2019 Brian Eckel Award - Environmental Category

George Harris was the Visionary and Lead Designer of the team for the Badlands Parkway in Grasslands National Park, which received the 2019 Brian Eckel Award in the Environmental Category. The road was designed on site by walking the entire length of the road and laying it out manually. The points were then surveyed in and the alignment verified. The plan included an approach to minimize the ecological impact while maximizing visitor’s experience, as the site is under an Environmental Protection Order due to the critical Sage Grouse habitat.


The project consists of a 10.4km scenic road using a single lane, dual direction configuration. The Badlands Parkway pro­vides access to six viewpoints for visitors of varied mobility, increasing park visitation and protecting the grassland from off road environmental disturbance. Work was completed with minimal distur­bance, avoiding critical habitat of native grassland wildlife species. The project team provided transportation engineering, landscape architecture and planning, geotechnical engineering, tendering services, construction inspection, surveying, aerial LiDAR, and remotely piloted aircraft systems to design a solution centered around the concept of minimalist design


In 2002 the Brian Eckel Awards, named in honour of the late Brian Eckel, P. Eng. were implimented to applaude and promote innovative projects of ACEC-SK member firms.  Member project profiles highlight industry leading talent and the application of solutions that meet new requirements, technology or methods.


George Harris presents at Arctic Science conference

George gave a presentation entitled “Drifting Knowledge” at the AAAS (American Association for the Advancement of Science), 2018 Arctic Science Meeting, in Saskatoon, Saskatchewan. Below is the abstract.  


Today’s Arctic settlements are under an increasing development pressure as both Inuit and non-Inuit  

population is steadily growing. While in more southern regions the natural processes are perceived to  

happen in the background of our lives, in the Arctic these processes are an integral part and cannot be  

ignored. Over thousands of years of inhabiting the north, the Inuit have learned to adapt their way of  

life and incorporate them into their living, building a wealth of arctic-living knowledge.   


Initially modelled after southern principles of urban planning, current planning policies in Nunavut  

shifted recently to incorporate local social priorities and environmental knowledge of wind, snow, and  

re-vegetation, however, upon implementation, conflicting interests between policies call for hard design  

decisions. The research of Drifting Knowledge narrates the challenges encountered by a large-scale  

master-planning process in Iqaluit, Nunavut where the work revealed tensions in the planning policies  

between natural processes, social and economic realities. Through the analysis of a real-life project, this  

presentation explores the need for a holistic, site-specific, integrated planning process in the arctic that  

incorporates traditional Inuit knowledge along with scientific evidence and reflects the social logic of the