Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Field
-
te tūranga nei. Āu Mahi | What You Will Do As the Studio Technician in Moving Image and VP, you will be responsible for managing and maintaining the Digital Screen's specialised, Editing, Colour
-
align with the Department's existing research strengths, including power systems, power electronics, microfluidics, electronic nanomaterials, embedded systems, image processing signal processing, or other
-
, or takes an interdisciplinary approach to security and privacy. You will contribute to teaching in core cybersecurity and computer networking subjects, as well as being encouraged to develop a strong
-
secure, scalable architecture that protects and enables the University of Canterbury's digital future. This role combines big-picture strategic thinking with hands-on technical execution. You'll set
-
studio and/or location sound workflows, including boom and lavalier mic operation, dual-system recording, and sound capture for picture Strong IT system management skills, especially post-production
-
four telescopes: a 1-m with a high-res fibre-fed echelle spectrograph, 1.8-m with 2.2 sq. deg. imager & two 0.6-m. The School of Physical and Chemical Sciences offers a spectrum of majors including
-
University of Canterbury is undertaking a large-scale enterprise software transformation to implement a modern and integrated ERP system that will streamline processes and enhance user experience. Āu Mahi
-
works in a Shared Services team model and will contribute proactively to identify opportunities for operational efficiency, innovation and process improvements to university systems, processes, and
-
: Provide professional reception and customer service support Assist with examinations, meetings, travel bookings, and events Prepare, edit, and process documents and reports Manage communication channels
-
qualified tradespeople with tasks involving HVAC systems, hot water systems, pumps, compressors, and general building services. This hands-on role contributes to the safe and efficient operation of UC's