Conestoga news

December 18, 2024 3:30 PM

CISWP showcases research on construction work safety at international symposium in Uruguay

Conestoga researcher Dr. Cristina Herrera Valerio from the Canadian Institute for Safety, Wellness & Performance (CISWP) recently presented innovative research at the International Symposium of 3D Movement in Uruguay that marks a significant step forward in enhancing workplace safety for construction workers globally.

Dr. Cristina Herrera Valerio
Conestoga researcher Dr. Cristina Herrera Valerio from the Canadian Institute for Safety, Wellness & Performance (CISWP) recently presented research findings at the International Symposium of 3D Movement in Uruguay.

Herrera Valerio's study focused on validating the use of Tri-Axial Accelerometers to estimate overhead work - a critical factor in assessing shoulder injury risks.

The research, which included both laboratory and field validation, demonstrated that this advanced method reliably estimates overhead exposure among construction workers. By providing accurate analysis of overhead exposure, the study aims to establish safety guidelines to mitigate the risk of shoulder injuries in the construction industry.

Construction workers face a high risk of musculoskeletal disorders, reaching as high as 40 per cent, and about seven per cent of workplace injury claims occur at the shoulders primarily due to overhead work. “Accurately assessing overhead work is crucial to prevent shoulder injuries among construction workers, which are common due to the physical strain involved. This assessment not only enhances worker safety and productivity, but also helps in reducing costs related to medical claims and ensures compliance with safety regulations,” Herrera Valerio said.

The next steps in the research involve exploring the full and multi-day overhead exposures and their relationship to shoulder fatigue.

“By understanding these prolonged exposure patterns, we aim to develop effective workplace interventions and strategies to better prevent and address shoulder fatigue among construction workers. This research will not only enhance worker safety and productivity, but also contribute to the field of occupational health by providing evidence-based solutions to mitigate the risks associated with overhead work.”

Herrera Valerio's presentation received enthusiastic feedback from attendees, highlighting the importance and potential impact of the research. The symposium also provided a valuable platform for exchanging ideas and insights.

“The International Symposium of 3D Movement is a prestigious conference where specialists in the 3D analysis of human movement from the fields of ergonomics, clinical and sports medicine gather to discuss the latest advancements. Attending this symposium provides a unique opportunity to share the innovative research being conducted at CISWP/Conestoga with a global audience of experts,” Herrera Valerio said.

Joining the symposium aligned with the mission at CISWP, which works to improve the safety, wellness, and performance of the Canadian labour force by generating knowledge, transferring research to practice and strengthening workforce development in collaboration with stakeholders.

“Having our researchers present CISWP research to different audiences around the world provides an invaluable experience,” said Dr. Amin Yazdani, CISWP executive director. “It allows us to share knowledge, foster international collaboration and gain diverse perspectives that enrich our work. These experiences not only enhance our research but also build global networks that are crucial for addressing complex, worldwide challenges.”

Founded in 2019, the Canadian Institute for Safety, Wellness & Performance is the only applied research centre in Canada’s college system working to ensure Canadian workplaces are safe, productive and sustainable, and employee well-being is protected. The institute has fostered partnerships with a wide range of stakeholders, including industry, unions and government and has closely collaborated with more than 100 partners on various applied research projects.