for this course.

Student workload

3*27 h = 81 hours, of which approximately 28 hours are contact teaching. The majority of the course involves independent work. Contact teaching covers the theory lectures and guided exercises.

Completion alternatives

There are no optional completion methods for the course.