Projects

Reinventing robotics platforms with sustainable metrics in mind.

We develop implantable electronics that sense the tumour micro-environment and trigger living call based therapy to treat ovarian cancer.

Make carbon and sustainability a first-order design parameter for future edge computing devices that range from tiny, energy-harvesting IoT devices to higher performance consumer electronics.

Building sustainable technology for environmental, human, and wildlife wellbeing.

Batteryless devices for smart personal protection

Architecture, languages, and tools, for spintronic computing devices.

We explore wearable computational methods to reduce the effect of structural, societal, monetary, or mental barriers to receiving healthcare treatment.

We develop wearable devices that can sense circadian phase and activity, then deliver interventions (via implantable) to entrain new circadian rythyms.

Harnessing energy from soil to compute and sense at scale.

Adaptive, Architecture, hardware, languages, and tools, for energy harvesting, intermittently powered computing devices.