Computer Architecture Study Guide
Logic design, CPU architecture, pipelining, memory hierarchy, and parallel architectures.
Core topics in Computer Architecture
- Logic Gates
- Combinational and Sequential Logic
- CPU Design
- Pipelining
- Memory Hierarchy
- Caches
- Parallelism
- Storage
Why students struggle
Architecture is detail-dense. Pipeline hazards, cache coherence, and out-of-order execution add layers that compound — and exam problems often hinge on the interaction between them.
How Fennie helps
Fennie drills pipeline-hazard identification and cache-behavior problems as separate skills before combining them.
How to study Computer Architecture
- 01Master logic design before approaching CPU pipelines
- 02Practice cache calculation problems daily
- 03Use Fennie for pipeline-hazard analysis
- 04Trace simple programs at the assembly level
Frequently asked questions
Why study architecture?
Required for systems, performance engineering, embedded, and hardware-adjacent roles. Less so for web development.
MIPS or RISC-V for instruction sets?
RISC-V is increasingly the modern teaching choice. MIPS still common at legacy programs.
Does Fennie generate pipeline diagrams?
Yes — including hazard detection and forwarding analysis.
Start studying Computer Architecture with Fennie
Upload your notes, syllabus, or textbook. Fennie builds a Daily Plan in under a minute and rebalances daily based on your performance.
Get started freeOther Computer Science subjects
Data Structures
Arrays, linked lists, trees, graphs, hash tables, heaps — and choosing the right structure for the problem.
Algorithms
Algorithm design and analysis — divide-and-conquer, dynamic programming, greedy, graph algorithms, and complexity theory.
Operating Systems
Processes, threads, synchronization, memory management, file systems, and virtualization.
Computer Networks
TCP/IP stack, application protocols, routing, security, and modern network architecture.