Brunel University London
Explore Brunel University London's available technologies.
Explainable AI for Molecular Toxicity Prediction (GNN + Transformer Architecture)
An explainable AI framework for predicting molecular toxicity, combining graph neural networks (GNNs) and transformer-based architectures with built-in interpretability. It matters because current toxicity screening is e...
Digital-twin and AI platform for circular automotive plastics
EcoPlast is an active research project developing an integrated digital platform for automotive-plastics circularity. It combines eco-design, LCA, circularity metrics, digital twins, AI, robotics for sorting and dismantl...
Rapid tree-seed drying and viability-preservation technology
The Solar Heat Storage for Drying Forest Tree Seeds (SoFTS) is a 100% solar-powered, renewable energy system developed by Brunel University London. It replaces costly, energy-intensive electric drying methods, reducing s...
Additively manufactured composite rotors optimized by AI
OptiMotor is a research project developing next-generation synchronous reluctance motors using AI-optimized rotor geometries and advanced biopolymer-based composite materials. By leveraging additive manufacturing, the pr...
Advanced Grain Refinement for 100% Recycled Structural Aluminum Vehicle Castings
BCAST's advanced grain refinement technology enables the use of 100% recycled aluminum for structural vehicle castings. By overcoming mechanical defects in secondary alloys, it supports the production of lighter, sustain...
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