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Hydrogen Safety Short Course (Online)

3 February – 19 February 2026
3 Weeks • 6 Classes • 12 Total Hours

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You may watch replays of any missed lectures—live attendance is optional.
Sessions run every Tuesday and Thursday from 12–2 p.m. CST.
(All classes are recorded, and course notes will be available for download.)

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This is the first comprehensive training program focused on hydrogen safety in aviation, designed for industry professionals, regulators, and operational teams preparing for hydrogen aircraft and infrastructure.
All students will receive a Certificate of Completion from HYSKY Society.

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Overview

The Hydrogen Safety Short Course provides a complete foundation in the hazards, standards, system behaviors, and emergency practices required for safe hydrogen integration in aviation.

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Developed by HYSKY Society, the curriculum covers hydrogen’s unique physical and chemical properties, codes and standards, detection and ventilation needs, materials and system design, storage and fueling safety, operational considerations, and emergency response strategies.

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Students will learn to assess and mitigate risks across LH₂, GH₂, fuel-cell systems, distribution networks, hangars, airports, and aircraft—supporting safe deployment of hydrogen-powered aviation.

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This training is ideal for aircraft developers, safety engineers, regulators, airport firefighters, hydrogen producers, fueling operators, MRO professionals, and anyone preparing for hydrogen’s growing role in aviation operations.

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Learning Objectives

By the end of this course, students will be able to:

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• Explain hydrogen’s safety-related physical and chemical behavior.

• Apply NFPA, ISO, SAE, ICAO, FAA, and EASA standards to hydrogen aviation systems.

• Assess hazards associated with LH₂ and GH₂ storage, transfer, and distribution.

• Evaluate detection, ventilation, electrical classification, and mitigation technologies.

• Integrate hydrogen safety into aircraft, hangars, MRO facilities, fueling areas, and airport operations.

• Develop emergency response strategies for leaks, spills, fires, overpressure events, and system failures.

• Understand future standards, R&D needs, and pathways to global policy alignment.

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Audience

This course is intended for:

• Anyone preparing for or interested in hydrogen aviation safety

• Aircraft developers, safety specialists, and regulators (FAA, EASA, ICAO, NFPA, ISO)

• Airport firefighters, emergency responders, and fueling operators

• Hydrogen producers, compliance/risk managers, and MRO professionals

• Engineers, pilots, and aviation leadership seeking hydrogen safety literacy

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Course Fees

• Non-Member Price: $500 USD

• HYSKY Connect VIP Member Price: $200 USD

• Student Price: $200 USD

 

Sign in to HYSKY Connect to register

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Course Outline

Week 1

Lecture 1: Introduction to Hydrogen Hazards in Aviation
Tue, Feb 3 – 12:00–2:00 PM CST

Lecture 2: Codes, Standards, and Regulatory Frameworks for Hydrogen Safety
Thu, Feb 5 – 12:00–2:00 PM CST

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Week 2

Lecture 3: Detection, Ventilation, and Mitigation Technologies
Tue, Feb 10 – 12:00–2:00 PM CST

Lecture 4: LH₂ & GH₂ Storage, Fueling, and Distribution Safety
Thu, Feb 12 – 12:00–2:00 PM CST

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Week 3

Lecture 5: Aircraft & Airport Integration for Hydrogen Safety
Tue, Feb 17 – 12:00–2:00 PM CST

Lecture 6: Emergency Response, Incident Management & Future Standards
Thu, Feb 19 – 12:00–2:00 PM CST

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Classroom Hours / CEUs

12 classroom hours
1.2 CEU
12 PDH

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Course Delivery and Materials

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• Delivered via Zoom through the HYSKY Connect platform

• Sessions available on-demand within 1–2 days

• Replay videos accessible anytime

• Slides downloadable after each lecture

• Instructor support available between sessions for technical questions