Engineering publications brought to you by Mark Allen

Sensors

New wearable to monitor neuromuscular activity magnetically

NPL teams with Rolls Royce for SMR monitoring

Singapore is often impacted by high levels of air pollution, particularly when wildfires in neighbouring countries cause haze

Surrey space project to help Singapore manage climate change

Repurposed fibre optic cables show promise as seismometers

Smart Gas Pressure Sensor to speed up recovery of gas network

Delta g raises £1.5m to commercialise subsurface mapping tech

A team of researchers at the McKelvey School of Engineering and the School of Medicine has developed a proof-of-concept air quality monitor that can detect live SARS-CoV-2 virus in indoor environments. The monitor uses a biosensor made with nanobodies that is integrated into an air sampler that operates based on the wet cyclone technology, pictured above

Real-time monitor detects SARS-CoV-2 virus variants in five minutes

Sensor chip detects pathogens in 30 minutes with high sensitivity

Inventors of the innovative PETAL sensor patch technology: Assoc Prof Benjamin Tee (standing, left), Dr Su Xiaodi (standing, right), Mr Yang Zijie (seated, left), and Dr Zheng Xinting (seated, right)

PETAL sensor assesses status of wound healing in 15 minutes

Graphic depiction of the EmberCore Flashlight

X-ray flashlight to reveal composition of Moon’s surface

The electrical resistance of the optoelectric memristor can be programmed by visible light

In-memory light sensor provides artificial visual perception

Traditional methods of estimating glacier discharge involve water depth measurements, a physically demanding task that requires wading into the fast flowing, freezing cold water

Acoustic signals provide alternative method of monitoring glacial runoff