Micah Hindy
About Micah Hindy
Micah Hindy is a Bridge Engineer based in Detroit, Michigan, with a Bachelor's degree in Civil Engineering from Wayne State University. He has worked at Wade Trim since 2016 and has previous experience in customer service and sales.
Work at Wade Trim
Micah Hindy has been employed at Wade Trim since 2016, serving as a Bridge Engineer. In this role, he focuses on the design and analysis of bridge structures, contributing to various transportation projects. Prior to his current position, he worked as a Transportation Intern at Wade Trim from 2014 to 2016. During his internship, he gained practical experience in transportation engineering, which laid the foundation for his career in civil engineering.
Education and Expertise
Micah Hindy earned a Bachelor of Science degree in Civil Engineering from Wayne State University, completing his studies from 2011 to 2016. His education provided him with a strong foundation in engineering principles, design methodologies, and project management. This academic background supports his current role as a Bridge Engineer, where he applies his knowledge to real-world engineering challenges.
Background
Before his engineering career, Micah Hindy worked in retail and customer service. He served as a Sales Lead at Express from 2012 to 2014, where he developed skills in sales and team leadership. Additionally, he worked as a Senior Customer Service Representative at Allstate for seven months in 2014. These roles contributed to his interpersonal and communication skills, which are valuable in his engineering career.
Professional Experience
Micah Hindy has accumulated diverse professional experience over the years. His early roles in retail and customer service provided him with a variety of skills before transitioning to engineering. Since joining Wade Trim, he has focused on bridge engineering, applying his academic knowledge to practical projects. His experience as a Transportation Intern further enhanced his understanding of transportation systems and infrastructure.