Can you tell us a little bit about your research and its significance?
"My thesis project, titled ‘Shipping Australian wind and sunshine to UK in the form of ammonia’, focused on the trade of green hydrogen, specifically looking at the feasibility of importing green hydrogen from Australia to the UK in the form of ammonia. I calculated the levelised cost of hydrogen (£/kg) and compared it with domestic production costs in the UK to assess which approach would be the most cost-effective in meeting the UK's 2030 green hydrogen target."
Morgan’s research tackles a crucial challenge facing the UK as it strives to produce 5GW of green hydrogen by the end of the decade. By analysing the economics of importing versus domestic production, her work sheds light on whether the UK has the capacity to achieve these targets with its current resources. "The insights gained from this project could play a significant role in shaping trade agreements and ensuring the UK reaches its green hydrogen goals without sacrificing affordability," she explains.
What real-world impact do you hope your research will have?
"I hope my research helps highlight that the UK doesn’t currently have the resources to produce the required 5GW of green hydrogen domestically by 2030. This understanding could drive the country to explore import options to meet its targets efficiently."
Morgan's research could play a pivotal role in shaping future energy policy. By assessing the feasibility of importing hydrogen from resource-rich regions like Australia, her work contributes to ensuring the UK can meet its climate goals while maintaining low costs for consumers. "The earlier we understand the potential shortfalls in domestic production, the sooner we can secure trade agreements and explore alternative options," Morgan adds.
Where do you see yourself in the future?
"I’d like to work as an engineering consultant in an energy team that’s focused on decarbonisation," Morgan says. Her passion for climate action is clear, and her goal is to contribute meaningfully to the global effort to reduce carbon emissions. With her research on green hydrogen and a strong foundation in mechanical engineering, Morgan is well-positioned to drive change in the energy industry.
How has the Brian Meredith Net Zero Scholarship helped you on your journey?
"The Brian Meredith Net Zero Scholarship has been massively impactful in building my brand as an engineer passionate about combating climate change," Morgan says. "The scholarship aligns perfectly with my interests, and being associated with Green Future Investments Ltd, a company with a clear mission to drive sustainability, has given me a real sense of validation."
Morgan highlights how the scholarship has boosted her confidence and helped her stand out in the competitive engineering field. "It’s an incredible achievement that any future employer or interviewer will recognise. I feel like it’s helped me demonstrate my passion and commitment to tackling climate change, which has been seen and appreciated by others."
How has your time at Cranfield helped prepare you for the future?
"My time at Cranfield has been instrumental in getting me to where I am now," Morgan reflects. "The master’s programme has brought me one step closer to becoming a Chartered Engineer, and specialising in energy has deepened my knowledge in the field."
Morgan’s education at Cranfield has provided her with a strong foundation to step into her new role at Siemens Energy. "I’m now equipped to get involved at a much higher level than I could with just my bachelor’s degree," she adds. "Cranfield’s focus on real-world applications and industry collaboration has given me the skills and confidence to contribute meaningfully to the energy sector."
A future focused on decarbonisation
Morgan Havard’s journey, supported by the Brian Meredith Net Zero Scholarship, highlights the critical role that education and research can play in addressing the world’s most pressing environmental challenges. Her work on green hydrogen trade could help shape the future of energy policy in the UK, while her passion for decarbonisation positions her as a leader in the field.
As she embarks on her new role at Siemens Energy, Morgan is ready to make her mark on the renewable energy landscape, helping to drive the global shift towards a greener, more sustainable future.
Find out more about the Advanced Mechanical Engineering MSc.
