
Public Works Expansion, City of Woodbury, Minnesota
Tire Derived Aggregate (TDA) was used to collect, manage, and infiltrate stormwater into the ground,
Growing up in Minnesota—the land of 10,000 lakes—Tim discovered a passion for protecting the natural resources that shaped his home state. That passion led him to a career in water resources engineering, where he found a like-minded team at Bolton & Menk. Since 2006, Tim has led the design and construction of complex, environmentally sensitive projects across the Minneapolis area, greater Minnesota, and beyond. As a water resources group leader, Tim specializes in comprehensive surface water management planning, innovative best management practice design, hydrologic and hydraulic modeling, drainage design and construction plan review, and NPDES Phase I & II MS4 and construction stormwater permitting requirements. He couples GIS techniques with water resources design and analysis. Tim takes pride in collaborating with communities and organizations to create sustainable solutions that protect water quality and support long-term environmental health. Outside of work, Tim enjoys brewing beer—a hobby he describes as “perfect for an engineer that likes science.”

Tire Derived Aggregate (TDA) was used to collect, manage, and infiltrate stormwater into the ground,

Over the course of this project, Bolton & Menk developed a trusting partnership with those

The master plan identified a framework for regional storm sewer construction, lift station construction, and

Duck Lake Road needed critical infrastructure upgrades including wider lanes, pedestrian facilities, improved stormwater management,
At Bolton & Menk, green infrastructure plays a critical role in how we help communities
In many parts of the country, winter brings more than snow and ice—it brings salt.
This MS4iDTM GIS-based tool is designed to streamline the inspection and management of stormwater systems,
A stormwater utility functions similarly to sanitary sewer and water utilities, with a fee collected