Make student competent with basic CPU structures and arithmetic processors working in different arithmetic systems.

- Understanding of the different CPU structures, bit slicing, memory systems and associative memories.

- Understanding of the operation of arithmetic processors and arithmetic algorithms.

- Ability to design an arithmetic processor.

- Design oriented thinking

- Ability to conduct hands-on experiments.

- Working and debugging of relatively large logic circuits.

- Ability to design and operate logic circuits.

Make students familiar with parallel processing hardware concepts, some aspects of multiprocessor performance, interconnection networks and memory organizations.

- Understanding different parallel architectures

- Ability to understand performance modeling, interconnection networks and memory organization of multiprocessor systems

- Design oriented thinking

- Problem solving skills

- Ability to conduct hands-on experiments.

- Working and debugging of relatively large logic circuits.

- Ability to design and operate logic circuits