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This research proposes the use of Artificial Intelligence techniques (including machine learning, intelligent signal processing, and advanced computer vision techniques) in analysing these large scale data sets to enable both remote condition monitoring of machinery and advanced process optimisation.

This PhD project will focus on developing, improving and optimising advanced real-time control strategies in mixed fermentation.

The conduct of this project would help to gain deeper physical and theoretical insights into the granular processes involved with segregation, mixing, avalanching, shock surface and rheology etc., hence providing guidance to relevant application problems.

The objective of this project is to develop new and innovative digital materials, such as digital ABS, for use with additive manufacturing and 3D printing applications.

The use of additive manufacturing and 3D printing, which has been in development over the last 30 years, is steadily becoming the norm for many companies in order to produce complete and complex product prototypes, as well as undertake small batch production. Find out more about the research opportunities in this very innovative and rewarding field of manufacturing research.

To find out more about our services for business keep reading, contact us on 0114 225 3500, or email meri@shu.ac.uk

The Centre for Automation and Robotics Research (CARR) brings together robotics-related research, teaching and consultancy

Using our client focused Timeshare programme, you can gain access to world class facilities. With world class facilities and an extensive range of equipment, we can often provide our clients and partners with scheduled access to specialist kit

We have a proven track record of helping companies to secure additional funding to help with a variety of projects.

We offer staff training and development from low-cost, low-commitment events to bespoke courses designed and delivered to your specific needs