The department of Chemical Engineering at the University of Bath is inviting applications for the following fully funded PhD project, expected to commence January 2023. Read more
This exciting EngD/PhD project in 3D microscopy of advanced materials is in collaboration between, the Faculty or Science and Engineering, University of Manchester (. Read more
Research Group:
Sustainable Industrial Engineering
This PhD project in collaboration with Holiferm Limited will assess the environmental impacts and techno-economic aspects of different types of biosurfactants, produced via a variety of pathways such as fermentation and biomass transformation, and compare these to traditional chemical surfactants in a consistent way – allowing for fair and even evaluation of the environmental profiles/benefits. Read more
New Industry 4.0 technologies such as cyber-physical systems, internet of things, big data, and digital twins are radically altering the way that manufacturing systems are designed and production is performed. Read more
Research Group:
Biochemical and Bioprocess Engineering
This collaborative PhD project with Holiferm Limited will investigate the post fermentation transformation of the sophorolipid biosurfactant molecule, generating novel structures with interesting and useful properties. Read more
Are you a materials engineer or chemistry graduate looking to apply your background to next generation electrical technologies in pursuit of Carbon Net Zero?. Read more
Machining is arguably one of the most complex manufacturing and metal forming operations wherein the material experiences a severe deformation condition at very high temperature. Read more
Metal matrix composites are an advanced family of alloys increasingly used in the aerospace industry because of their enhanced mechanical properties and strength/weight ratio. Read more
Machining and mechanical material removal is one of the key manufacturing operations in the automotive and aerospace industries to generate functional surfaces. Read more
One issue for reusing construction/demolition waste (CDW) in cement clinker manufacture is establishing the supply chains and the associated transportation costs from urban areas to cement plants. Read more
The development of future generations of composite structures requires making better use of in-process data to improve composite part quality and reduce energy use and manufacturing waste. Read more
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