EECS - Modules (PO2018, valid until Sept. 30, 2024)

The master program consists of compulsory modules and focus modules.18 credits have to be taken from one of the chosen key areas of the focus modules.

Compulsory modules

Module title	Credits
Mathematical models for safety systems	6
Selected topics on programming languages and techniques according to IEC 61131-3	6
Theory of safety-related computer architectures	6
Introduction to information theory and coding	6
Safety standards and norms of electronic systems	6
Project	8
Seminar	4
Master Module	30

Focus modules

Key Area	Module Title	Credits
System and Control	Advanced Digital Control	6
	Computer based Design of Microelectronic Circuits	6
	Functional Safety in Computer Architectures	6
	Process Computing	6
	Reconfigurable Structures	6
	Risk Determination of Computer Architectures	6
	Selected Topics on Microprocessor Techniques	6
Mathematical Models and Software Technology	Functional Safety in Computer Architectures	6
	Methods for Automation for Safety-related Systems	6
	Methods for Software Reliability and Software Quality	6
	Pattern Recognition	6
	Reliability Models and Software Architecture for Complex Systems	6
	Risk Determination of Computer Architectures	6
	Verification of Embedded Systems	6
Sensor and Communication	Functional Safety in Computer Architectures	6
	Introduction to Signal Detection and Estimation	6
	Semiconductor Lasers	6
	Optical Communication Systems	6
	RF Sensor Systems	6
	Risk Determination of Computer Architectures	6
Biomedical Engineering	Functional Safety of Biomedical Systems	6
	Biomedical Engineering	6
	Biomedical Instrumentation	6
	Selected Topics of Biomedical Engineering	6
Safety Structures for Vehicles	Safety Electronic Systems in Vehicles	6
	Mathematical Safety Analysis of Electronic Systems in Cars	6
	Modeling of Safety Structure according to ISO 2626-2	6
	Modeling of Safety Architectures in Automotive	6

FUSE module handbook - 2015

FUSE_Modulhandbuch_-_2015.pdf - 417 KB