The Specialization
Liquid Hydrogen Storage & Handling
Why liquid hydrogen is the credible low-carbon path — the storage physics NASA learned the hard way, and how to handle cryogenic H₂ safely on the ground.
→Hydrogen Fuel Cells & Propulsion
How hydrogen becomes electric thrust — the fuel-cell powertrain and aviation’s hardest trade-offs: power per kilogram, waste-heat rejection, and catalyst durability.
→Hydrogen Production & Supply
Where aviation’s hydrogen actually comes from and how it reaches the aircraft — from on-site reforming to the emerging clean-hydrogen supply chain.
Aircraft & eVTOL Case Studies
How real companies engineer hydrogen aircraft — from roadable eVTOLs to record-setting liquid-hydrogen flights, told by the founders and engineers who built them.
→Ground & Airport Infrastructure
Hydrogen only flies if the airport can fuel it: the supply and delivery chain, on-site storage and liquefaction, and refueling and dispensing at scale.
→Hydrogen Drones & Uncrewed Systems
How uncrewed aircraft break past the battery endurance wall — carrying hydrogen as compressed gas, cryogenic liquid, or a chemical carrier and converting it in a fuel cell.
How the specialization is built
The eight courses trace one arc — from the fuel itself, through the machines that use it, to the rules and economics that let it scale:
Each lesson wraps an expert’s real recorded talk with Coursera-convention structure: measurable objectives, short segmented video with captions, authored technical diagrams rendered deterministically with correct labels, formative in-video checks, a graded quiz, a rubric-scored assignment, and a full transcript. Produced by the HYSKY Course Factory and gated through human subject-matter review before publish.