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Computer Architecture
Understand how computers are built, organised, and optimised.
Topics
Exam‑style questions with instant feedback.
Section 1: Fundamentals
Section 2: Digital Logic
Section 3: Instruction Set Architecture
Section 4: Arithmetic Operations
Section 5: Processor Datapath
Section 6: Pipelining Fundamentals
Section 7: Advanced Pipelining
Section 8: Cache Memory
Section 9: Memory Systems
Section 10: Storage & I/O
Section 11: Parallel Architectures
What you’ll achieve
Study the principles of instruction set architecture and CPU design.
Understand memory organisation, caching, and performance tuning.
Explore input/output systems and hardware-software interaction.
Learn about parallelism, pipelining, and modern processor design.
Build a strong base for careers in systems engineering and hardware design.
Course overview
Everything you need to excel in Computer Architecture
Computer Architecture explores the organisation and functioning of computer systems at the hardware and low-level software interface. This course covers digital logic, instruction set architecture (ISA), CPU design, memory hierarchies, input/output systems, and performance optimisation. Students will learn how hardware components interact, how instructions are executed, and how modern architectures support advanced computing tasks. With relevance to embedded systems, high-performance computing, and processor design, computer architecture provides a foundation for both software engineers and hardware specialists.
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