Barrier: Developing IoT and Ensuring Fitness for Purpose

This project will explore the possibilities of Blenheim as a social prescribing exemplar through three phases of work.

This project aims to develop a participant-led approach to health IoT implementation and contribute to strengthening the Oxfordshire digital health ecosystem.

Cyber-Physical Systems (CPS) and Internet of Things (IoT) are complex engineering systems encompassing analogue/physical quantities with digital/discrete controllers. This project will develop solutions for practical verification issues for complex CPS/IoT systems in the automotive domain, which include black-box learning/adaptive components.

It has been suggested that the vast majority of commercial vessels will be broadband capable within the near future. This project will look to enable the introduction of IoT predictive maintenance in diesel generators for medium-sized vessel used in the offshore, ferry and tug marine industries.

Supply chains are complex networks of independent companies, and full supply chain visibility is a common barrier to forming effective connections between suppliers. IoT can be utilised to improve information sharing to ensure accurate information is available throughout the supply chain

Smart energy systems will play a key part in supporting the UK to meet its carbon emissions target by 2050. To enable this, easily accessible monitoring data is required in order to make operational decisions. This project aims to clearly identify, demonstrate and document these approaches in order to overcome key difficulties.

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.

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

The University of Sheffield and engineering manufacturer Tinsley Bridge have been pioneering new approaches to industrial Internet of Things (IoT) applications through the innovative Pitch-In project.

The goal of this project is to address a common industrial concern that recent developments in digital manufacturing are unlikely to be accessible by SMEs owing to the associated capital cost of upgrading industrial computing and communication environments.