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of the computing infrastructure that powers both data and computer intensive research. From high-performance computing clusters and parallel storage to data management and automation tools, you’ll help shape and
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Dalhousie University | Halifax Mid Harbour Nova Scotia Provincial Government, Nova Scotia | Canada | about 2 hours ago
cases. Institutions may also request up to $6 million per chair in research infrastructure funding through the Canada Foundation for Innovation. The Impact+ Research Chairs submission process requires
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Dalhousie University | Halifax Mid Harbour Nova Scotia Provincial Government, Nova Scotia | Canada | 2 days ago
progression. The Canada Impact+ Emerging Leaders submission process requires application to Dalhousie University (see details below) by January 19, 2026. Please visit the Canada Impact+ Emerging Leaders website
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the most cost-effective approach in parallel with protocols that are implemented. Among the key duties of this position are the following: Provides key role in the development, execution, management and
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, reproducible, and researcher-friendly platforms for scientific computation, workflow automation, data processing, and AI/ML acceleration. While titled as a director, the position is deeply hands-on: the director
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), parallelization (running loop iterations in parallel), enhancing data locality by fusion, and blocking (i.e. accessing arrays in a way that improves temporal and spatial data locality). A large number of
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[map ] Subject Areas: Mathematics; Physics; Astrophysics; High Performance Computing; Machine Learning Appl Deadline: 2025/12/15 11:59PM (posted 2025/11/20, updated 2025/11/03, listed until 2026/05/15
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Position as Computational Analyst / Bioinformatician in RNA Therapeutics and Cardiometabolic Disease
for identifying protective human gain-of-function gene variants. Supporting the group with (sc/sp) RNA-seq analysis and multi omics integration. Assist with implementation of paralleled microRNA/mRNA single-cell
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, the higher operation of such devices poses new challenges in terms of protection, which are still unsolved. Unlike IGBT, wideband gap devices cannot withstand short-circuit currents for enough time
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emerging as a promising paradigm to overcome bottlenecks in conventional computing, offering ultra-fast and low-energy information processing. Recent advances include both spiking and deep learning schemes