Courses
Structured Learning
Mini-courses and structured learning sequences — each with ordered lessons, interactive components, and exercises. Topics span combustion engineering, mathematics, climate tech, and more.
11 lessons
Gas Turbine Combustion: A First-Principles Course
Ten interactive lessons and a capstone design studio: the physics of gas turbine combustors, from holding a flame in a hurricane to NOₓ chemistry and hydrogen — built on Lefebvre & Ballal's definitive text, with more than two dozen live simulations to play with.
14 lessons
Rocket Propulsion: A First-Principles Course
Thirteen interactive lessons and a capstone mission studio: how rockets really work, from the rocket equation and supersonic nozzles to turbopumps, solid grains, Hall thrusters and shock diamonds — built on Sutton & Biblarz's definitive text, with more than thirty live simulations to fly.
14 lessons
Rotating Detonation Engines: A First-Principles Course
Thirteen interactive lessons and a capstone design studio on the most exciting idea in combustion engineering: an engine that runs on detonation waves chasing their own tails around a ring. From shock waves and the Chapman–Jouguet point to detonation cells, injector recovery and wave modes — with a live reactive-flow solver running in your browser.
15 lessons
Fundamentals of Thermodynamics: An Interactive Course
Fourteen interactive lessons and a capstone power-plant studio, following the arc of Moran & Shapiro's Fundamentals of Engineering Thermodynamics: from pressure and the first law through steam tables, entropy and exergy to power cycles, refrigeration, moist air, combustion and chemical equilibrium — with live steam tables and more than thirty simulations running in your browser.