Electrical & Computer Engineering

Building, documenting, and teaching engineering — from circuits to firmware.

Conslabs is a portfolio and knowledge base for electrical and computer engineering: hands-on projects, structured learning roadmaps, and detailed technical lessons.

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Fields covered on this site

Projects, roadmaps, and lessons here sit within four areas of electrical and computer engineering.

Computer Architecture

CPU datapaths, memory hierarchy, and instruction set design.

Digital Systems

Combinational and sequential logic, from gates to flip-flops.

VLSI

Very-large-scale integration: PCB and chip-level circuit design.

Robotics

Real-time sensor fusion, control systems, and embedded firmware.

Featured projects

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computer

RISC-V CPU Core (RV32I)

A 32-bit RISC-V RV32I processor implemented in Verilog across single-cycle, multi-cycle, and 5-stage pipelined designs.

Learning roadmaps

Structured, topic-by-topic paths through electrical and computer engineering — each node links to a detailed lesson where one exists.

Embedded Systems Engineer

intermediate

From circuit fundamentals to real-time firmware and PCB design for embedded products.

Latest lessons

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EMC ConsiderationsDesigning for electromagnetic compatibility from the start: minimizing radiated emissions, the role of return current loops, and basic filtering and shielding strategies.April 8, 2025 · 3 min read

Signal Integrity FundamentalsWhy high-speed traces need controlled impedance, how termination prevents reflections, and why the ground return path matters as much as the signal trace itself.April 7, 2025 · 3 min read

PCB Design BasicsFrom schematic to manufacturable board: footprints, layer stack-up decisions, and the design rules that keep a PCB layout sane.April 6, 2025 · 3 min read

How to use this platform

Start with a roadmap

Pick a path like Embedded Systems Engineer for a structured curriculum.

Open a lesson, then a sub-lesson

Each roadmap topic links to a lesson; lessons break into ordered sub-lessons.

Read sub-lessons in order

Each one builds on the last, with previous/next links at the bottom.

See it applied in Projects

Real hardware, firmware, and PCB designs built from the same fundamentals.