Abdullah Alsayegh
Born in Kuwait and raised in Canada, Abdullah Alsayegh pursued a BSc in Electrical Engineering from the American University of the Middle East. He later interned as a summer student at CERN, working with the Coupling Muon Solenoid GEM team in Meyrin, France. With a scholarship from The Kuwait Foundation for the Advancement of Sciences, Abdullah pursued the Sustainable Energy Futures MSc at Imperial College London to further incorporate clean energy in Kuwait’s power network.
Project title: Analysis on powering Data Centers with islanded renewable micro-grids
Research theme: Future of Data Centres
Alexandre Chekroun
After two years of preparatory classes in France, Alexandre Chekroun entered IMT Atlantique, studying broad engineering before specializing in nuclear industry development. Passionate about the engineering challenges of energy systems, he also embraced market perspectives after an energy economics module. To deepen these skills, he completed an ERASMUS exchange at LUT University (Finland) and an internship in Norway on renewable technologies, life-cycle assessment and techno-economic modelling. Now in his final year of the MSc Sustainable Energy Futures at Imperial College London, he aims to apply his foundation in energy markets to drive a sustainable transition.
Project title: Optimising Data Centre Operations with Small Modular Reactors
Research theme: Future of Data Centres
Alish Lemberanskiy
Alish is an electrical engineer with nearly a decade of experience in engineering, design, and construction of power systems for oil refining and petrochemical projects. In recent years, his involvement in sustainable energy projects in Azerbaijan motivated him to deepen his knowledge of the sustainable energy transition and best global practices. Through the MSc in Sustainable Energy Futures at Imperial College London, he wants to build a strong foundation in sustainable energy systems—covering technical, economic, and policy aspects. His research focuses on assessing the feasibility of blue ammonia projects under country specific policy and financial conditions across different countries.
Project title: A Novel Spatio-Temporal Multi Criteria Framework for Evaluating the Economic Viability of Blue Ammonia
Research theme: Industrial Decarbonisation
Andreas Makrides
Andreas Makrides holds a BSc in Electrical Engineering from the University of Cyprus, where he graduated as the valedictorian of the Class of 2024. During his studies, he worked as a Research Scientist at the PHAETHON Centre of Excellence, focusing on microgrid modeling and state estimation, and at Texas A&M University on energy storage system planning. Motivated by a commitment to sustainability, he pursued the MSc in Sustainable Energy Futures to better understand how different approaches can support the transition to a net-zero future. Upon graduating, he aims to pursue a PhD on Market Integration of Grid-Forming Assets at Imperial College London in collaboration with Shell.
Project title: Incomplete Markets for Risk and Storage Duration in Future Electricity Markets
Research theme: Energy Policy and Market Design
Angelica Pedraza
Angelica holds a BS and MSc in Mechanical Engineering, with a postgraduate degree in Energy Markets. She returned to academia after a seven-year career in renewable energy development across Latin American countries and four years in academic research. This experience at the intersection of policy, business, and technology sparked a deeper interest in the future of energy systems. Her most recent role as Head of Business Development strengthened her motivation to pursue a top-ranked international master’s degree, with the aim of better understanding how the global energy sector is evolving, its future trends and perspectives, in response to the unavoidable fight against climate change.
Project title: Hybrid Market Design in Energy Transitions: A Case Study of REMA’s Reform Proposals in Great Britain
Research theme: Energy Policy and Market Design
Anis Mokadem
Prior to studying sustainable energy futures, Anis graduated as a mechanical engineer with high distinction from the American University of Beirut. There, he discovered the drivers behind renewable energy adoption and decided to pursue the SEF program for its multidisciplinary nature and focus on energy markets and economics of renewables. Anis is always seeking new challenges, and he hopes that his new degree will open new doors for him to practice his skills and continue growing. Ultimately, his goal is to build a strong career and eventually give back to his country, Lebanon, which continues to face significant energy and development challenges.
Project title: Deployable microgrid planning for temporary settings/displaced populations
Research theme: Energy Access and Justice
Arthur Deutsch
After two intensive years of studying mathematics and physics in a French ' classes préparatoires', Arthur joined IMT Atlantique, a French General Engineering School. There, he pursued an engineering curriculum with an emphasis on energy economics and nuclear engineering. For hisli last year, to deepen his energy expertise, he enrolled in a double degree program with Imperial College London in the MSc Sustainable Energy Futures. This master has provided him with a comprehensive understanding of energy transition topics, encompassing the technical, economic, and social challenges involved in building a sustainable energy future.
Project title: Techno-Economic Assessment of the Optimal Energy Storage Mix and Utilisation in the UK by 2030
Research theme: Energy Storage and Efficiency
Ashraf bin Ab Llah
Originally from Malaysia, Ashraf studied Mechanical Engineering at the University of Manchester and is now pursuing an MSc in Sustainable Energy Futures at Imperial College London. He's passionate about supporting Southeast Asia’s energy transition and contributing to the sustainable growth of his home country. His thesis, “Life Cycle Assessment of Data Centre Cooling Systems: A Case Study in Malaysia,” looks at the environmental impact of different cooling technologies as Malaysia positions itself as a growing data centre hub.
Project title: Life Cycle Assessment of Data Centre Cooling Systems: A Case Study in Malaysia
Research theme: Future of Data Centres
Atiyah Suleman
Drawing on practical experience, Atiyah's interest in energy was first ignited as a Sustainability Consultant at EY, where an initial exposure to corporate sustainability strategies deepened their understanding of complex environmental challenges. These experiences collectively inspired the pursuit of a Master's in Sustainable Energy, reflecting a clear commitment to developing the specialised knowledge required to drive pragmatic solutions for a sustainable energy transition. This foundation was further developed through a summer internship at OVO Energy, where they gained direct insight into the operational aspects and innovative solutions within the rapidly evolving energy sector.
Project title: Strategically Leveraging Carbon Offset Solutions for Carbon Neutrality Targets
Research theme: Energy Policy and Market Design
Audrey Seravina Setiadi
Audrey began her energy career researching tidal power during her Ocean Engineering studies at the Bandung Institute of Technology. She then worked on LNG infrastructure projects as a Business Development Officer, gaining insight into Indonesia’s energy landscape. Motivated to drive sustainable change, she pursued an MSc in Sustainable Energy Futures at Imperial College London, focusing on national energy systems modelling. Audrey now applies her technical, financial, and policy expertise to accelerate Indonesia’s energy transition.
Project title: Achieving Growth and Net-Zero: Soft-Link Modelling of Indonesia’s Electricity System
Research theme: Energy Policy and Market Design
Ayumini Pathirage Don
After completing a bachelor's degree in Mechanical Engineering at Queen Mary University of London, Ayumini decided to pursue an MSc in Sustainable Energy Futures at Imperial College London, to further her understanding of the technologies, systems, and policy frameworks available for successful energy transitions. Growing up in Sri Lanka and UK, Ayumini’s passion for sustainability was instilled from a young age. She is currently researching agrivoltaics, with a focus on improving rice cultivation practices via solar-powered irrigation systems in Sri Lanka. Her work aims to integrate clean energy solutions into agricultural systems, supporting both climate resilience and rural development.
Project title: An Analysis of Solar Powered Irrigation Systems for Rice Cultivation in Sri Lanka
Research theme: Energy Access and Justice
Berk Baris Ozbek
Baris completed his BSc in Petroleum and Natural Gas Engineering at Middle East Technical University, developing a solid foundation in conventional energy technologies and markets. Internships in geothermal energy and R&D work on thermal power‑plant optimization ignited his interest in a multidisciplinary approach to sustainability. This led him to the Sustainable Energy Futures MSc at Imperial College London, where he deepened his understanding of the interplay between complex energy systems, economics and environmental policy. Guided by an entrepreneurial mindset, Baris is committed to enabling a clean and just energy transition for communities.
Project title: SAF for Planetary Boundaries: Building Next-Generation Bio-Refinery in Türkiye
Research theme: Synthetic Fuels
Daud Bonatua Tyson Pangaribuan
After earning his bachelor’s degree in Electrical Power Engineering from Bandung Institute of Technology in 2011, Daud Bonatua Tyson Pangaribuan worked in energy sector companies such as Schlumberger, TGT, and MB Century Resources across Asia Pacific, the Middle East, and New Zealand. Since 2019, he has served as an energy expert at Indonesia’s Ministry of Energy and Mineral Resources, contributing to national energy policy and planning, including the Grand Strategy Energy National 2021–2040, and authoring the Indonesia Energy Outlook and Indonesia Energy Balance books. He is committed to advancing a just, inclusive, and integrated clean energy transition for Indonesia’s sustainable future.
Project title: Phasing Out Coal in Indonesia: Least-Cost Options and Lessons from UK, Germany, China, Japan, Poland
Research theme: Energy Policy and Market Design
Dimitrios Kapetanakis
After completing the International Baccalaureate program in Greece, he moved to the UK for an MEng in Mechanical Engineering with Energy at Newcastle University, where he was first introduced to the energy sector and the range of renewables technologies harnessed for power generation. Seeking to further specialise in sustainable energy and play a driving role in the energy transition, he pursued an MSc in Sustainable Energy Futures at Imperial College London. The course provided a multidisciplinary understanding of how low-carbon technologies, energy storage mechanisms, economics, and policymaking interact to deliver sustainable energy solutions and underpin the pathway to Net Zero.
Project title: Optimising Battery Parameter Estimation For New Cells at Beginning of Life Conditions
Research theme: Energy Storage and Efficiency
Emma Panerai
Emma’s passion for physics and energy, driven by her interest in technological breakthroughs, led her to specialize in nuclear engineering at IMT Atlantique. She deepened her nuclear expertise at Politecnico di Milano before joining the MSc Sustainable Energy Futures at Imperial College London to broaden her knowledge of sustainable technologies. With hands-on experience as a business analyst in the nuclear industry and as a solar power plant manager in Madagascar, she aims to continue supporting the low-carbon transition by bringing disruptive innovations to market.
Project title: Techno-Economic and Business Model Assessment of SMR-powered Data Centres in the UK vs. Ireland
Research theme: Future of Data Centres
Emre Ozgul
Growing up in fossil fuel-dependent Turkey, Emre developed a strong interest in addressing global energy and environmental challenges. This motivation led him to pursue an MSc in Sustainable Energy Futures after earning a BSc in Mechanical Engineering from Boğaziçi University. At Imperial, he explored key energy verticals through a multidisciplinary lens that integrated technological, economic, and policy perspectives, developing a deep understanding of low-carbon technologies, energy storage, and synthetic fuels. He is now particularly focused on modelling and optimising battery chemistries for grid-based energy services.
Project title: Designing a Zero Degradation Battery for Energy Services
Research theme: Energy Storage and Efficiency
Erlingur Geirsson
Erlingur holds a degree in Geophysics from the University of Iceland and has over five years of experience in the energy sector in Iceland. His work has spanned the development of new renewable energy projects in wind and geothermal at Landsvirkjun, the National Power Company of Iceland, as well as research for the energy transition in transport at Samorka, the Federation of Energy and Utility Companies in Iceland. Erlingur is passionate about global decarbonisation and the advancement of low-carbon technologies. Currently he is focusing on investment strategies and policy design to accelerate decarbonisation and the energy transition, with a particular focus on hard-to-abate sectors.
Project title: A Novel Multi Criteria Economic Viability Assessment Model for CCS in Cement Plants
Research theme: Industrial Decarbonisation
Ferdyan Ihza Akbar
Ferdyan earned his bachelor’s degree in Chemical Engineering from Institut Teknologi Bandung (ITB), Indonesia, in 2017. He started as a process engineer at LAPI ITB, focusing on dynamic simulation for ammonia reactors, before joining PT Pertamina Hulu Energi in upstream oil and gas. There, he specialised in operations planning, reliability, maintenance, and contract negotiation for power purchase and pipeline toll agreements. Combined with his professional experience, Sustainable Energy Futures has broadened his view on global energy shifts. Passionate about CCUS, Ferdyan aims to apply his skills in simulation, modelling, and neural networks to advance CCUS and CO₂ projects in Indonesia.
Project title: Development of an Engineering Simulation and Machine Learning-based Proxy Model for CO₂ Pipeline Network in the Integrated CCUS Value Chain
Research theme: Industrial Decarbonisation
Hendra Teguh Martua
Hendra earned a degree in Electrical Engineering from Universitas Gadjah Mada, Indonesia, specialising in Power System Engineering. He has over a decade of experience in the energy sector—five years as a power system engineer and five years in Indonesia’s national gas utility, contributing to projects supporting the nation’s energy needs. His MSc in Sustainable Energy Futures at Imperial College London has deepened his knowledge and broadened his perspective, inspiring him to drive a just and reliable low‑carbon transition.
Project title: Designing Balanced Market-Based Policies for CCS Deployment in Global Refineries Using a Novel Spatio-Temporal Multi-criteria Economic Assessment Model
Research theme: Industrial Decarbonisation
Jad Atallah
With a background in Mechanical Engineering gained from his studies at the Lebanese American University, and backed by his interest in the ever developing energy sector, Jad's goal in joining the MSc in Sustainable Energy Futures at ICL was to further his understanding in the sustainable energy field. With aspirations of becoming a future leader in that field, his studies granted him the chance to dive deeper in the topics of sustainable energy policy, technology, and economics in different sectors such as transport, electricity, and urban planning. Looking forward, Jad plans to apply his acquired knowledge and skills in the Lebanese and global energy sector for a sustainable future.
Project title: Sustainability and conflict resilience in the power sector: a case study for Lebanon
Research theme: Energy Access and Justice
Jason Jimmy Amadeus Palenewen
After graduating from Universitas Indonesia with a BEng degree in Bioprocess Engineering, Jason supported projects on industrial decarbonisation, transformation strategy, and asset optimisation at MBB consulting firms. He then joined dss+ as a Business Operations Analyst, focusing on safety, sustainability, and operational improvements in the industrial goods and energy sectors. Upon graduating from Imperial, Jason plans to support the global energy transition, especially by advancing sustainable energy efforts in Indonesia.
Project title: Scenario Design and Carbon Footprint Assessment of Battery Energy Storage Systems in Indonesia
Research theme: Energy Storage and Efficiency
Jiaxuan Liu
With a Bachelor's and Master's in Civil Engineering from Tongji University, she is passionate about integrating renewable energy into infrastructure. Through her studies, she developed a strong interest in sustainable energy systems, particularly energy storage solutions, which became the focus of her thesis research. Her goal is to combine materials science expertise with renewable energy innovation to develop durable, high-performance systems that accelerate the energy transition.
Project title: High Performance Concrete For Large-Scale Seasonal Storage of Liquid Hydrogen
Research theme: Synthetic Fuels
Kim Shen Seah
Kim Shen Seah holds a BEng in Mechanical Engineering from the University of Manchester. He gained experience through internships in building services engineering, focusing on HVAC design, thermal simulations, and sustainable building solutions. His current research evaluates and improves the robustness of CO₂ refrigeration systems in UK supermarkets under climate change, aiming to enhance energy efficiency, operational robustness, and reliability during summer periods.
Project title: Evaluation and Enhancement of the Robustness of UK Supermarket CO₂ Refrigeration Systems
Research theme: Renewable Technologies: Innovation and Integration
Léna Souami
Léna began her studies in a selective preparatory program in physics and chemistry before joining IMT Atlantique, where she pursued an engineering degree in Energy and Environmental Transition. As part of a double diploma between IMT Atlantique and Imperial College London, she joined the 2024–2025 cohort of the MSc Sustainable Energy Futures. Driven by her interest in innovative energy solutions and equitable access, she has deepened her understanding of the technical, economic, and policy aspects of the energy transition, which she now aims to apply in her career, particularly in the deployment of renewable energy in underserved regions.
Project title: Techno-Economic assessment of tidal stream energy for remote electrification in Indonesia
Research theme: Renewable Technologies: Innovation and Integration
Leon Huebner
After graduating from the London School of Economics with a bachelor’s degree in Geography, Leon worked for two years as an Economics Consultant at Arup. He contributed to impactful projects spanning the transport and energy sectors, focusing on cost-benefit analysis and developing the business case. His motivation to deepen his technical understanding of energy systems led him to the MSc Sustainable Energy Futures course at Imperial College London, where he has gained a solid grounding in energy technologies and techno-economic modelling. Leon plans to continue in his role at Arup and apply his multidisciplinary skillset to develop innovative solutions in energy and infrastructure projects.
Project title: Techno-economic and resource assessment for tidal stream arrays in the UK
Research theme: Renewable Technologies: Innovation and Integration
Lina Efthymiadou
Born and raised in Volos, Greece, Lina Efthymiadou holds an Integrated Master’s degree in Electrical and Computer Engineering from the National Technical University of Athens. In her final years at NTUA, she specialised in power and energy systems, focusing on power electronics. As part of her thesis, she completed an internship at Tampere University in Finland, in collaboration with GE Vernova. Before joining Imperial, she worked on several academic and European research projects on sustainable energy and electricity markets. She now pursues an MSc in Sustainable Energy Futures at Imperial, with strong interest in data-driven modelling and power system decarbonisation.
Project title: Modelling Offshore Wind Energy Potential and Energy Pricing within the UK: The Role of Interconnectorsa
Research theme: Renewable Technologies: Innovation and Integration
Mallory Snowden
Mallory Snowden graduated from Lehigh University with a high honors degree in Mechanical Engineering and a minor in Aerospace Engineering. Over her 13 years in the Aerospace industry, she became increasingly aware of the environmental effects of such a carbon-intensive industry. Driven to understand the complex challenges facing global decarbonisation, she has recently completed the SEF Masters program at Imperial College London. Next, she looks forward to applying her experience towards accelerating the energy transition in the United States.
Project title: A Techno-economic Assessment of Energy Storage Potential in the Arctic
Research theme: Energy Storage and Efficiency
Maria Laura Rivera Vargas
María Laura currently works at XCO2 in London, supporting environmental certification and carbon assessments across different types of projects. Previously, she led the ESG strategy for a major real estate developer in Colombia, aligning sustainability and business goals through cross-functional coordination, risk tracking tools, and sustainability investment frameworks. With degrees in Environmental and Civil Engineering and an MSc in Sustainability Management, she moved to London to align her path with Net Zero goals, low-carbon technologies, and the evolving energy landscape. Her current interests focus on market structures, energy systems, and sustainability-linked financial mechanisms.
Project title: Delivering Cost-Effective Sustainable Social Housing in Colombia: Demand-Pull for Clean Concrete
Research theme: Energy Access and Justice
Maryam Ahmad
Her initial awareness of renewable technologies began while growing up in Germany, where the energy transition was becoming a national priority. During her final year studying General Engineering at King’s College London, Maryam developed a deeper interest in renewable energy through her specialisation modules. Her research on sustainable materials for medical electronic devices reinforced her desire to align innovation with environmental goals. Now pursuing a Master’s in Sustainable Energy Futures at Imperial College London, her thesis reflects her commitment to shaping energy systems that are both technically feasible and socially inclusive.
Project title: Bridging the Gap: From Energy Transition Scenarios to Gender-Inclusive Pathways
Research theme: Energy Access and Justice
Maurice Mannoni
After French preparatory classes, Maurice completed his engineering studies at Université Paris-Saclay. His Corsican family background sparked his interest in island energy challenges and fossil fuel dependency. Before joining Imperial, Maurice gained hands-on experience in energy infrastructure at Erdgas Ostschweiz in Switzerland, focusing on gas network security, and later contributed to photovoltaic research at Colas R&D Centre, developing optical loss reduction processes for solar panels. His passion for bridging technical innovation with territorial needs drove him to pursue the SEF programme to integrate technology, economics, and policy perspectives for the energy transition.
Project title: Agrivoltaic Systems in Island Contexts: A Case Study of Corsica’s Energy-Water-Food Nexus
Research theme: Energy Access and Justice
Minaco Rino
After earning a bachelor's degree in Chemical Engineering from Universitas Diponegoro, Rino began his professional journey in the refining and petrochemical industry, where he developed expertise through roles at PT Pertamina. Over seven years, he contributed to major refinery development projects across Indonesia, ranging from feasibility studies to front-end engineering design, including initiatives in Balongan, Balikpapan, Cilacap, Plaju, and Tuban. Driven by a growing passion for sustainable energy systems and project management, Rino pursued an MBA in Energy Management at Institut Teknologi Bandung.
Project title: Enhancing the LNG Supply Chain through Cold Energy Recycling and Carbon Capture
Research theme: Industrial Decarbonisation
Musa Ning
Musa’s passion for the energy transition has been shaped by global experiences, growing up in Indonesia, schooling in Australia, and earning a BEng in Civil Engineering from the University of Manchester. His interest in sustainability developed while working with Manchester City Council to optimise emission reductions, and it deepened during his internship with Mott MacDonald's Energy Networks team. During his master’s, he continued exploring innovative solutions to the Net-Zero challenge. He consistently uses data-driven approaches at the forefront of his work to support the sustainable transition and decarbonisation in the hope of driving a greener future together.
Project title: Residential heating transition towards low carbon technologies: analysis of UK household survey data
Research theme: Renewable Technologies: Innovation and Integration
Ng Wei Jie
After completing his degree in Electrical and Electronic Engineering back in Singapore, Wei Jie spent 7 years in the power utilities sector, where he developed expertise in power systems, with a particular focus on power system operation and maintenance (O&M) as well as renewal projects. Motivated to contributing meaningfully to climate action, he pivoted toward sustainable energy and was honoured to pursue the MSc in Sustainable Energy Futures at Imperial College London. The course has significantly deepened his technical and strategic understanding of decarbonisation, preparing him to be a future leader for energy transitions, and to actively contribute to a net-zero future.
Project title: Augmenting grid infrastructure with stationary storage for electrification
Research theme: Energy Storage and Efficiency
Nicholas Spicer
Nic moved back into academia after a long career in financial services, most recently as UK Head of Investments at a global firm with offices in the UK, South Africa and Ireland. Having helped found the sustainable portfolios at this firm, he decided he wanted to focus more directly on sustainable energy. He plans to use his masters in a future career that helps make energy both lower carbon and lower cost. He is a Fellow of the Institute and Faculty of Actuaries in the UK, a CFA® charterholder and graduated with distinction from the University of the Witwatersrand in South Africa with a Bachelor of Science (Hons) in Actuarial Science and BSc in Statistics.
Project title: Quantitative investigation of the climate impact of battery energy storage systems (BESS)
Research theme: Energy Storage and Efficiency
Nikhil Dawda
Nikhil holds an MEng in Aerospace Engineering from Imperial College, where his thesis focused on advanced wind energy forecasting. He than began his career at ARUP, spending three years as a Mechanical and Fluids Engineer tackling projects across thermal management for data and energy centres, fire modelling for underground infrastructure, and sustainable MEP design. First-hand exposure to the energy challenges facing the built environment inspired him to join the MSc Sustainable Energy Futures programme, where he has now developed a strong interest in electricity markets, energy policy and investment, and system-level decarbonisation for the grid and built environment.
Project title: Navigating The Transition to 24/7 Hourly Electricity Procurement For UK Corporates
Research theme: Energy Policy and Market Design
Onat glu
Onat earned a BEng in Mechanical Engineering with the Top Student Award from the University of Manchester, where his work on battery thermal management was nominated for the 2024 Outstanding Undergraduate Project Award. To deepen his system-wide understanding of the global energy transition and trends, Onat decided to pursue an MSc in Sustainable Energy Futures at Imperial College London. His professional experience spans corporate, startup, and production environments. Onat’s current work focuses on aligning economic and technological levers through an asset-first approach that maximises the value of existing assets, accelerating the transition to net zero..
Project title: Optimising the Power Extraction Performance of a Generic Wind Farm Through Wake Steering
Research theme: Renewable Technologies: Innovation and Integration
Qirana Ashilah
Qirana earned her bachelor’s degree in Chemical Engineering from the University of Indonesia, where she built a strong foundation in energy systems and sustainability. She later joined the ASEAN Centre for Energy, contributing to regional initiatives that promote clean power and support the energy transition. Driven by her passion for renewable energy, she is pursuing an MSc in Sustainable Energy Futures at Imperial College London, exploring the techno‑economic, policy, and social dimensions of global sustainable development and climate challenges. Qirana aims to apply this blend of experience to help accelerate Indonesia’s transition toward a cleaner, safer, and greener future!
Project title: Advancing Circular Bioeconomy: Integrating CCUS and Biorefineries in the Olive Oil Sector
Research theme: Industrial Decarbonisation
Rastko Zeljkovic
Rastko Zeljkovic is an engineer with a strong background in energy, sustainability, and smart technologies. Born in Belgrade, having lived in multiple countries, he holds a BSc in Electrical Engineering from the University of Banja Luka and is a Chevening Scholar of the UK Government, pursuing an MSc at Imperial College London. He has experiences from companies such as Microsoft, T Labs and Deutsche Telekom, and he founded Smart Parking and QManager. Rastko is active in IEEE Region 8, Rotary International, Rotaract Europe, Mensa International, contributing to global innovation and youth leadership. His work bridges engineering, entrepreneurship and social impact across Europe and beyond.
Project title: Corrosion-fatigue interaction in offshore wind turbines splash zones: Experimental wet-dry cycling and phase field modelling of structural steel life
Research theme: Renewable Technologies: Innovation and Integration
Razan Hamdan J Alanazi
Fuelled by a deep passion for physics and a drive to solve complex challenges, Razan Alanazi graduated as valedictorian from Northern Border University with a degree in Physics. She then completed a PGdip in Physical Science and Engineering at King Abdullah University of Science & Technology, where she built a strong foundation in energy systems. Determined to contribute to Saudi Arabia’s energy transformation, Razan joined the MSc in Sustainable Energy Futures at Imperial College London to explore the intersection of energy technologies, public policy, and strategic decision-making. Her work focuses on developing adaptive, systems-based strategies to accelerate the clean energy transition.
Project title: Adaptive Policy Ecologies to facilitate Blue and Green Hydrogen development in Saudi Arabia
Research theme: Synthetic Fuels
Satheeshkumar Arumugam
After earning a Mechanical Engineering degree in Malaysia, Satheesh spent over four years in the power generation sector, working both at the corporate level and on-site as an Operations Engineer at Malaysia’s largest CCGT plant. As global efforts shift toward net-zero energy, he chose to pause and understand the energy trilemma from local and international viewpoints. Enrolling in a multidisciplinary MSc programme as a Chevening scholar has greatly broadened his perspectives on the energy sector, enabling him to understand the technical and commercial nuances of the energy transition and how developing economies like Malaysia can contribute towards realising a sustainable, net-zero future.
Project title: LNG Cold Energy Recycling: An Integrated Approach for a Greener LNG & Ammonia Supply Chain
Research theme: Industrial Decarbonisation
Sofía Ochoa Sawaya
Holding a First-Class Honours BSc in Chemical Engineering from Universidad Iberoamericana, Sofia's passion for sustainable energy was sparked by her coursework and solidified by a hands-on carbon capture pilot plant experience at Imperial College London. After working as a Strategy and Operations Consultant at Deloitte Mexico, she sought to apply her problem-solving skills to have a more direct impact on the climate crisis. This motivated her to pursue a master's at Imperial College to build the skills needed to drive change in the energy sector. She now aims to leverage the intersection of engineering, data science, and policy to accelerate the global energy transition.
Project title: Displacing Diesel Generators in Remote Grid-Tied Hospitals: Mexico's Market Conditions Analysis
Research theme: Energy Access and Justice
Sukhjit Singh
During his undergraduate studies in AI, Sukhjit discovered a growing interest in energy, which he deepened during a placement year at Intel. There, he realised energy was the sector he wanted to build his career in. For his undergraduate thesis, he developed an AI model that more accurately predicted residential energy use by incorporating socioeconomic data. Entering the MSc determined to apply AI to the net-zero transition, Sukhjit soon recognised that AI’s own rising energy demand posed a critical challenge. With a passion for both fields, his research now focuses on how to power data centres in an increasingly constrained energy system.
Project title: Investing in Data Centres: Robust development strategies in possible electricity constrained futures
Research theme: Future of Data Centres
Tan Wei Zhe
With a BEng in Mechanical Engineering from Nanyang Technological University, he developed a strong foundation in technical problem-solving and energy systems. His interest in sustainable solutions, especially in the transport sector, was shaped by internships at the Land Transport Authority, where he worked on intelligent systems and infrastructure. Through the MSc in Sustainable Energy Futures at Imperial College London, he gained a deeper understanding of the technological, economic, and policy challenges in energy transitions. The course sharpened his awareness of real-world trade-offs and strengthened his drive to develop practical, low-carbon solutions for resilient urban systems.
Project title: Displacing diesel back-up generators with PV and battery storage solutions
Research theme: Energy Access and Justice
Tessa Hobdell
After graduating on the Dean’s List with a Civil Engineering degree from University College London, Tessa pursued an MSc in Sustainable Energy Futures at Imperial College London to deepen her understanding of the energy transition. Her research focuses on building the business case for large-scale thermal storage in district heating networks by optimising the dispatch of power-to-heat technologies. She now aims to combine her technical expertise and financial experience to work on the investment side of the energy transition, supporting the development of infrastructure and clean technology.
Project title: Techno-Economic Assessment of Large-Scale Thermal Storage for District Heating Networks
Research theme: Energy Storage and Efficiency
Thomas Cizain
Thomas holds a BSc in Chemistry and UCL and an MSc in Materials Science and Engineering specialising in the energy transition. Being particularly drawn to the interdisciplinary nature of the degree, he joined the Sustainable Energy Futures course to both utilise and develop his chemistry-materials expertise in order to actively contribute in the global search of sustainable energy solutions. For his future career, his PhD research will focus on electrochemical energy storage with earth-abundant chemistries such as sodium-ion batteries, with the objective of decoupling clean‑energy deployment from critical‑metal supply risks to advance a credible pathway to net‑zero.
Project title: Symmetric Sodium Ion Battery
Research theme: Energy Storage and Efficiency
Thomas Potgieter
After completing a BSc in Aerospace Engineering at TU Delft, Tom spent time working in climate technology venture capital. This experience sparked his passion for emerging energy technologies, leading him to pursue an MSc in Sustainable Energy Futures at Imperial College London. Combining financial and entrepreneurial insights with technical engineering skills, Tom aims to accelerate practical solutions for the energy transition and create lasting impact.
Project title: Harnessing Data Centre Flexibility: Optimising Active IT Load Management for Energy Markets
Research theme: Future of Data Centres
Tristan Mangin
After two years on an intensive preparatory program in France, Tristan joined Télécom Paris in 2021. Following a 6-month internship at Veolia, Tristan developed a strong interest in sustainability and in decarbonising technologies that pushed him to continue his studies in that field and to enroll in the MSc Sustainable Energy Futures. Determined to make a difference, his goal is to become an energy expert to provide innovative and sustainable solutions for reducing carbon emissions in the energy sector, contributing significantly to the world's energy transition and global climate goals.
Project title: A Novel Multicriteria Economic Viability Assessment Model for CCUS in Integrated Steel Plants
Research theme: Industrial Decarbonisation
Yi Hsuan Lee
During her civil engineering studies at National Cheng Kung University, Yi Hsuan led a mock construction company project, designing a pedestrian bridge with low-carbon materials and sustainable techniques. This project earned her an internship at AECOM, where she contributed to energy projects from solar PV to wind farm feasibility studies. Her ambition to understand global sustainable energy developments led her to pursue a master’s in Sustainable Energy Futures, focusing on low-carbon technologies and system optimization modelling. Yi Hsuan aims to excel as a sustainability consultant, driving innovative projects worldwide and helping accelerate Taiwan’s transition to a low-carbon future.
Project title: Techno-economic Optimisation of Offshore Wind-to-Hydrogen Pathways for UK Industrial Clusters
Research theme: Synthetic Fuels
Fletcher Adams
Fletcher holds a first-class honours degree in Theoretical Physics from the University of Edinburgh. His interests evolved from the fundamentals of energy to full energy systems, which combined with his passion for the environment, led him to pursue the Sustainable Energy Futures Master’s programme at Imperial College London. He now hopes to put these skills into practice to further the energy transition.
Project title: Spatial and Temporal Characterisation of UK Green Hydrogen Demand Compatible with Offshore Wind-based Production
Research theme: Synthetic Fuels