TORONTO, May 2, 2017 /CNW/ - QoC Health announced today that it has been awarded a contract to deploy its award-winning patientengagement platform with the Return to Duty (RTD) Program at the Department of National Defense. This platform will be used to support ill and injured Canadian Armed Forces (CAF) members in their recovery, rehabilitation and reintegration. To accomplish
The solution will incorporate design elements recommended by ill and injured CAF members, who will be engaged through the deployment and test phases. Features of the RTD platform will include coordinated RTD plans, progress monitoring, social support, educational content, and experience feedback collection. "This platform solution represents a unique opportunity for ill and injured CAF members to be better connected to their RTD program support network," said Captain (Navy) Marie-France Langlois, Director Casualty Support Management. "It also represents a technological step forward in how we care for our own."
"We are humbled by the opportunity offered by the government's BCIP program to promote more stable recovery, rehabilitation, and integration for its ill and injured CAF members," says Raymond Shih, President and Co-Founder of QoC Health. "Being selected for such an important project demonstrates the maturity, scalability, and privacy and security standards of the QoC Health platform."
The contract was awarded through the Build in Canada Innovation Program (BCIP).
About QoC Health
QoC Health is an Ontario-based social enterprise that helps health organizations take their digital health ideas to scale and / or commercialization with its patient-centered technology platform. For more information, please visit www.qochealth.com
SOURCE QoC Health
Subscribe to our Free Newsletters!
Learn the basics about diabetes and how to bring it under control with turmeric, an highly ...
Antioxidants are artificial or natural components that help protect the human body from the damage ...
Angiogenesis is the process of formation of new blood vessels from pre-existing blood vessels. It ...View All