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Multi-million pound investment to keep Southampton at forefront of Computer Science and Artificial Intelligence
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Research Projects - MEMs and NEMs
A MEMS Based Electrostatic Levitation and Control System for Target Delivery Applications
Development of a Low Acutation Voltage RF MEMS Switch
Efficiency Improvement in MEMS Thermoelectric Generators employing Solar Concentration
Highly-efficient thermoelectric power harvesting
Highly-efficient thermoelectric power harvesting
Highly-efficient thermoelectric power harvesting
Interface for Micro-Machined Vibratory Gyroscope
Interface for Micro-Machined Vibratory Gyroscope
Mechanical amplification in inertial sensors
Microfluidic Devices and BioMEMS
Micromachined Actuators
Micromachined Inertial Sensors
Micromachining and testing of electrostatic actuators for optical tuning
Optical MEMS - Atom Chips
Resonant Nano-Electro-Mechanical Sensors for Molecular Mass-Detection
Smart Music Instrument: Human-Machine Interaction
Suspended Gate Silicon Nanodots Memory
Two Degree of Freedom Capacitive MEMS Velocity Sensor
Ultra Sensitive Charge-based Chemical/Biosensors Using Suspended Silicon Nanostructures