This project supported stipends, equipment, and mentoring for 8 students to explore IoT projects during the summer for 4 weeks, from 14 June to 9 July 2021. Following on from last year’s very successful student placements, this year we partnered with Barnsley Digital Media Centre to embed our students in Barnsley, exploring IoT product concepts.
Exploring the practicalities of applying IoT solutions to monitor mental health in consumer’s homes, and to better understand perceptions and attitudes towards data acquisition and retention.
‘IoT for care’ is an emerging field that faces its own specific barriers as well as those common to all IoT domains. This project draws upon experiences of those at the forefront of the field to develop resources and plot a course towards widespread adoption of IoT for care.
Many building projects make use of IoT during the design and build phase. This project aims to overcome barriers related to sparse sensing IoT and to establish a business case for future work
Developing an IoT platform for capturing and analysing data from sleep studies, improving convenience for the patients and reducing time and costs for the NHS.
Developing low-cost and open-source image recognition technology to enable people analysis within urban environments whilst ensuring compliance with privacy regulations.
Developing an IoT predictive maintenance solution for legacy manufacturing processes to reduce costly manual inspections for SMEs.
There are over three billion litres of water leaks per day in the UK. This project will explore the possibility of developing a self-sustaining and non-intrusive wireless smart water meter for detecting and reducing leakage through flow and pressure monitoring.
Landslides can pose a significant risk to life and economic disruption. The project aims to develop IoT integrated sensors with smart front and back processing using broadband satellite resilient connectivity, and incorporate data into existing business and decision making processes, as well as influence new processes.
Developing a ‘smart’ solution for commercial buildings to reduce unnecessary heating within empty rooms.