PBX Engineering is proud to announce that the Variable Speed Limit System (VSLS) wins its second award at the 2017 Annual ACEC-BC Awards for Engineering Excellence. The VSLS was entered with IBI Group, our partner on the project, in the Soft Engineering category competing against some of Canada’s largest engineering firms. The Award was presented to PBX Engineering at the prestigious ACEC-BC Awards Gala on…read more →
PBX Engineering & IBI Group is honoured to have received this year’s MoTI Deputy Minister’s Award of Excellence in Specialized Engineering Services for the Variable Speed Limit System (VSLS). Nominations PBX was nominated for two projects at the British Columbia Ministry of Transportation and Infrastructure’s Deputy Minister’s Consulting Engineering Awards in the Specialized Engineering Services Category. VSLS The Variable Speed Limit…read more →
PBX Engineering was presented the Mavis Johnson Award for our design on the Variable Speed Limit System (VSLS) which celebrates technical excellence in the field of road safety. The award was presented by Mavis Johnson herself at the Canadian Institute of Transportation Engineers – Greater Vancouver Section awards gala on December 7th, 2016. PBX Engineering was recognized for their contribution…read more →
PBX is proud to have been the Owner’s Engineer for the award-winning Regional Transportation Management Centre (RTMC) project. The Facility The RTMC facility houses offices for the British Columbia Ministry of Transportation and Infrastructure’s South Coast Region, Transportation Investment Corp (TiCorp), and Treo. The building is designed as a post-disaster recovery structure, built to LEED Gold standard. This autonomous state-of-the-art…read more →
PBX Engineering was the prime engineering consultant and lead design firm for the Variable Speed Limit Signs (VSLS) system, which is now live and operational on three major BC highways (Highways 1, 5 and 99). This pilot project of the BC Ministry of Transportation and Infrastructure aims to use smart technologies to reduce the frequency and severity of weather-related motor vehicle…read more →
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