St. John's, Newfoundland and Labrador
St. John's, Newfoundland and Labrador
Services:
Electrical Engineering
Interior Design
Mechanical Engineering
Markets:
Education
Health
Project
Mendocino County Department of Transportation Bridge Replacement Projects
We worked on several biological and archaeological studies to support six bridge replacement projects in Mendocino County, California.
Location:
Mendocino County, California
Services:
Environmental Services - Transportation
Markets:
Bridges & Structures
Project
Merced River Restoration in Yosemite Valley
As an ecosystem restoration consultant, Stantec provides scientific, design, and construction support to help restore several miles of Yosemite’s Merced River in a 10-year, multiphase strategy—including a restoration project near Sugar Pine Bridge.
Location:
Yosemite National Park, California
Services:
Ecology
Ecosystem Restoration
Nature-based Solutions
Water Resources
Markets:
Climate Solutions - Environment
Climate Solutions - Water
Environment
Water
Water Resources Infrastructure
Water Treatment
Project
Mercedes-Benz Canada Inc. – Fuel Cell Stack Manufacturing Cleanroom
Daimler Benz partnered with us to design the worlds’ first automated facility dedicated to the production of fuel cell technology.
Vancouver, British Columbia
Vancouver, British Columbia
Services:
Architecture
Civil Engineering
Electrical Engineering
Mechanical Engineering
Structural Engineering
Markets:
Advanced Manufacturing
Industrial
Manufacturing
Project
Mercy Hospital Master Planning Advice
Mercy Hospital’s expansion includes a new operating theatre, ICU relocation, and clinical upgrades. Our mechanical, medical gas, and hydraulic design supports staged construction while maintaining patient care in a live hospital setting.
Location:
Dunedin, New Zealand
Services:
Mechanical Engineering
Markets:
Health
Project
Meriden-Markham Runway 18-36 Rehabilitation and Associated Taxiways
Stantec provided design and construction services for Runway 18-36 in Connecticut’s Meriden Markham Airport to meet FAA regulations—drainage designs mitigate areas sensitive to washouts and provide future resilience during high storm events.