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    Scott Rostek

    Resident Engineer at Stantec

    Professional Background

    Scott Rostek is an accomplished structural engineer recognized for his expertise in delivering comprehensive projects from conceptual design through to final design, encompassing a variety of construction methodologies. With a robust focus on Transit and Rail systems, Scott has built a distinguished reputation in the field of engineering, particularly in the areas of Design-Build coordination, PS&E, and Design-Bid-Build methodologies. His experience spans across all facets of structural engineering, including new construction, rehabilitation, inspection, evaluation of transportation structures, and construction management, demonstrating his extensive knowledge base and versatility in handling complex engineering challenges.

    Currently serving as the Resident Engineer for the $875 million Airport Guideway & Stations (AGS) East Section of the Honolulu Rail Transit Project (HRTP), Scott plays a pivotal role in this significant undertaking which aims to establish a 5.2-mile elevated passenger rail system. This system will link the Aloha Stadium to Middle Street, strategically navigating through the dense urban framework of Honolulu. His responsibilities include ensuring the technical integrity and engineering robustness of this monumental project, further highlighting his capability in managing large-scale initiatives in fast-paced environments.

    Prior to his current role, Scott has amassed significant experience in bridge design and construction management. Notably, he served as the Lead Bridge Engineer and Engineer of Record (EOR) for the North Metro Rail Line Design-Build Project in Denver, Colorado. Scott's prior roles also include EOR responsibilities for a bridge widening project on the IH-20 Design-Bid-Build initiative in Dallas, Texas, and contributions to the design of bridges on the SH-288 Design-Build Project in Houston, Texas. His extensive background in structural design clearly illustrates his commitment to quality and safety in engineering.

    Education and Achievements

    Scott's academic pedigree is rooted in civil engineering. He earned his Bachelor of Science in Civil Engineering from Clemson University, followed by a Master of Science in Civil Engineering from the prestigious University of Virginia. His educational background laid the foundation for his analytical skills and technical expertise, allowing him to excel in the engineering landscape.

    In addition to his distinguished positions, Scott's professional development is complemented by his proficiency in advanced engineering techniques, such as load rating analyses and Finite Element Analysis (FEA). With involvement in the design of over 10 bridges, including those situated in high seismic regions, Scott has demonstrated comprehensive skills in structural evaluation and dynamic analysis. His expertise encompasses the analysis of over 35 load ratings across states including California, Colorado, and Nevada, underscoring his reputation as a knowledgeable and resourceful engineer.

    Achievements

    Scott's portfolio of success within the engineering domain is impressive. He has delivered complex projects involving transit and rail systems which are integral to urban development and infrastructure sustainability. His technical proficiency is augmented by adept management of engineering, technical, and construction processes, which is crucial for ensuring the successful execution of large-scale projects. Scott's licensure as a Professional Engineer in California, Colorado, Texas, and Washington speaks volumes about his expertise and commitment to maintaining regulatory standards and best practices in engineering.

    Moreover, Scott actively engages with cutting-edge technology to facilitate design and structural analyses. He is skilled in using software engines such as CSi Bridge, SAP2000, MIDAS, CONSPAN, and RC-PIER, which enhance his ability to perform dynamic FEA and cater to the intricate demands of structural engineering. Through these advanced methodologies, Scott continues to contribute to innovative engineering solutions that propel the industry forward.

    Overall, Scott Rostek's diverse experience, substantial academic background, and unwavering focus on quality and safety affirm his status as a leading figure in structural engineering, particularly in the areas relating to transportation infrastructure. His current leadership role in the Honolulu Rail Transit Project promises to have a lasting impact on the community, as he facilitates urban connectivity through efficient public transportation systems.

    Related Questions

    How did Scott Rostek develop his expertise in structural engineering for large-scale projects?
    What specific challenges has Scott Rostek faced as the Resident Engineer for the Honolulu Rail Transit Project?
    In what ways has Scott Rostek incorporated technology in his engineering processes throughout his career?
    How has Scott's educational background at Clemson University and the University of Virginia influenced his engineering approach?
    What strategies does Scott Rostek utilize to ensure project efficiency and safety in transportation infrastructure projects?
    Scott Rostek
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    Location

    Honolulu, Hawaii