Sensor Technologies Research Group (STRG)

A cross-disciplinary research group delivering a broad range of impactful projects
Sensor outputs on wraparound screen
Sensors enable the measurement of physical, chemical and biological processes with unprecedented resolution and efficacy. Therefore, sensors are a key focus and enabler of data-informed research across the University, from laboratory to field and in environments ranging from marine to terrestrial.
By utilising sensors, we can collect, analyse, and visualize data in more powerful ways to address key challenges, enabling smarter decision-making and innovative solutions.
At its core, STRG is a cross-disciplinary approach bringing together knowledge, skills and expertise from across all areas of the University. Working in air, water, soil, health, robotics and engineering, we have a wide range of projects and research using sensors as an integral part of their activities.
For more information, or to enquire about collaborations, please contact research group lead Dr Oliver Tills
 
 
 
 
 

Sensor initiatives

FinVision

This project uses the recently developed Juvenile Habitat Monitoring Camera (JHaM-Cam) to research the habitat needs of juvenile fish. JHaM-Cam cameras allow for continuous monitoring in a range of essential nursery habitats, capitalising on advancements in automated image processing (machine learning) and environmental monitoring.
The data and approach developed will fill important knowledge gaps about the essential habitat requirements of fished species, and will bring benefits to fisheries by supporting policy decisions and sustainable management actions.

> Find out more about the FinVision project

A small team of five men sample fish in a marsh Image credit: Ben Ciotti
Standing with completed JHaM-Cam underwater cameras
Completed JHaM-Cam underwater cameras
Underwater JHamCam
Deployment of a sensor-enabled camera next to potential juvenile fish habitat
 

Agri-Robotics Cornwall (ARC)

ARC focused on two areas – blending sensor technology with autonomous robotic platforms and imaging drones to deliver high spatial resolution data on-farm, and protocols for post-processing of data that make it useful and relevant to agri-business needs.
The University developed five 'smart' farm sites across Cornwall to provide hands-on demonstration and training in on-farm tech deployment. Moving towards more resilient farming practices through evidence-informed decisions will enable local farmers to be at the forefront of the food security agenda.

> Find out more about the ARC project

Soil testing equipment being used in a field.
ARC team members with agri-tech equipment
ARC team members with agricultural robots and sensors
Example of agri-tech data visualisation mapped in 3D
Example of agri-tech data visualisation mapped in 3D
 
 

More projects and research groups

Marine e-charging
The Electric Seaway
EmbryoPhenomics
EmbryoPhenomics
i-DAT
i-DAT
Figure 1 – Harbour porpoise sightings from the first Take the Helm survey data in August 2017, analysed by dissertation student Wendy Edwards (BSc Marine Biology & Oceanography)
Marine mammal survey 2020
 
 
 

Sensor deployments

The Sensor Technologies Research Group has:
  • Deployed more than 250 sensors
  • Across marine, freshwater, terrestrial, urban and laboratory environments
  • Measuring temperature, sound, pressure, air quality, motion and biology, including via cameras
  • With data transmission including LoRaWAN, WiFi, NFC and GSM
Sensor technologies research
Examining the live data dashboard readings

Live data dashboards

A range of sensors are deployed across the campus, producing live data on air quality, temperature, carbon emissions, water usage, and more:
Sensors being constructed
LoRaWAN sensor readouts
Sensor deployments around campus
Handheld sensor readings
 
 
 
 
 
 
 
 

People

 
 
 
 

Centre of Research excellence in Intelligent and Sustainable Productive Systems (CRISPS)

CRISPS brings together a vibrant community of transdisciplinary researchers, working towards addressing the challenge of sustainably feeding a global population of 9 billion. Founded upon research excellence in aquaculture, agricultural technology and soil health, and underpinned by investment in cutting-edge facilities, the Centre will create the critical mass required to ensure impactful research and real-world deployment in the UK and beyond.
Centre of Research Excellence in Intelligent and Sustainable Productive Systems (CRISPS) lead image showing a hand holding soil and a plant.