VIP Teams

  • Develop and implement a fixed wing UAV to be used as a pre-emptive measure to stop rhino poaching in the Kruger National Park
  • Design and apply biofuel technologies for domestic use.

  • The improvement of the transport of students and staff on and around campus, primarily by addressing issues around public transport accessibility.

  • To develop a calibrated, validated Multi-Agent Transport Simulation model for the City of Cape Town Metropolitan Municipality.

  • Initial development of a hydroponic measurement and control system (Nutridoctor) to enable vegatable production with the aim of achieving a zero nutrient effluent.
  • To develop new, reliable manufacturing and self-testing methods for systems and components in harsh environments

  • To improve the turnaround time of the development phase of Power-purchase Agreements, minimise downtime of these assets and proactively monitor system health of existing photo-voltaic arrays.

  • To extend the sensing capabilities of unmanned aerial vehicles (UAVs) by fully exploiting the capabilities of sensors and systems which exploit the electromagnetic spectrum.