Why this roadmap exists

MechCompass is a structured roadmap for learning mechanical engineering. It maps the foundations, the core engineering courses, the applied tools, and the career pathways, and arranges them in the order they build on one another.

Course lessons are being written gradually. Statics is already finished to the depth every course is working toward, so you can see the standard the rest of the site is aiming for rather than taking it on trust.

Current status: public beta. The roadmap, the structure, and the pilot courses are live. More course depth is being added steadily, and every course page is honest about what is finished and what is not.

• Mechanical engineering students who want a clear order to study in.
• Self-learners building the subject on their own.
• Students preparing for university engineering.
• Anyone reviewing the fundamentals before exams or interviews.
• People exploring whether a mechanical engineering career fits them.

The roadmap follows the structure of a typical mechanical engineering degree and the way the subjects depend on each other. A few simple rules set the whole order.

We do not claim any affiliation with a university. The order simply reflects how these subjects are usually taught, because each one needs the one before it. You can see the full dependency map on the roadmap.

Detailed lessons are added gradually, using standard engineering textbooks. Each finished lesson follows the same shape:

• A worked example that shows the reasoning, not just the answer.
• Practice problems that build up in difficulty.
• The common misconceptions to watch for.
• Short retrieval prompts to lock the idea in.

Until a course reaches that depth, its page shows an honest status label and a short outline, so you always know what is finished and what is still coming. The courses page lists the current status of each one.

Each course is built on the standard textbooks used in mechanical engineering degrees, and we try to be honest about the evidence behind every claim.

• We use widely adopted texts, for example Hibbeler for Statics and Kreyszig for engineering mathematics.
• A book is marked "verified university use" only when a public syllabus or course page supports it.
• Where we cannot link a public source, we call a book a standard reference, not an authority claim.

The textbooks page lists every book with its evidence label and a link where one exists.

AI helps us draft and check material, but it does not replace engineering judgment, and we do not present it as an authority.

• Worked examples, figures, and numbers are checked against the textbooks and the physics, not trusted blindly.
• We do not pass off AI output as a finished answer; the reasoning and the checks are the point.
• We encourage you to use AI to critique your own attempt, not to hand you the solution.

The method is not our opinion. It comes from decades of research on how people actually learn hard, quantitative subjects.

The study methods page explains how to use each habit, and the sources page lists the research behind them.