Entry requirements

120 credits including Computer architecture, Operating systems, and Real-time systems.

Learning outcomes

To pass, the student should be able to:

• apply model based construction and analysis of embedded systems, especially the software.
• use current techniques and tools, e.g. Simulink and MATLAB to develop embedded software.
• work i teams through the entire development cycle, from system specification to constructing a prototype and system implementation.

Content

The course covers the following areas: computational models for parallel systems, heterogeneous embedded systems, prototyping including model construction and code generation, gathering and judging different construction possibilities, simulation, verification, and testing of embedded systems, and UML-diagram and use of Simulink.

Instruction

Lectures, lessons, assignments, labs and project.

Assessment

Written exam and written assignments (7 credits). Practical assignments and demonstration of project (3 credits).