This platform develops renewable, recyclable, and biodegradable fibre-based materials. The goal is to create high-performance packaging solutions that reduce plastic use and support a circular economy.

__Prof. Warren Batchelor

Green chemistry focuses on designing cleaner, safer, and more efficient processes. By minimising waste and using renewable feedstocks, it enables sustainable innovation across industries.

____Dr. Joel Hooper

The diagnostics platform advances bio-based tools and materials for rapid, reliable detection. Applications range from healthcare and food safety to environmental monitoring.

______A/Prof. Simon Corrie

This platform transforms renewable resources into high-value materials that can be reused, recycled, or biodegraded. It drives innovation in building a sustainable circular economy.

__A/Prof. Matthieu Gresil

Food engineering research develops innovative processes and bio-based technologies. The aim is to improve food safety, quality, and sustainability while reducing environmental impact.

A/Prof. Sushil Dhital

Reaction engineering explores new process designs and catalytic pathways. The focus is on efficient, scalable, and eco-friendly conversion of bioresources into valuable products.

_Dr. Priya Samudrala

Microbial engineering harnesses the power of microbes and enzymes to create sustainable fuels, chemicals, and materials. It unlocks new pathways for bio-based production.

___Dr. Amin Valiei

Studies the structure, flow, and function of soft matter systems such as polymers, colloids, foams, and biofluids. By linking microstructure to performance, we design tailored formulations for applications in packaging, coatings, food, and biomedical systems.

_______ Dr. Rishabh More