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Adam Adgar

01642 342486
Job title:
Principal Lecturer (Programmes)
School of Science, Engineering & Design
Science, Engineering and Design research

About Adam Adgar

Adam Adgar

Adam Adgar
Principal Lecturer (Programmes), School of Science, Engineering & Design
T: 01642 342486
Research: Science, Engineering and Design research

Dr Adgar studied Chemical Engineering at the University of Nottingham followed by an industry-sponsored PhD in Control Engineering at the University of Sunderland. After successfully contributing to and leading several national and European research projects, he joined the Chemical and Bioprocess Engineering group at Teesside University.

Adam is an associate member of the Institution of Chemical Engineers and a STEM Ambassador. He has also supervised four successful PhD projects.

Dr Adgar has published over 70 papers in journals and international conferences in the areas of instrumentation, control systems, process modelling, artificial intelligence and process maintenance. In addition he is a reviewer for many international research journals including Transactions of the Institution of Chemical Engineers, Bioprocess and Biosystems Engineering, Mechanical Systems and Signal Processing and Automatica. He serves on the international committee of the Congress on Condition Monitoring and Diagnostics Engineering Management.

Research interests

Dr Adgar’s research interests include process control and simulation, mathematical modelling, condition monitoring, engineering applications of artificial intelligence and water treatment.


Toolkits for advanced sensor validation condition monitoring and modelling of water treatment systems (EPSRC)

Dynamic Decisions in Maintenance – DYNAMITE (EUFP6)

Progressive Oil Sensor System for Extended IDentification Online – POSSEIDON (EUFP6)

A Micro Components-Assembled Spectrometer Sensor System for On-line Oil Quality Analysis – SENSOIL (EUFP5)

Enterprise interests

Previous enterprise experience includes many consultancy activities with local and national companies: small-scale research projects; developing models/simulations of industrial processes; software development and testing; and developing and delivering bespoke training courses. All activities were focused on transferring skills and knowledge to provide solutions for practical problems in industry.