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CAC’s Workshop Series

Discover Our Workshop Series

We are excited to offer a dynamic series of courses designed to empower researchers, students, and enthusiasts with essential computing and data science skills.

Our workshops are available throughout the year and are offered every semester. Whether you are a beginner eager to kickstart your journey or a seasoned professional looking to stay ahead in the ever-evolving field, our workshops have something for everyone.

Featured Courses

Explore our dynamic selection of past offerings, which evolve over time to cater to diverse interests and expertise levels. Keep an eye out for upcoming additions to our lineup as we continually introduce new courses to meet the evolving needs of the research community.

Stay Tuned for Upcoming Sessions

Our workshop series runs every semester. Keep an eye on our training and events page for updates on upcoming workshops, registration details, and other information.

Women in HPC: Meet and Greet

This is the first event for the Queen’s University and Canadian chapter of Women in High Performance Computing. Please join us for an hour of conversation and presentation. This event is open to those that work in the HPC field, want to show their support or are curious about what WHPC is.

No registration required.

Building Reproducible Computation Workflows

Building reproducible computation workflows

With the growing use of computational workflows in data-driven science, reproducibility, scalability, and portability have become increasingly important. Platforms such as Galaxy have made computational analyses more accessible to non-experts by providing reusable workflows and supporting reproducible execution through software dependency and environment management. The rapid adoption of large language models (LLMs) and other computationally intensive methods has further highlighted the need for reproducible, transparent, and sustainable computational research.

In this presentation, I will discuss best practices for managing software environments and developing reproducible workflows on Alliance clusters. I will also explore workflow portability and strategies for designing workflows that can be reproduced across diverse computing environments, including high-performance computing (HPC) systems, bare-cloud environments, and secure or isolated platforms.

**No registration is required

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Compute Ontario: Colloquia Series

The Compute Ontario Colloquia are weekly Zoom presentations on Advanced Research Computing, Research Data Management and Research Software topics, delivered by staff from three Compute Ontario consortia (CAC, SciNet, SHARCNET) and guest speakers. The colloquia are 1-hour long and include time for questions. No registration is required.

Cryptography 101

Cryptography 101

 

In this course we will discuss cryptography, its relevance and importance in everyday computing. We will discuss the historical context as well as current applications of different forms of cryptography. We will cover symmetric encryption, asymmetric encryption as well as hashing. Lastly, we will put theory into practice and discuss how different cryptographic mechanisms are implemented in well known network protocols we use every day.

**No registration is required

Want Reminders for This Session?

Compute Ontario: Colloquia Series

The Compute Ontario Colloquia are weekly Zoom presentations on Advanced Research Computing, Research Data Management and Research Software topics, delivered by staff from three Compute Ontario consortia (CAC, SciNet, SHARCNET) and guest speakers. The colloquia are 1-hour long and include time for questions. No registration is required.

Partnering with Simon Fraser University

A new memorandum of understanding sets a joint effort to build a system for research, industry, artificial intelligence, and other key national priorities.

Queen’s and Simon Fraser University (SFU) have signed a memorandum of understanding to jointly pursue federal support through the AI Sovereign Compute Infrastructure Program, expected to launch in 2026. 

Through the partnership, the two institutions are combining their expertise to design and deliver a sovereign, secure, and sustainable high-performance computing system to support academia, government, and industry nationwide.

Bell and Queen’s Joining Forces

Bell, Canada’s largest communications company, and Queen’s University, a leading research-intensive institution, have signed a Memorandum of Understanding (MOU) to build and operate a next-generation, world-class Artificial Intelligence (AI) supercomputing facility. This partnership will enhance Canada’s AI capacity, drive domestic adoption of AI tools, and strengthen digital sovereignty at a critical moment in our nation’s history.

Building Campus Strategies for Coordinated Data Support

CAC joins Queen's in new project dedicated to coordinated data support services

Researchers are producing unprecedented amounts of data and data intensive research is growing rapidly across disciplines. Research data support services offered at universities are often siloed, which can cause inefficient duplication of services and significant gaps in programming and support. As a result, there is a need to develop a strategic, unified approach to providing data support services to ensure researchers have access to the tools and resources they need.

To address these challenges, we are pleased to announce that the Centre for Advanced Computing at Queen’s University is amongst the institutional partners participating in Ithaka S+R’s initiative, “Building Campus Strategies for Coordinated Data Support,” a cohort-based project with 29 universities across Canada and the US. This two-year initiative will support the Queen’s research community through several deliverables that aim to ensure the future viability of research data support services in the following ways:

  • Catalogue and analyze the research data services currently offered locally 
  • Investigate the experiences of faculty and students in navigating and accessing existing research data services at Queen’s and identify current barriers and gaps 
  • Build tools to assist researchers in navigating existing research data services 
  • Develop strategic plans for better coordination of current and future services 

In addition, the project will contribute to developing an international benchmarking dataset on current data support services, which will in turn inform our own strategic planning processes. This project aligns with the University’s Strategic Goals to inspire research excellence and advance social impact and sustainability; enhance research and teaching integration; and strengthen the University’s impact on a global scale.

Watch for project updates on progress and for an invitation to members of the Queen’s community participate in interviews to help the implementation committee better understand researcher experiences with current research data services and identify additional support requirements.

We are delighted to have assembled a project team and steering committee with stakeholders from across the University. We would like to thank the Queen’s University Library for funding this initiative.

For questions about the project, please reach out to rdm.library@queensu.ca.

Project team members include

Meghan Goodchild, Principal Investigator (Queen’s University Library) 

Alexandra Cooper (Queen’s University Library) 

Elise Degen (Centre for Advanced Computing) 

Rebecca Pero (Vice-Principal Research Portfolio) 

Nevil Silverius (Centre for Advanced Computing) 

Steering committee members include

Mark Asberg (Vice-Provost and University Librarian)

Sandra Morden, Head of Digital Initiatives and Open Scholarship, Queen’s University Library

Betsy Donald (Associate Vice-Principal Research)

Nicole Hunniford (Executive Director, Finance & Administration, Vice-Principal Research / Interim Director, Advanced Research Computing)

Kent Novakowski (Associate Vice-Principal Research)

About Ithaka S+R

Ithaka S+R is a non-profit organization that offers research and consulting services to libraries, publishers, scholarly societies, universities, and other non-profit organizations, and produces public research reports to advance research and teaching in sustainable ways.

NVIDIA Graduate Fellowship Program

The NVIDIA Graduate Fellowship Program provides funding in the amount of up to $60,000 per award to PhD students who are researching topics that will lead to major advances in accelerated computing and its applications. Recipients not only receive crucial funding for their research but are able to conduct groundbreaking work with access to NVIDIA products and technology. 

Applications for 2024 are now open.

ISED approves funding for digital research infrastructure (DRI) initiatives

The Digital Research Alliance of Canada is pleased to announce that Innovation, Science and Economic Development Canada has approved funding of up to $228.3 million over the next two years for Digital Research Infrastructure initiatives related to high performance computing, data management, quantum and more that will directly benefit Canada’s researchers.