New Technologies for Canadian Observatories

ARC Director and UVic faculty member Kim Venn and graduate student Masen Lamb working at the adaptive optics bench at the NRC-Herzberg.

Dr. Lisa Locke sets up a near-field antenna measurement in the millimetre-wave lab at NRC Herzberg. The device under test is a commercial 2-18 GHz dual linear Vivaldi antenna.

ARC Adjunct member Dave Andersen pointing to the graphical interface of one of the two science arms of the RAVEN multi-object adaptive optics science demonstrator. Photo taken during RAVEN commissioning at the Subaru Telescope in May 2014.

New Technologies for Canadian Observatories (NTCO) is a new NSERC CREATE training program designed to address the need for technological innovation in the next generation of astronomical instrumentation.  To maximize Canada's scientific and industrial investments in astronomical research innovative approaches to instrumentation will be necessary in detectors, optics & photonics, focal plane and manufacturing technologies. This NTCO program is designed to appeal to students who want to be involved in there cutting-edge technologies, which can also have profound downstream industrial applications.

Our team includes researchers from four universities, government labs, observatories, and Canadian industries, who will provide students with unique, hands-on experience in instrumentation technologies, which is missing in the standard graduate curriculum. The NTCO program is further enhanced by professional skills training workshops, annual team meetings, co-supervision of all trainees, an integrated thesis or dissertation, and participation in the Dunlap Institute Instrumentation Summer School (or equivalent).

The goalsl of NTCO are to better prepare students for leadership in the Canadian high-tech workforce, to help to generate industrial initiatives within Canada that are premised on new knowledge and intellectual property, and to contribute to the elevation of Canada's global position in emerging optics and instrumentation technologies, and prepare Canada to maximize on its investments in multi-national ground-based, space-based, remote-orbiting and space-cruising observatories.

Kim Venn (PI) UVic Spectroscopy
Dave Andersen UVic/NRC-H Adaptive Optics
Colin Bradley UVic Optics, Engineering
Laurent Drissen Laval Instrumentation
Bryan Gaensler UofT/Dunlap Inst SKA technologies
JJ Kavelaars UVic/NRC Instrumentation
Brenda Matthews UVic/NRC mm/sub-mm Tech
Suresh Sivanandam UofT/Dunlap Inst Instrumentation
Luc Simard UVic/NRC TMT, Instrumentation
Simon Thibault Laval Optics & Photonics
Christine Wilson McMaster mm/sub-mm Tech
TBD
Frederic Grandmont ABB Optics & Photonics
Francois Chateauneuf INO Optics & Photonics
Amir Hadi Dynamic Structures Manufacturing Techs
Neil Rowlands ComDev/Honeywell Focal plane Techs
Rafal Pawluczyk Fibertech Optica Optics & Photonics
Marie-Eve Ducharme NuVu Cameras Detectors

Program Coordinator Description  Appl deadline Friday June 9, 2017
Students Talk to members of the Program Team or Industrial Partners Currently no deadlines