David has 28+ years of Canadian and international experience developing and delivering a diverse range of real property facilities management consulting solutions. His value-driven approach is straightforward: Build trust in real property program planning, confidence in project development, and quality in facility management.

David is especially drawn to projects that offer lasting societal improvements and benefits. Over the years, he has directly contributed to the success of several multi-million dollar facilities projects and critical initiatives involving Indigenous peoples in Canada, Canadian Peacekeepers, Canadian and international military staff, and citizens of communities engaged in disaster recovery and rebuilding.

No matter where he is asked to travel, David has a knack for assessing local needs, capabilities and potential. In addition to possessing a keen sense of situational awareness, David is experienced at organizing and aligning resources, budgets and schedules to meet the required technical, safety, quality and cultural standards. Through the years, David has been deployed across Canada and the Canadian Arctic to the United States, Bosnia-Herzegovina, Kosovo, Macedonia, Sweden, and Haiti.

In addition to these skills, David also has an extraordinary aptitude for mobilizing owners, executive teams, managers, employees, engineers, technicians, tradespeople, suppliers (and many others) to achieve well-organized, high-value, and timely outcomes.

David stays current in his industry by seeking out respected and relevant professional development opportunities. He is a licensed Facility Management Professional with the International Facility Management Association (IFMA, 2015) and is a member of the Canadian Society of Safety Engineering (CSSE).

David has also completed several courses offered by Shipley Associates: Pricing to Win (2014), Writing Federal Proposals (2013), and Managing Federal Proposals (2013). He earned his Professional Engineers of Ontario (1991) and his Bachelor of Engineering (Mechanical) from Carleton University (1988).