This call will invite research proposals from multi-disciplinary teams in the field of 5G Networks. Teams must be led by an investigator from a Canadian university, and can be composed of investigators from Canadian universities and educational institutions, not-for-profit organizations, for-profit organizations, provincial/territorial/municipal governments, and international universities and education institutions. Teams will be encouraged to develop and submit interdisciplinary research proposals addressing one or several areas identified in the call Science & Technology (S&T) Challenge Statement.
The Corrosion Detection in Ships Sandbox (CDIS), previously postponed due to COVID-19 restrictions, is set to re-launch its Call for Applications in November 2021, with the sandbox occurring in April/May 2022. Applications for this Sandbox will be open to all innovators, including those that did not previously apply. The pandemic situation will continue to be monitored and plans adjusted as necessary to conduct the Sandbox in a safe manner.
Cet appel sera lancé afin d'obtenir des propositions de recherche de la part d'équipes multidisciplinaires dans le domaine des Réseaux d'innovation 5G. Les équipes devront être dirigées par un chercheur d'une université canadienne, et peuvent être composées de chercheurs provenant des universités et établissements d'enseignement canadiens, d'organismes à but lucratif ou non lucratif, d'organismes provinciaux/territoriaux ou municipaux, et des universités et établissements d'enseignement internationaux. Les équipes seront invitées à élaborer et à soumettre des propositions de recherche interdisciplinaire sur un ou plusieurs sujets identifiés au moment de l'appel de propositions, dans le Défi scientifique et technologique.
navires (CDIS), précédemment reporté en raison des restrictions liées à la COVID-19, ira de l'avant avec un nouvel appel de candidatures en novembre 2021, l'environnement protégé ayant lieu en avril/mai 2022. Les candidatures pour l'environnement protégé seront ouvertes à tous les innovateurs, y compris ceux qui n'avaient pas appliqué auparavant. La situation pandémique continuera d'être surveillée et les plans ajustés si nécessaire pour mener l'environnement protégé de manière sûre.
29 octobre 2019 | Local, Naval
Barges being acquired by Canadian navy can be used for Asterix or JSS
DAVID PUGLIESE, OTTAWA CITIZEN Navamar Inc. of Montreal has received a $12 million contract to provide five “ship-to-shore connector systems” to the Royal Canadian Navy. The pontoon barges would be used to move supplies to shore from either the MV Asterix replenishment ship or the future Joint Support Ships, reports Esprit de Corps military magazine. The large craft could be used during humanitarian missions or on operations where no dock is available. The former Protecteur-class replenishment ships also had a landing craft vehicle personnel capability (LCVP), which provided limited support to humanitarian and disaster relief operations, according to the Department of National Defence. “The new sea to shore connectors will be more robust and versatile, and provide a significantly improved capability,” it added in a statement. The connectors will be modular and configurable to adapt to almost any mission, the department noted. They could be used as a temporary jetty anchored to the shoreline or as a large barge to assist in ship maintenance and repair or perform evacuation operations. In terms of cargo capacity, the old LCVP had enough space to transport a couple of pallets of rice bags or 40 people. The new sea to shore connectors will be able to carry thousands of bags of rice, hundreds of personnel, and multiple vehicles, according to the DND. Construction is scheduled to start August 2020 with final delivery in September 2022, said DND spokeswoman Jessica Lamirande. In other JSS news, Seaspan has awarded Hepburn Engineering Inc. of Toronto, ON, a contract for work on Canada's new Joint Support Ships. Hepburn will provide four Replenishment Stations for the Joint Support Ships, which will allow the vessels to transfer fuel, fresh water, and solid goods to and from other vessels. These Replenishment-at-Sea (RAS) systems will be fully compatible with NATO standards, allowing the JSS to resupply and refuel Canadian and allied task force ships at sea. https://ottawacitizen.com/news/national/defence-watch/barges-being-acquired-by-canadian-navy-can-be-used-for-asterix-or-jss