Computer Engineering
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10 lessons3 levels1 capstone project
Bridge software and hardware by understanding binary logic, gates, registers, memory, ALUs, CPUs, buses, instruction execution and how physical circuits become programmable computers.
BASIC
- Boolean Logic & Logic Gates — Crash Course Computer Science (10 min)
Builds the digital-logic foundation: Boolean algebra, gates and abstraction. - The Central Processing Unit (CPU) — Crash Course Computer Science (12 min)
Connects ALU, registers, RAM and control into the fetch-decode-execute cycle. - How Do Transistors Build Into a CPU? — Branch Education (27 min)
Excellent visual explanation from transistor physics through standard cells, logic gates and CPU structures.
INTERMEDIATE
- Programming My 8-bit Breadboard Computer — Ben Eater
A deeper treatment of the same skill; use it to move from concept to working patterns. - Registers and RAM — Crash Course
A deeper treatment of the same skill; use it to move from concept to working patterns. - Caching, Load Balancing & Sharding
Apply Computer Engineering through the adjacent capability: Systems Architecture & System Design.
ADVANCED
- Design a URL Shortener — System Design
Extend Computer Engineering into senior/production practice through Systems Architecture & System Design. - Introduction to Causal Diagrams — Climate Interactive
Extend Computer Engineering into senior/production practice through Systems Thinking. - Requirements Definition (Systems Engineering) — MIT
Extend Computer Engineering into senior/production practice through Systems Architecture & System Design.