Thomas Wheeler
About Thomas Wheeler
Thomas Wheeler is a Professional Engineer with expertise in designing storm sewer systems and transportation projects. He has worked at Wade Trim since 2013 and previously held a position at Michigan Lottery as a Culvert Inventory Specialist.
Work at Trim
Thomas Wheeler has been employed at Wade Trim as a Professional Engineer since 2013. In this role, he has focused on designing storm sewer systems and performing capacity calculations to ensure optimal drainage during heavy storms. His responsibilities include preparing construction plans that adhere to the Michigan Department of Transportation (MDOT) Standard Plans and various design manuals. He has also created project cost estimates based on design quantities to evaluate the economic impact of projects.
Education and Expertise
Thomas Wheeler earned a Bachelor of Science degree in Civil Engineering from Western Michigan University, completing his studies from 2009 to 2013. His educational background provides a strong foundation for his work in engineering, particularly in the areas of transportation and drainage system design. His expertise includes the development of 3D computer models of corridors and drainage systems, utilizing software such as Bentley InRoads and GeoPAK.
Background
Before joining Wade Trim, Thomas Wheeler worked briefly as a Culvert Inventory Specialist for the Michigan Lottery in 2010. This position, held for three months in Lansing, Michigan, involved assessing culvert conditions and contributing to inventory management. His early experience in this role laid the groundwork for his subsequent focus on transportation projects and stormwater management.
Projects and Coordination
Throughout his career, Thomas Wheeler has coordinated with the Michigan Department of Transportation (MDOT) and local agencies to design various transportation projects. His collaborative efforts ensure that projects meet regulatory standards and address community needs. His work often involves integrating engineering principles with practical applications to enhance infrastructure and public safety.