Study roadmap

Mechanical Engineering Roadmap

Learn mechanical engineering in the right order.

Start with the roadmapFind my starting pointChoose a career path

The path, end to end

FoundationsMath, physics, programming, CAD
Core engineeringStatics, dynamics, fluids, materials
Systems & designHeat transfer, control, machine design
SpecializationFEA, CFD, robotics, energy
PortfolioProjects that show what you can do

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How this works

1. Check your readinessA short self-assessment points you to the right starting line.
2. Follow the roadmapTake courses in dependency order, so each one builds on the last.
3. Learn by doingEvery lesson gives you a worked example, then practice and recall.
4. Build evidenceFinish each course with a portfolio artifact you can show.

Who it is for, and what makes it different

Who it is for

  • Beginners and mechanical engineering students
  • Self-learners and people preparing for university
  • Anyone moving toward a mechanical, design, or simulation career

What makes it different

  • A structured order, not random topic browsing
  • Future modules aligned to standard textbooks
  • Evidence-based study methods and portfolio-oriented direction

Start where you feel strongest.

You do not need to know your level exactly. Pick the closest fit, and you can move between paths whenever you like.

Beginner

Foundation path

Build or refresh the math, physics, CAD, programming, and statics base before the core courses.

Start the foundation path →

Core

Engineering science path

Work through dynamics, materials, thermo-fluids, manufacturing, controls, and labs in order.

Open the core path →

The full degree, organized by how engineers think.

FoundationsMath, physics, code, CAD Mechanics and materialsForces, motion, failure Thermal and fluidsEnergy, heat, flow Design and manufacturingProducts, tolerances, making Systems and controlSensors, feedback, robotics Practice and careerLabs, portfolio, communication

Courses built for active learning

Start with

Mathematics for Mechanical Engineers

Vectors, calculus, differential equations, numerical methods, and uncertainty, taught as engineering tools.

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Then connect

Physics for Mechanical Engineers

Mechanics, energy, rotation, thermal physics, fluids, and electricity with worked examples.

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Core example

Statics

Free-body diagrams, equilibrium, moments, trusses, friction, and practice ladders for real problem solving.

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See all courses →