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    Training
    Ongoing Registration In Progress Closed
    [MIDAS Academy in Greece]
    Complete Bridge Design Workflow: Prestressed Concrete & Seismic Design in Practice
        🕑 18:30 - 21:30
    Fresh Hotel
    ✏️Session Overview

    This hands-on training session takes you through the complete design of a prestressed concrete bridge step by step; including a full seismic design workflow, led by our instructor from Omikron Kappa Consulting S.A.

    Participants will follow along with a real design example, gaining practical skills they can apply directly to their own projects.

     

    The instructor will guide you through:

    ✔️ A full step-by-step design of a prestressed concrete bridge, from initial modelling to final design checks

    ✔️ A complete seismic design workflow integrated into the overall bridge design process

     

    Key topics including prestress losses, tendon layout, section design, and seismic force distribution will be covered in depth - with time to understand not just the what, but the why behind each design decision.


    Register now →
    🧑‍🏫 Instructor
    Michalis-2
    Michalis Mantziaras
    Structural Engineer | Omikron Kappa Consulting S.A.
    Michalis Mantziaras is a Civil Engineer and holds a Master’s Degree in Bridge Engineering. He is a diligent and methodical engineer with a positive attitude, inquiring and analytical mindset and solid software skills. He has a good background in the fields of: Structural & Bridge Engineering (for reinforced and pre-stressed concrete / steel / composite structures), computational geotechnical Engineering and Soil-Structure interaction. He also has experience in a wide range of structural (Midas Civil, Midas Gen, IDEA StatiCa, etc.) and geotechnical (Midas GTX 2D/3D etc.) software. 
    👀 This Session Helps You If You’re

     ✔️ A bridge or structural engineer looking to build practical prestressed concrete design skills

    ✔️ Involved in the design or assessment of bridges in seismic regions

    ✔️ Working through complex design workflows and looking for a clear, structured learning experience

    ✔️ Seeking to understand how seismic design integrates with the full bridge design process

    ✔️ Looking to consolidate your knowledge through a complete, hands-on worked example

    ✔️ Wanting to walk away with a process you can replicate on your own projects 

    📝Learning Objectives

     By the end of this session, participants will be able to:

    💡 Execute a structured, step-by-step design process for a prestressed concrete bridge

    💡 Apply seismic design principles confidently within the overall bridge design workflow

    💡 Calculate and account for prestress losses, tendon geometry, and section capacity

    💡 Understand how seismic forces influence structural detailing and design decisions at each stage

    💡 Replicate the full design process independently on future projects 

    👉Key Features of the Session

     ✔️ Guided training format — each design stage explained and worked through progressively

    ✔️ Complete worked example covering the full design of a prestressed concrete bridge

    ✔️ Integrated seismic design walkthrough aligned with current code requirements

    ✔️ Step-by-step breakdown of prestress losses, tendon layout, and section design

    ✔️ Four-hour deep-dive format giving time to truly understand each stage of the process

    ✔️ Practical, replicable workflow you can apply directly to your own bridge design projects 

    Location

    ❓ For Any Inquiry

        Yeop Jin | jby1007@midasit.com