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BIOFUTURES

Caption: The faction of biohybrid materials through sensing, actuation, synthesis and form. Source: Living Construction research group.

The Challenge

Petroleum currently supplies most of the world’s energy and fuels, powering around 90% of global transportation. However, as a fossil fuel, it is both finite and a major contributor to pollution and climate change. To ensure a sustainable future, we urgently need cost-effective and scalable alternatives that can reduce our reliance on petroleum.

Our Vision: BioFutures

BioFutures is focused on unlocking the potential of molecular biosystems to create innovative, sustainable solutions for society. This interdisciplinary research theme brings together experts from across the university to develop bio-based technologies that can support a healthier planet and economy.

By connecting researchers with businesses and industries, BioFutures aims to drive progress in key areas such as:

  • Clean energy and fuel alternatives
  • Sustainable materials and chemicals
  • Health and environmental innovation

BioFutures provides a collaborative platform that encourages bold ideas and cross-disciplinary partnerships. It plays a central role in the university’s Peaks of Excellence initiative, fostering a vibrant research environment where new solutions to global challenges can take root and grow. 

Theme Leads

Professor Martyn Dade-Robertson

Dr Meng Zhang

Join our IDRT mailing list

To join the BioFutures IDRT mailing list, and hear about news, events and funding opportunities, please email rm.research.development@northumbria.ac.uk

BioFutures Current Core Aspects


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Illustration of the ecosystem in Antarctica around 90 million years ago. Research shows that wildfires regularly occurred near the South Pole at that time. Credit:  James McKay (University of Leeds).
Dr Lea Ferellec, a Research Fellow based in Northumbria's School of Engineering, Physics and Mathematics
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Page last updated 23/10/25

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