Brunel University London

Brunel is an internationally renowned university at the leading edge of global research. An emphasis on collaborative and applied research provides a focus on creating socio-economic impact and commercial benefits - from bringing new products to market and developing the latest science and technology to offering innovative solutions for complex business problems. Brunel is located close to Heathrow airport, London
Brunel researchers and experts cover five strategic challenge areas:
<ol>
<li>Health: planetary health, human health and wellbeing across the bio-life science and medical science</li>
<li>Communities: global, secure and connected communities, including cultural, economic, and social science</li>
<li>Digital: digital futures, artificial intelligence (AI) and big data</li>
<li>Sustainability: clean energy, sustainable growth, circular and bio economies</li>
<li>Manufacturing: mechanics, smart manufacturing and materials innovation</li>
</ol>
World leading experts, research strength and R&amp;D facilities are available: 
<a href="http://www.brunel.ac.uk/bcast">Brunel Centre for Advanced Solidification Technology</a>
<a href="http://www.brunel.ac.uk/etc">Experimental Techniques Centre</a>
<a href="https://www.brunel.ac.uk/research/Research-directory">All research groups</a>
A dedicated team of professionals in the Research Support &amp; Development Office (RSDO) at Brunel ensures that legal, contractual and Intellectual Property issues are fully managed in an agile fashion and that the relationship between Brunel academics and their counterparts within collaborating companies is supported. Funded collaborative research opportunities are constantly sourced by RSDO and partner companies are welcome to contact Brunel if an opportunity fits their expertise and objectives.

Brunel University London

The Smart Chuck and Smart Collet for High-Throughput High Precision Machining

Brunel University London

Smart Cutting Tools for High Precision Smart Machining

Brunel University London

Vehicle Drag Reduction

Brunel University London

DRooTES: Double Rooted Trailing Edge Serrations for Quiet Blades

Brunel University London

Actively-Controlled Morphing Wing Adaptive Skin for Enhanced Aircraft Control and Performance

Brunel University London

PRISM: Plastic Packaging Recycling using Intelligent Separation Technologies for Materials

Brunel University London

Bespoke Materials Characterisation Using World Class Microscopic and Spectroscopic Instruments

Brunel University London

Aluminium Micro-Alloying

Brunel University London

Magnesium Alloys with Improved Castability

Brunel University London

Reduction of Aerofoil Noise through Design Optimisation of the Trailing Edge

Brunel University London

Vulcanaer: Air Hybrid for Diesel Engines

Brunel University London

A Casting Magnesium Alloy for Providing Improved Thermal Conductivity