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  • Seungwoo Lee Ph.D., P.E., S.E. Senior Supervising Engineer
    More than 20 years

    Work Experience


    - Transportation Engineer @ WSP USA

    - Senior Supervising Engineer @ WSP USA
    - Supervising Engineer @ Parsons
    - Brinckerhoff in the USA (now WSP USA)

     


    I'm Seungwoo Lee, PhD, P.E., S.E., a Senior Supervising Engineer at WSP USA based in Tampa, FL.

    With years of dedicated experience in the field of structural engineering, I've honed my expertise in the design and analysis of complex structures, particularly suspension bridges. My career has led me from being a Supervising Engineer at Parsons Brinckerhoff to my current leadership role at WSP USA, where I oversee and direct structural design and analysis.

     

    I believe in the power of clear communication and a solid understanding of structures, which allows me to break down complex engineering concepts into manageable and understandable components. This ability has not only facilitated my career growth but also enhanced my public speaking and team management skills.

     

    Throughout my journey, I've been committed to innovation and excellence, contributing significantly to projects that require a high level of technical knowledge in engineering, SQL, NERC regulations, and more. My approach combines practical experience with a continuous pursuit of knowledge, making me a trusted expert and leader in the engineering community.

     

    Join me on this global engineering knowledge-sharing network, where we connect, share, and innovate together.

    Awards

    · George D. Nasser PCI Journal Award
    · Martin P. Korn PCI Journal Award
    · 4th place winning team in Southeast division of PCI Big Beam competition
    · 3rd place Graduate School Poster Presenter

    Skills & Expertise

    Design And Analysis Of Complex Structures        Suspension Bridge   

    Shared Insights

     

    🌉Suspension Bridge Analysis and Design

    Suspension Bridge Analysis: Peery & Timoshenko Methods
    Revolutionizing Suspension Bridge Design: Moisseiff's Impact
    Moisseiff's Differential Equations
    Suspension Bridge Analysis: Melan & Moisseiff's Insights
    Exploring Trigonometric Methods in Suspension Bridge Analysis 
     

    🌉Finite Element Analysis (FEA) and Computational Methods

    Analyzing Quadrilateral Elements in Structural FEA
    Advancing FEA: High-Order Triangular Elements Explained
    Navigating FEM Challenges: Accuracy in Analysis
     

    🌉Concrete and Girder Analysis

    Structural Insights: I vs. Tub Girder Analysis

    Maximizing Accuracy in Curved Girder Analysis
    Advanced Composite Section Analysis in Structural Design
    Structural Shear Analysis: A Full Iteration Approach
    Optimizing Crack Angles in Concrete Shear Design
    Understanding Shear Behavior in Concrete with θ and β

    Exploring Concrete Shear Equations: θ and β in Design

    Efficient Calculation of Inertia for Cracked Concrete Sections

    Streamlined Shear Design for Steel Composite Girders

    Curved vs. Straight Beams: Impact on Bridge Design

     
     🌉Creep Analysis in Bridges

    Analyzing Creep in Bridges: Advanced Modeling Insights
    In-Depth Guide to Long-Term Creep Effects in Bridges
    Advanced Creep Analysis for Two-Span Bridges Explained
    Evolving Methods in Creep Analysis
    Exploring Stiffness Methods in Creep Analysis of Girders
    Understanding Creep Analysis Through Flexibility Methods
    Advanced Creep Coefficient Analysis in Structural Design
     
     🌉Bridge Design and Construction Techniques

    Optimizing Pile Cap Design for Bridge Construction
    Advanced Techniques in Pile Cap Design for Bridges
    Advanced Analysis of Curved Girder Bridges Explained
    Mastering Time-Dependent Analysis in Structural Engineering
    Optimizing Bridge Pile Cap Design: A Practical Approach 
    Exploring Nonlinear Analysis in Structural Bridge Design
     
     🌉General Structural Analysis and Dynamics

    Exploring Dynamics in Structural Load Analysis
    Analyzing Unsymmetric Sections in Structural Design
    Mastering Unsymmetric Section Analysis in Bridge Design
    Material Properties' Time Functions in Concrete Structures
    Understanding Convergence in Curved Girder Analysis
    Exploring Watanabe's Efficient Influence Line Analysis
     
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