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PhD in improving the sustainability of polymer Additive Manufacturing/3D Printing (MEC-01-Majewski) Department of Mechanical Engineering PhD Research Project Competition Funded Students Worldwide
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PhD in “Spray-On Electronics: Enhancing Manufacturing and Practical Applications” (EEE-16-Hobbs) Department of Electronic & Electrical Engineering PhD Research Project Competition Funded Students
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supported and steered by Scott Bader who are an established global manufacturer of composite resins, structural adhesives, and functional polymers. The successful candidate will also gain valuable industrial
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– Dyson (https://www.dyson.co.uk/), one of world leading designers and manufacturers of haircare devices. This study is an extension of the preliminary established collaboration with the company. Academic
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analysis, and interdisciplinary collaboration. Your work will contribute to the advancement of measurement standards, making a lasting impact on scientific research and industry practices. About the Research
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. Next generation personal care products must have excellent performance as well as being sustainable. In this project, you will be working with Unilever, a world-leading company that manufactures a range
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electronic and opto-electronic devices. The group benefits from extensive cleanroom facilities including; state-of-the-art epitaxy, lithography and device manufacturing tools, ultra-high resolution electron
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our industrial partner – Unilever (https://www.unilever.co.uk/), a world-leading company that manufactures a range of home, personal care and food products (such as Dove, Lynx, Surf, Cif, Hellmann’s
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electronics, software, mechanics and optics. The instrumentation will be used within a range of diverse application, including renewable energy, process manufacturing, scientific characterisation, environmental
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. The project will involve laboratory and in-field measurements with the support of our industry partners. The key goal is to use acoustic waves to recover statistical properties of the dynamic water surface and