The Built Environment and Sustainable Technologies Research Institute focuses on radio frequency microwave, civil engineering, and management, economics and planning research. Find out about our research areas, current projects, and meet the staff.
BEST undertake a number of research projects. Read the Institute's case studies on Sensor Technologies and Microwave Systems to find out the type of work they conduct.
Find out about the range of first-rate facilities used by the staff and students of the Built Environment and Sustainable Technologies Research Institute (BEST) including labs for radio frequency and microwave sensors, highways research, industrial chemistry, soil mechanics, hydraulics, surveying, light structures and materials, structural testing, and concrete.
Within the Built Environment and Sustainable Technologies Research Institute our areas of expertise are: constructions management and economics, facilities management and real estate management, radio frequency and microwave technologies, materials technology and environmental technologies. Find out more about each of these areas.
The Business, Corporate, Financial and Technology Law Unit is committed to fostering an intellectual environment and advancing scholarship within business and finance law.
Find out more about BEST's expertise in sustainable resource processing and planning.
The Behavioural Ecology and Physiology Research Group studies the functions, mechanisms and development of behavioural and physiological interactions between organisms environment.
The Physical-Literacy group at Liverpool John Moores University is developing a physical literacy consensus statement for England.
The Mechanical Engineering and Materials Research Centre (MEMARC) have a number of PhD research opportunities. Find out more about postgraduate study within MEMARC.
The Mechanical Engineering and Materials Research Centre (MEMARC) specialises in fracture and contact mechanics, wave propagation in lattices and microstructures, thermal fatigue and thermal striping, materials development and processing, as well as dynamics and control systems. You can find out more about these research areas and the projects MEMARC are working on here.