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

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

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