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understanding in the skills required to successfully create and bind books using traditional techniques. Digital Printing: Proficiency in both large format and spot colour printing, understanding print profiles
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engineering, mechanical engineering, biomedical engineering and sport engineering. We are building a global reputation in areas including human performance and human factors, future materials and manufacturing
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Overview The 4D Materials and Printing Lab in the Department of Engineering at Nottingham Trent University is seeking to recruit a PhD student for the EPSRC funded research project: Integrated
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innovation, manufacturing/materials and sustainability engineering. The successful candidates will be able to teach modules in Avionics and Control, and/or Mechanics, Dynamics and Vibrations. We also welcome
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electronic engineering, mechanical engineering, biomedical engineering and sport engineering. We are building a global reputation in areas including human performance and human factors, future materials
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About the Role The Institute of Health and Allied Health Professions at Nottingham Trent University is looking to appoint an enthusiastic and forward-thinking Paramedic Lecturer or Senior Lecturer to join our academic team. We’re seeking an individual who is experienced in the field of...
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-reinforced composites, textiles recycling, coating, printing, textiles, product design, electronics, manufacturing, and materials science. You will have a combination of visual, technical and creative skills
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physiology Understand how to improve building fabric Improving building fabric Improving building services Improving air tightness and ventilation Improvement option valuation and medium term retrofit plans
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Police and Nottingham City in relation to environmental waste management concerns. You will also be responsible for producing Student Code of Behaviour (SCoB) reports as well as working with internal
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, the successful PhD candidate is expected to generate 3D human muscle models in vitro using our patented technology and assess the impact of proteins and drugs on muscle growth and waste using a variety of