Autoplay settings
Off On

Projects

Tetra Tech’s greatest impact on the world is through the projects we perform in communities around the globe. In partnership with our clients, we are improving lives and creating a more sustainable future.

A sweeping view of a green field in front of the new Forest Green Rover’s Stadium

Harmonizing Soundscapes: Orchestrating Tranquility for Forest Green Rovers Stadium in Gloucestershire 

California DGS Natural Resource Headquarters during sunset

Pioneering Carbon Neutrality: Reshaping California DGS Headquarters with Sustainable Innovations 

Interior view of Crows Nest Station, Sydney, New South Wales, Australia

Delivering Sustainable Design for Crows Nest Station, Sydney, Australia 

Two IT professionals working on a data server

New Confidential Data Center with an Improved Power Usage Effectiveness and an Overall IT Capacity of 30MV 

Aerial view of Melbourne Connect, Melbourne, Victoria, Australia

Sparking Synergy at Melbourne Connect 

Exterior street view of the Commercial Bay tower

Revitalizing Auckland’s Waterfront: Pioneering a Sustainable Urban Oasis with Tetra Tech’s Visionary Design 

Street view of a modern energy efficient office building

Targeting Net Zero Energy at the Clifford L. Allenby Building in Sacramento, California 

Tetra Tech performed full-service landfill engineering support at the Fairmead Landfill in Madera, California

Landfill Engineering Support for the County of Madera Public Works Department

City of Raleigh and Tetra Tech staff celebrate the City’s GSI and LID program ICMA Award of Excellence

Advancing Green Stormwater Infrastructure and Low Impact Development

Low emission, heavy-duty trucks lined up as part of the Tetra Tech-supported Clean Truck Program

Reducing Heavy-Duty Truck Emissions in Los Angeles and Long Beach, California

Aerial view of a landfill

Engineering Support at the Prima Deshecha Landfill

The Tetra Tech designed dam including real-time controls to ensure effective operation of the flood protection

Controlling Flooding through Application of Real-time Control

Scroll to Top