Mohamed completed his PhD, at 28 years old, at Hamad Bin Khalifa University (in Qatar), where he worked on developing a sustainable solar-driven seawater desalination technology. His PhD research, which received several prestigious awards, investigated the technical performance, environmental impact, and economic feasibility of solar-driven low-pressure thermal desalination, particularly for water-scarce countries such as Qatar. Dr. Mohamed has published numerous peer-reviewed articles in prestigious and high impact journals in renewable energy, desalination, and environmental sciences such as Desalination (Elsevier), Environmental Research Letters (IOP Publishing), and Energy Conversion and Management (Elsevier). Moreover, his PhD research received the “Best Green Sustainable Initiative” Award (2018) by the Ministry of Energy & Industry in Qatar. Mohamed completed a MSc. in Energy Technology from The National University of Malaysia and a BEng. Honors (in the First Class) in Mechatronics Engineering from The University of Nottingham. More details about Mohamed’s research can be found in the Research page. The papers published by Dr. Mohamed can be found in the Scholarly Achievements page and his Google Scholar profile can be viewed here.

Dr. Mohamed Alhaj is highly skilled in the modelling of renewable energy systems, concentrated solar power technology, environmental life-cycle assessment, thermodynamics, and desalination technology. In addition, he is the founder and associate editor for the African Journal of Engineering & Technology, which is a new peer-reviewed journal published by the Sudanese Researchers Foundation (SRF); the largest Sudanese NGO focusing on scientific research and development. Dr. Mohamed is also reviewer for several high quality peer-reviewed journals such as Environmental Research Letters (IOP Publishing) and Energy Conversion and Management (Elsevier). Dr. Mohamed has given many talks and presented several seminars on renewable energy, solar-desalination, and higher education. In June 2021, Dr. Mohamed was invited to deliver keynote remarks on energy access at the UN High-Level Ministerial Segment on Energy Access. In 2018, he was invited by the Singapore National Water Agency to participate in the Young Water Leaders Summit, a side event of the Singapore International Water Week. Dr. Mohamed’s talks and lectures can be viewed in the Talks and Lectures page. He is also regularly invited to deliver talks on renewable in Sudan by universities and government agencies due to his immense expertise in the Sudan renewable energy market.

Mohamed is also highly involved in community outreach and volunteering work. In the academic year 2017/2018, he was selected to be the Graduate Students’ Representative for the College of Science and Engineering at Hamad Bin Khalifa University (HBKU) where he led the team that organized the first ever Research Day event for the College. In 2019, Mohamed and his colleague Mrs Mehzabeen Mannan, were awarded the Community Engagement Award by the HBKU Student Affairs for their initiative on teaching young students the principles of water conservation (as part of the community outreach events in the Sustainable Built Environment Research Group). Dr. Mohamed is was the Publishing Director for the Sudanese Researchers Foundation (SRF) in the period August 2019-September 2021, where he developed the SRF’s first peer-reviewed journal.

Learn more about Dr. Mohamed’s research journey and interests, scholarly works, and talks and lectures in the following pages:

• Research
• Scholarly Works
• Talks & Lectures

Long-term Vision

Dr. Mohamed’s long-term vision is to transform Clean Energy 4 Africa to a leading consultancy firm that provides technical advisory services, training and capacity-building programs, in depth market research and intelligence, and advises the public and private sectors on the sustainable utilization of renewable energy in Sudan & Africa. Africa has nearly 600 million people without access to electricity and at the same time, this continent has abundant renewable energy resources that can be used to scale energy access and boost development. The challenges are immense; ranging from technology to regulations and human capacity. We need to propose solutions and start implementing now!