Surrey, BC – The City of Surrey, in partnership with Siemens and Simon Fraser University (SFU), is proud to host an upcoming event, Driving Innovation, Productivity & Competitiveness in BC Manufacturing Industries. Taking place on April 29, 2025, this initiative is a key part of Surrey’s Economic Strategy 2024, aimed at boosting growth and collaboration within B.C.’s manufacturing sector. The free event will gather industry leaders, researchers, and supply chain experts to delve into digital transformation, smart manufacturing principles, and innovative strategies to enhance productivity.
“Surrey proudly leads the charge in manufacturing excellence across British Columbia,” proclaimed Mayor Brenda Locke. “As the fastest-growing cities in the region, we are not just keeping pace—we are setting the standard. Through dynamic partnerships with industry pioneers and esteemed academic institutions, Surrey is cultivating an environment where innovation flourishes. Together, we’re not just navigating challenges; we’re transforming them into remarkable opportunities that will elevate our industries to new heights.”
Mayor Brenda Locke will deliver the opening address at the event, highlighting Surrey’s strategic advantages and commitment to innovation in the sector. Attendees can look forward to panel discussions, informative sessions, and engaging lab tours led by experts from Siemens, SFU, Accenture, and the City of Surrey.
Participants will also have the chance to learn about government incentives for technology adoption, contributing to the growing ecosystem that supports Surrey’s innovative businesses. This event underscores the city’s commitment to enhancing its manufacturing capabilities by leveraging local resources and partnerships.
By showcasing Surrey’s Innovation Boulevard programming and enhancing community engagement, the event aims to reaffirm the city’s position as a major hub for advanced manufacturing and technology in Canada.
The event will take place at SFU’s Surrey campus on April 29 at 9AM in Room SRYC 2600. For more information, click here.
