Git Fundamentals for Engineers
A free hands-on Git course covering commits, branches, remotes, merges, history, recovery, and team workflows.
Independent learning for hardware engineers
Understand the systems behind reliable silicon.
Long-form courses in verification, protocols, programming, and AI engineering. Built to help working engineers develop judgment—not just collect syntax.
01First principlesBuild the mental model before the recipe.
02Practical depthWork through real constraints and tradeoffs.
03Self-pacedKeep your place and learn on your schedule.
Selected courses
Start with a subject that matters.
Structured paths from foundations to advanced engineering practice.
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The Bitwise method
Technical learning should feel like engineering.
We begin with the model, test it against examples, then turn it into repeatable practice. Every lesson is designed to leave you with a clearer way to reason about the system.
- ModelSee how the pieces actually fit together.
- PracticeApply the idea while the context is fresh.
- VerifyCheck assumptions, edge cases, and failure modes.
From the journal
Notes for engineers who want the why.
Clear writing about verification mechanics, design decisions, and the details that usually get skipped.
Browse the journal →UVM Objections – When to End?
Introduction: The UVM Test End Problem If you are new to UVM objections, it is very easy to file them away as one more …
Read article →SystemVerilog Functions vs Tasks
Stop Memorizing Syntax. Start Modeling Intent. When it comes to understanding SystemVerilog functions vs tasks, most engineers start with a quick checklist: functions return …
Read article →Practical UVM Factory
What You Actually Use Every Day If you read most explanations of the UVM factory, they begin with APIs. They explain set_type_override_by_type(), show a …
Read article →Your learning record
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