To support decision-making around modifications to opioid agonist treatment delivery, a detailed risk assessment was requested to evaluate the integration of secure dispensing devices for direct patient access to hydromorphone. Building on a previously conducted preliminary assessment, the work required a structured framework that would articulate hazards, assess likelihoods and risks, and identify mitigation strategies associated with introducing these devices into service delivery models.

To support the refinement and implementation of its ecological risk guidance, a federal department responsible for marine conservation engaged expert assistance in risk communication. The primary objective was to ensure that the national guidance for ecological risk assessment—developed as part of the department’s marine spatial planning and marine protected areas initiatives—could be effectively communicated to diverse internal and external audiences.

Following the planned closure of the Blood Safety Contribution Program (BSCP), support was needed to help define the structure, elements, and functions of a renewed national recipient hemovigilance system for Canada. The work centred on preparing the transfusion medicine community, federal and provincial/territorial partners, blood operators, and patient representatives to develop recommendations for a future system that could maintain national coordination, support blood and patient safety, and preserve trust in Canada’s blood system.

Facing renewed challenges in securing a reliable domestic plasma supply, Canadian Blood Services sought support to apply a Risk-Based Decision-Making (RBDM) framework. The objective was to assess the value and implications of expanding domestic plasma collection and processing capacity in response to the emergence of commercial plasma operations that export plasma to international markets.

Innovation, Science and Economic Development Canada (ISED), through its Spectrum Management Innovation Directorate, sought support in applying risk-based decision making (RBDM) across its compliance and enforcement responsibilities. The department was looking for a structured and data-driven approach to prioritize regulatory actions in a way that reflects risks to the public interest.

A federal agency required scientific support to enhance the effectiveness of its environmental enforcement activities. This involved identifying and analyzing the risk factors—both environmental and human health-related—that contribute to the likelihood and impact of regulatory offences. The objective was to develop a structured approach to prioritize enforcement actions under key legislative frameworks including the Canadian Environmental Protection Act, the Fisheries Act, the Species at Risk Act, and others.

To support national public health goals, RSI was tasked with developing a quantitative microbiological risk assessment (QMRA) model to estimate the human health risks associated with the consumption of chicken in New Zealand. The core objective was to quantify the relationship between Campylobacter contamination on poultry carcasses at the point of chilling and the subsequent incidence of foodborne illness among consumers.