Staff

Our Culture

The Fedoruk Centre is made up of a team of dedicated experts who are passionate about building a career in a purpose-driven organization. Our workplace offers both support and autonomy, respecting the importance of work-life balance.

Our staff members have opportunities to learn new skills, explore ideas and work alongside leading-edge scientists knowing that their work benefits society in many ways.

Our Organization

Our organizational chart reflects the line-management accountabilities and roles of staff members and also shows the committees advising the Board or Management about the key activities of the organization. Additionally, it shows the reporting relationships within our not-for-profit corporation from Management through the independent Board of Directors to our sole Member, the University of Saskatchewan, represented by the USask Board of Governors.

Jeter Hall

Executive Director
jeter.hall@fedorukcentre.ca
306-966-3376 (Fedoruk Centre)

Jeter Hall completed his PhD at the University of Utah, studying gamma rays produced by dark matter annihilation. He went on to complete a postdoctoral fellowship at Fermilab, where he contributed to underground dark matter experiments including CDMS-II, SuperCDMS, and COUPP. Jeter's work ranged from improving electronics performance in cryogenic detectors to analyzing acoustic signatures in bubble chambers and deploying new technologies at SNOLAB.

From 2017, Jeter held the position of Director of Research at SNOLAB, one of Canada’s premier facilities for astro-particle research. In this role, Jeter was accountable for the successful execution of the laboratory's large suite of projects in tandem with the successful operation of its scientific program. Jeter worked across organizational boundaries to facilitate the successful completion of the lab's portfolio of projects and programs alongside the lab's organizational commitments.

Jeter joined the Fedoruk Centre as executive director in July 2025 to accompllish impacts in the following areas: (1) Nuclear imaging tools and methods to advance life sciences, agri-biotechnologies and medicine; (2) Material sciences, through nuclear techniques, such as neutron scattering, to improve energy, health, and transportation; and (3) Understanding the practical and social aspects of nuclear energy, to inform decision-making towards a clean, sustainable future.