Electrical and Computer Engineering

Summary

A wide range of research is carried out within the Electrical and Computer Engineering Department. Research areas include: acoustics, communication, computational imaging, nanostructure engineering, networking, electric power engineering, power electronics and power systems. The Department has four specialist research laboratories: Communications, High Voltage, Nanofabrication and Power Electronics.

Researchers

• Alan Ruthven Wood
• Andrew Bainbridge-Smith , also  College Office (Engineering)
• Andrew Craig Lapthorn
• Christopher Eric Hann
• Desmond Taylor
• Harsha Rajaram Sirisena
• Keliang Zhou
• Kimberley Wallace Eccleston
• Maan Alkaisi
• Martin Ward Allen
• Masako Kishida
• Michael Philip Hayes
• Neville Robert Watson
• Pat Bodger , also  Electric Power Engineering Centre
• Paul T Gaynor
• Peter Gough
• Phil Bones
• Philippa Anne Martin
• Richard Darryl Jones
• Richard Michael Clare
• Rick Millane
• Stephen John Weddell
• Volker Michael Nock , also  Biomolecular Interaction Centre
• Yusuke Hioka

• Centre for Bioengineering
• Acoustic Research Group (ARG)
• Algorithm Engineering
• Communications Research Group (UCCRG)
• Computational Design and Adaptation (CDA)
• Computational Imaging Group (CIG)
• Electric Power Engineering Centre (EPECentre)
• Nanostructure Engineering Science and Technology (NEST)
• Networking Research Group (NRG)
• Power Electronics Research Group (PERG)
• Power Systems Group
• Wood Technology Research Centre
• Engineering Leadership and Management (ELeMent)
• Biomolecular Interaction Centre (BIC)
• Māori Research Advisory Group (MRAG)
• Spatial Engineering Research Centre (SERC)
• Search and Rescue Research Group (SRRG)
• Resilience: Technological Research
• The University of Canterbury Rose Centre for Stroke Recovery and Research at St George’s Medical Centre

• MARS-CT: Medipix All Resolution System - CT
• Navigation Systems for Semi-autonomous Operation of Wheelchairs
• Energy Harvesting for Wireless Instrumentation
• Wireless Sensor Network for Wheelchair Control
• Navigation and Control for Autonomous Unmanned Aerial Systems
• Nonlinear Adaptive Control for UAV
• UC Rover
• Change detection using multiple-pass InSAS
• Tools for timber stiffness measurement
• Autonomous Forest Pruning and Data Collection of Tree Metrics
• Hyphae-on-a-Chip - A microfluidic platform for the study of protrusive forces in hyphal invasion
• Using synthetic communities to visualise bacterial plant leaf community development and pathogen invasion processes at the single-cell resolution
• Self-propelling droplets for microfluidic applications
• Using the Lab-on-a-Chip to understand the protrusive force exerted by pathogenic hyphae
• Controlling the Oxygen Microenvironment On-chip
• Flexible microdevices for characterization of the role of bionanomechanics in cancer

• Nanolab Mask Aligner

• Agriculture and Other Applied Biological Sciences: Biotechnology
• Computer Science, Information Technology, Information Sciences: Computer Vision
• Engineering and Technology: Acoustics; Applied Mechanics; Bioengineering; Communications; Computer & Software Engineering; Design; Earthquake Engineering; Electrical Engineering; Electromagnetics; Energy and Fuels; Engineering Management; Fluids Engineering; Instrumentation & Control; Signal and Image Processing; Manufacturing; Materials; Mechatronics; Microwave and millimetre-waves; Nanotechnology & Solid State Devices; Optical & Laser Engineering; Power Systems & Power Electronics; Resource/Environment Engineering; Simulation, Control and Computer Modelling; Thermophysical Properties; Timber; Transportation; Modelling
• Physics: Condensed Matter; Medical Physics; Nanotechnology
• Psychology: Behavioural Science; Cognitive Psychology; Neuroscience; Forensic Psychology
• Resilience: Technological: Robotics

• Department website
  
• Contact details