Bachelor's degree

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Microprocessor Technology and Embedded Systems I

Period	Winter semester
Event no.	FB16-4302
Teaching form	4 SWS: 2 SWS lecture 2 SWS exercise
Credits	6
Study program	Electrical Engineering / Computer Science / Mechatronics Mathematics / Mechanical Engineering
HIS Portal	Further information
Moodle

Learning objectives: Intended learning outcomes: Learn the basics, functional principles and system architectures of simple microprocessors and become familiar with commercially available designs. Presentation of information for microprocessors, structure and mode of operation of arithmetic units, control units and ALUs; basic structure of a microprocessor, system bus interface, time behavior, address decoding, addressing techniques. Learning the design of microprocessor-based systems (in particular design, modeling and implementation)

Signal processing with microprocessors 1

Period	Winter semester
Event no.	FB16-5412
Teaching form	4 SWS: 2 SWS lecture 2 SWS exercise
Credits	6
Study program	Electrical Engineering / Computer Science/ Industrial Engineering
HIS Portal	Further information
Moodle

Learning objectives: Mathematical basics and models of different methods of digital signal processing, Laplace transform, Fourier transform, z-transform, digital filter systems Learning content: Shannon theorem, Laplace transform, Fourier transform, z-transform, calculations of FIR and IIR filters for signal analysis, example applications from various applications Literature: Script, will be handed out at the beginning of the course. Further literature will be announced in the course.

Industrial networks

Period	Winter semester
Event no:	FB16-6607
Teaching form	4 SWS: 2 SWS lecture 2 SWS exercise
Credits	6
Study program	Electrical Engineering, Computer Science, Mechatronics
HIS Portal	Further information
Moodle

Working out the structure and mode of operation of different networks. Classify protocols of different networks. Calculation of bit error and residual error rates in different networks

PLC programming according to IEC 61131-3

Period	Winter semester
Event no:	FB16-5488
Teaching form	4 SWS
Credits	6
Study program	Computer Science Mechanical Engineering Mechatronics Electrical Engineering Pool FB16
HIS Portal	Further information
Moodle
Important: FB16: 5488 PLC Program. IEC 61131-3 , Greyhound 19.09.2024 08:00:00 - 15.10.2024 16:00:00 Description : Participants will be admitted immediately until the maximum number per group is reached. After that, it is possible to register on one or more waiting lists for the group dates. If an admitted participant cancels, the next person on the waiting list will automatically move up and all additional waiting list places for this student will be deleted. No notification will be sent by email.

Learning objectives: Structure, organization and application of IEC61131 languages

Selected chapters of computer technology and microprocessor technology

Period	Winter semester
Event no:	FB16-6805
Teaching form	4 SWS Lecture / Exercise
Credits	6
Study program	Electrical Engineering Computer Science
HIS Portal	Further information
Moodle
If you are interested, please send an e-mail to the secretary's office

Learning objectives: In-depth knowledge of processor architecture, VHDL design, implementation of simple architectures

Bachelor project in the field of computer architecture and system programming

Period	Winter semester
Event no:	FB16-6603
Teaching form	8 SWS
Credits	9 / 12
Study program	Electrical Engineering Computer Science
HIS Portal	Further information
Moodle

The course will take place online, if you are interested please contact Prof. Börcsök by mail.

Bachelor's seminar in computer architecture and system programming

Period	Winter semester
Event no:	FB16-6601
Teaching form	2 SWS
Credits	3 / 4
Study program	Computer Science
HIS Portal	Further information
Moodle

The course will take place online, if you are interested please contact Prof. Börcsök's office by e-mail.