Master program
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Period | Winter semester |
Event no. | FB16-4302 |
Teaching form | 4 SWS: 2 SWS lecture 2 SWS exercise |
Credits | 6 |
Course of studies | E-technology / Computer science / Mechatronics Mathematics / Mechanical Engineering |
HIS Portal | further information |
Moodle |
Learning Objectives: Intended Learning Outcomes: Learn the fundamentals, operating principles, and system architectures of simple microprocessors and become familiar with commercially available designs. Representation of information for microprocessors, structure and operation of arithmetic units, routing units and ALUs; basic structure of a microprocessor, system bus interface, timing, address decoding, addressing techniques. Learn design of microprocessor based systems (especially design, modeling and implementation). |
Period | Winter semester |
Event no. | FB16-4305 |
Teaching form | 4 SWS |
Credits | 6 |
Course of studies | Master Functional Safety Engineering |
HIS Portal | further information |
Moodle | |
Interested persons please contact via e-mail to Prof. Krini |
Learning Objectives: The student is able to:
Literature:
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Period | Winter semester |
Event no: | FB16-5476 |
Teaching format | 4 SWS:
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Credits | 6 |
Course of studies | Electrical Engineering Information FUSE (Functional Safety Engineering)
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HIS Portal | further information |
Moodle |
Learning outcomes, competencies, qualification goals The learner will be able to: Learning outcomes related to program objectives: |
Period | Winter semester |
Event no: | FB16-6606 |
Teaching form | 4 SWS |
Credits | 6 |
Course of studies | FUSE, Computer Science |
HIS Portal | further information |
Moodle |
Depending on the architecture and complexity of a safety-related system or subsystem, the user has several options for calculating the various parameters. For the determination of failure rates one needs knowledge in the fields of probability theory, statistics, solving differential equations and series expansion. Reliability block diagrams or Markov models can be used to determine failure probabilities and MTTF values. Knowledge of integral and differential calculus or matrix calculus is required for this. In the absence of assured failure rates of the individual elements of a system from field tests, Monte Carlo simulation can be used to estimate the required parameters with appropriate confidence intervals.
Learning Objectives: The learner will be able to Learning outcomes related to the program objectives: |
Period | Winter term |
Event no: | FB16-5493 |
Teaching form | 4 SWS:
|
Credits | 6 |
Course of studies | Computer Science FUSE (Functional Safety Engineering) |
HIS Portal | further information |
Moodle |
Learning outcomes, competencies, qualification goals The learner will be able to: Learning outcomes related to program objectives: |
Period | Winter semester |
Event no: | FB16-6608 |
Teaching form | 4 SWS
|
Credits | 8 |
Course of studies | Computer Science FUSE (Functional Safety Engineering) |
HIS Portal | further information |
Moodle | |
Interested persons please send a mail to the secretary's office |
Period | Winter semester |
Event no: | FB16-6609 |
Teaching form | 2 SWS |
Credits | 4 |
Course of studies | Computer Science FUSE (Functional Safety Engineering) |
HIS Portal | further information |
Moodle |
The course will take place online. If you are interested, please contact the office of Prof. Börcsök by mail. |
Period | Winter semester |
Event no: | FB16-6850 |
Teaching form | 4 SWS Lecture Exercise |
Credits | 6 |
Course of studies | FUSE (Functional Safety Engineering) |
HIS Portal | further information |
Moodle |
Learning outcomes, competencies, qualification goals The learner will be able to Learning outcomes related to program objectives: |
Period | Winter semester |
Event no. | FB16-6602 |
Teaching form | 4 SWS: Block seminar |
Credits | 6 |
Course of studies | Computer Science Mechanical Engineering Electrical Engineering Pool FB16 Mechatronics Mathematics Industrial Engineering FUSE |
HIS Portal | further information |
Moodle | |
Desired learning outcomes: Learning content: Structure of processes, mathematical model descriptions, structure of process computer and automation systems, structure and mode of operation of peripheral units, real-time properties, programming and tool selection, presentation of commercially available systems and tools with reference to the application, example applications from various applications. |
Period | Winter semester |
Event no: | 9018.16 |
Teaching form | 2 SWS |
Credits | |
Course of studies |
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HIS Portal | further information |
Moodle |
Further information is available in the department! |