Michael Kaminski
About Michael Kaminski
Michael Kaminski is a civil engineer with a Bachelor of Applied Science in Environmental Engineering Technology from Michigan State University. He has eight years of experience at Wade Trim, specializing in the design of water delivery systems and utility infrastructure.
Work at Wade Trim
Michael Kaminski has been employed at Wade Trim as a Civil Engineer since 2016. His role involves the full cycle of site and utility design, which encompasses planning and construction oversight. He works with a variety of utilities, including storm, sanitary, and combined sewer systems, as well as electrical, fiber optic, natural gas, domestic, fire, and water utilities. His expertise lies in the design and development of water delivery systems, where he focuses on maximizing the value of infrastructure investments and addressing complex engineering challenges.
Education and Expertise
Michael Kaminski earned a Bachelor of Applied Science (BASc) in Environmental Engineering Technology/Environmental Technology from Michigan State University, completing his studies from 2011 to 2015. Prior to that, he attended Saline High School from 2007 to 2011. His academic background has equipped him with the necessary skills to excel in civil engineering, particularly in environmental aspects and utility design.
Internship Experience at DTE Energy
Before joining Wade Trim, Michael Kaminski worked as an Environmental Engineer Intern at DTE Energy in Detroit, Michigan, from 2014 to 2015. This internship provided him with practical experience in the engineering field, allowing him to apply his academic knowledge in a real-world setting and gain insights into environmental engineering practices.
Background in Site and Utility Design
Michael Kaminski is involved in the comprehensive process of site and utility design, which includes planning and overseeing construction. His work encompasses various utilities, focusing on storm, sanitary, and combined sewer systems, as well as other essential services. He performs sitewide water system analysis, including fire flow modeling, which is critical for ensuring the effectiveness and safety of water delivery systems.