Taylor Peterson, Pe
About Taylor Peterson, Pe
Taylor Peterson is a Civil Engineer specializing in aviation, currently working at Mead & Hunt in Bloomington, Minnesota. With a Bachelor of Engineering in Civil Engineering from the University of Wisconsin-Madison, Peterson has over a decade of experience in airport engineering design and construction.
Work at Mead & Hunt
Taylor Peterson has been employed at Mead & Hunt as a Civil Engineer specializing in Aviation since 2013. Over the course of 11 years, Peterson has contributed to various projects in Bloomington, Minnesota. The role involves a focus on airport engineering design, construction, and environmental planning. Peterson's responsibilities include managing multidisciplinary projects that encompass a range of engineering aspects related to aviation infrastructure.
Education and Expertise
Taylor Peterson earned a Bachelor of Engineering (B.E.) degree in Civil Engineering from the University of Wisconsin-Madison. The program spanned five years, from 2007 to 2012. Peterson possesses expertise in the design and construction of bituminous and concrete pavements specifically for airports. This educational background supports a strong foundation in civil engineering principles applicable to aviation projects.
Background
Taylor Peterson has developed a career in civil engineering with a focus on aviation. Since graduating from the University of Wisconsin-Madison, Peterson has gained extensive experience in various aspects of airport engineering. This includes creating Airport Layout Plans (ALP) and conducting environmental assessments, which are critical components in the planning and development of airport facilities.
Achievements
Throughout the tenure at Mead & Hunt, Taylor Peterson has successfully managed multidisciplinary projects that integrate airport engineering design, construction, and environmental considerations. Peterson has also demonstrated proficiency in modeling aircraft movement and parking, as well as utilizing AutoCAD Civil 3D for engineering specifications. In addition, involvement in the design of airfield lighting and navigational aids (NAVAIDs) highlights the contributions to enhancing aviation safety and efficiency.