703005 VO/2 VO Introduction to Computer Engineering

winter semester 2018/2019 | Last update: 13.03.2019 Place course on memo list
703005
VO Introduction to Computer Engineering
VO 2
3
weekly
annually
German

The learning objectives are to understand the fundamental concepts of computer engineering and be able to apply them in practice. Students graduating from this course understand the basic principles of computer architecture and the design of modern computer sytems. They can program in assembly language and evaluate modern computer systems.

The objective of this course is to gain first insights into the field of computer engineering. Topics of primary interest are the fundamentals of digital computers, concepts of digital circuts, computer arithmetics, and microprocessor systems. The accompanying proseminar discusses selected topics in more detail.

  • Design, structure, and functioning of digital circuits
  • Architecture principles and organization of modern computer hardware (e.g., microprocessor and multicore systems)
  • Interaction of hardware and software
  • Machine-oriented programming, e.g., on the ARM architecture
  • Approches for evaluation and comparison of components and systems (memory, I/O, performance metrics)

This bachelor class is taught in German. Almost all course material is available in German. The class splits into a lecture and a proseminar.

The lecture is graded in a written exam.

  • D. W. Hoffmann, Grundlagen der Technischen Informatik, 3. Auflage, Hanser, 2013.
  • A. Clements, The Principles of Computer Hardware, ed. 4th, Oxford University Press, 2006.
  • D. A. Patterson and J. L. Hennessy, Computer Organization and Design, ed. 5th edition, Morgan Kaufmann, 2013.
  • W. Oberschelp und G. Vossen, Rechneraufbau und Rechnerstrukturen, 10. Auflage, Oldenbourg, 2006.

none

not applicable
see dates
Group 0
Date Time Location
Wed 2018-10-03
12.15 - 14.00 HS A (Technik) HS A (Technik) Barrier-free
Mon 2018-10-08
18.15 - 19.00 rr 20 rr 20 Barrier-free TUTORIUM
Wed 2018-10-10
12.15 - 14.00 HS A (Technik) HS A (Technik) Barrier-free
Mon 2018-10-15
18.15 - 19.00 rr 20 rr 20 Barrier-free TUTORIUM
Wed 2018-10-17
12.15 - 14.00 HS A (Technik) HS A (Technik) Barrier-free
Mon 2018-10-22
18.15 - 19.00 rr 20 rr 20 Barrier-free TUTORIUM
Wed 2018-10-24
12.15 - 14.00 HS A (Technik) HS A (Technik) Barrier-free
Mon 2018-10-29
18.15 - 19.00 rr 20 rr 20 Barrier-free TUTORIUM
Wed 2018-10-31
12.15 - 14.00 HS A (Technik) HS A (Technik) Barrier-free
Mon 2018-11-05
18.15 - 19.00 rr 20 rr 20 Barrier-free TUTORIUM
Wed 2018-11-07
12.15 - 14.00 HS A (Technik) HS A (Technik) Barrier-free
Mon 2018-11-12
18.15 - 19.00 rr 20 rr 20 Barrier-free TUTORIUM
Mon 2018-11-19
18.15 - 19.00 rr 20 rr 20 Barrier-free TUTORIUM
Wed 2018-11-21
12.15 - 14.00 HS A (Technik) HS A (Technik) Barrier-free
Mon 2018-11-26
18.15 - 19.00 rr 20 rr 20 Barrier-free TUTORIUM
Wed 2018-11-28
12.15 - 14.00 HS A (Technik) HS A (Technik) Barrier-free
Mon 2018-12-03
18.15 - 19.00 rr 20 rr 20 Barrier-free TUTORIUM
Wed 2018-12-05
12.15 - 14.00 HS A (Technik) HS A (Technik) Barrier-free
Mon 2018-12-10
18.15 - 19.00 rr 20 rr 20 Barrier-free TUTORIUM
Wed 2018-12-12
12.15 - 14.00 HS A (Technik) HS A (Technik) Barrier-free
Mon 2019-01-07
18.15 - 19.00 rr 20 rr 20 Barrier-free TUTORIUM
Wed 2019-01-09
12.15 - 14.00 HS A (Technik) HS A (Technik) Barrier-free
Mon 2019-01-14
18.15 - 19.00 rr 20 rr 20 Barrier-free TUTORIUM
Wed 2019-01-16
12.15 - 14.00 HS A (Technik) HS A (Technik) Barrier-free
Mon 2019-01-21
18.15 - 19.00 rr 20 rr 20 Barrier-free TUTORIUM
Wed 2019-01-23
12.15 - 14.00 HS A (Technik) HS A (Technik) Barrier-free
Mon 2019-01-28
18.15 - 19.00 rr 20 rr 20 Barrier-free TUTORIUM
Wed 2019-01-30
12.15 - 14.00 HS A (Technik) HS A (Technik) Barrier-free
Thu 2019-04-11
08.00 - 12.00 HSB 3 HSB 3 Barrier-free Prüfung