Research expertise

We design, synthesise & engineer high performance materials with tailored macroscopic properties for harsh environmental conditions using a bottom-up atom-based approach

Materials for automotive, defence, aerospace and space industries

We have expertise in materials and structures for automotive, defence, aerospace and space sectors.

Materials with thermo-dimensional stability

We design materials towards thermo- dimensional stability and reduced residual stresses during thermal cycling.

Degradation and ageing of high-performance materials

We simulate degradation of materials through accelerated ageing in harsh environments, such as temperature cycling, UV and salt spray.

Nano-architectures for clean energy applications

We design and manufacture smart materials for energy applications with strong focus on structural control at the nano/micro-scale and the meso-nanoscale.

Macromolecular materials for extreme weather events

We develop flood and storm-water purification systems.

Tailoring carbon fibre for specific applications

We develop tailored carbon fibre and composite materials specific to industry sectors, for example to withstand extreme force conditions or for multi-functionality, eg. energy storage.

3D printing

We are experienced in design and characterisation of 3D printed composite structures and light driven 3D printing.

We are experienced in synthesising innovative precision polymers and adhesives for a range of extreme environments including those that can adapt and respond to external stimuli, and those that require dual triggers to debond.

Advanced photochemistry

We design photoresists with tailored properties and 3D printing of adaptable microstructures and surface designs.

Controlling the interface

We can develop new materials to protect surfaces and change their chemical properties to provide wholly new functions.

Antifouling materials

We can develop new materials to protect surfaces and change their chemical properties to provide wholly new functions.

Boron nitride nanostructures and composites

We develop new methods of BN nanostructure synthesis, studying physical, chemical and mechanical properties of various BN nanomaterials for their smart applications.

Advanced photoresists

Advanced photoresists for 3D printing highly bespoke material properties, enabling remote location printing of components and parts.

Deep Eutectic Solvents

Green, safe, and cheap eutectic mixtures, with attractive perspectives as fast charge transfer and high temperature electrolytes for energy storage devices.

Graphene hybrid metal organic frameworks (MOF)

Graphene hybrid made from metal organic frameworks (MOF) and graphenic acid are excellent positive electrode for supercapacitors which achieve energy densities similar to nickel-metal hydride batteries.

Accelerated weathering

We predict degradation and service life through accelerated ageing in harsh environments, such as temperature cycling, UV and salt spray.