Researchers have demonstrated a novel method for inspecting large pipe structures using mobile robots equipped with guided acoustic wave sensors.
Researchers have developed a new microchip-based material that demonstrates mechanical properties that are necessary for vibration isolation on a microchip.
The GreaseBoss Endpoint employs edge processing capabilities of nRF52833 SoC and Memfault's IoT reliability platform to reduce data transmission and conserve power.
UBCO researchers are investigating ways to ensure wear-resistant coatings, designed to protect turbines, propellers, bridges and other structures, are not deteriorating over time.
Engineers have developed electronic 'stickers' that measure the force exerted by one object upon another. The stickers are wireless and can be run without batteries.
Researchers have developed a molecular-sized version of a piezoresistor, a type of electronic sensor, that could have widespread benefits.
The Bosch BHI360 inertial measurement unit (IMU) smart sensor combines a gyroscope with an accelerometer to enable full customisation.
Engineers from Macquarie University have developed a technique that uses ethanol to make the production of nanosensors more sustainable and efficient.
Researchers have created a thin and robust sensor that can monitor heat flow in electronic devices to enhance overall efficiency.
The STMicroelectronics VL53L7CX FlightSense multi-zone distance sensor is designed to bring lifelike situational awareness to a range of applications.
The Melexis MLX9042x Triaxis 3D magnetic position sensors are designed for automotive applications and are suitable for harsh environments.
Researchers have built an attosecond electron microscope that produces movies of light-matter interaction with attosecond time resolution.
Researchers have created a fluid mechanics-based chamber design for an electronic nose that can detect volatile organic compounds at low concentrations.