Todd Petrik
About Todd Petrik
Todd Petrik is a Supervising Engineer specializing in structural engineering at Mead & Hunt, where he has worked since 2020. He manages project budgets, leads structural design projects for water-related facilities, and is part of the leadership team establishing design guidelines in the Greater Sacramento Area.
Work at Mead & Hunt
Todd Petrik has been serving as a Supervising Engineer - Structural at Mead & Hunt since 2020. In this role, he manages project budgets and tracks costs for various structural engineering projects. He is part of the leadership team that establishes design guidelines and specifications within the Water Resources Structural Engineering department. His responsibilities include leading structural design projects for hydro power, water, and wastewater treatment facilities across the United States. Additionally, he is involved in transitioning projects through all phases of construction services.
Education and Expertise
Todd Petrik earned a Bachelor of Science in Civil Engineering from Walla Walla University, where he studied from 1986 to 1989. He furthered his education at Washington State University, obtaining a Master's degree in Civil Engineering/Structural from 1992 to 1994. His academic background provides a strong foundation for his expertise in structural engineering, particularly in managing project budgets and conducting seismic evaluations of existing facilities using ASCE 41 standards.
Background
Todd Petrik has over four years of experience at Mead & Hunt, contributing to the field of structural engineering. His role encompasses managing project budgets and leading design projects, which demonstrates his capability in both technical and managerial aspects of engineering. His experience spans various types of facilities, including hydro power and wastewater treatment, indicating a diverse skill set within the engineering sector.
Achievements
Todd Petrik has played a significant role in the leadership team at Mead & Hunt, focusing on the establishment of design guidelines and specifications for the Water Resources Structural Engineering department. His involvement in extensive seismic evaluations and project transitions through construction phases highlights his commitment to maintaining high standards in engineering practices. His contributions to multidisciplinary engineering design service teams further showcase his ability to integrate various engineering disciplines.