The aviation industry is undergoing a significant shift towards hydrogen-powered aircraft to achieve long-term decarbonization goals. However, this transition comes with a new set of challenges related to the unique properties of hydrogen. The article discusses how hydrogen's explosive nature and ability to cause structural damage require engineers to adopt specialized materials and safety measures in aviation. It highlights the commitment of industry giants like Airbus in developing hydrogen-powered commercial aircraft as a step towards a greener future. The article also addresses the challenges faced in scaling innovation, such as understanding material behaviors and establishing safe operating conditions for hydrogen in aviation. Events like the Aerospace Technology Institute series have brought together major stakeholders to tackle these bottlenecks and pave the way for a smoother transition to hydrogen-powered aviation. Investments in hydrogen technology hubs, like the CH2i, and collaborations with regulatory bodies emphasize the importance of training engineers with hydrogen-related skills to ensure safe adoption and operation of hydrogen technologies. The article emphasizes the need for academia and industry to work together in developing the necessary expertise and knowledge to train the next generation of engineers in hydrogen technologies. Overall, the article portrays a positive sentiment towards hydrogen's potential in creating a low-risk environment in aviation and its broader implications for green energy. With continued investments and collaborations, hydrogen is poised to play a vital role in shaping a sustainable future for aviation and beyond.