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[Simvia Insider #4] Platine Master: Rethinking Base Plate Design

What if designing a column base plate no longer took 2 to 4 hours? Discover our prototype and help us shape what comes next.

Overview

The fourth episode of the Simvia Insider series, this free 45-minute webinar offers a first look at Platine Master, the prototype developed by Simvia to design anchor plates (column base plates) using the finite element method, with code_aster running in the cloud.

Base plate design comes up in almost every steel structure project. Despite existing tools, it remains a repetitive task that can take an experienced engineer 2 to 4 hours, calculation report included. Platine Master runs directly in a web browser, with no installation and no dependency on a proprietary vendor. During this webinar, the Simvia team will show what has been built so far, what remains to be solved, and gather your feedback to shape the next steps of development.

Why attend

  • See the tool in action: follow Platine Master's approach to column base plate design, from entering geometry and loads through to analyzing the results.
  • Influence decisions before they are locked in: the product is still under development. Model validation and qualification, code coverage, section library, load transfer, API, batch calculations: your input matters.
  • Share your practices: discuss what slows you down today, the limits of the tools you use, and the level of justification your projects require.

What you will learn

01 – The problem

  • Why base plate design remains time-consuming despite the available solutions

02 – The Platine Master approach

  • Where the tool could fit among existing solutions

03 – Live prototype demo

  • Geometry, loads, meshing, finite element analysis and results, step by step

04 – Open questions

  • Qualification, code coverage, section data, load transfer, API, batch calculations

05 – Your feedback

  • What is missing from the tool
  • What would stop you from using it
  • What would save you enough time to adopt it
Lucas Sovre
Simvia speaker

Lucas Sovre

Cloud software architect engineer & DevSecOps

Lucas designs and manages cloud system architecture, fully integrating DevSecOps principles, cybersecurity, and best practices in system administration. As a software architect, he draws on his expertise in cloud infrastructure, offensive and defensive security, and automation to build reliable, scalable, and resilient platforms for development teams and production environments.

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Walter
Simvia speaker

Walter Casas

Civil Engineer

Walter contributes to the development of numerical simulation solutions in the nuclear sector, with a focus on finite element structural analysis and the seismic design of complex structures. As a civil engineer, he draws on more than five years’ experience in finite element analysis and the application of design regulations to support industry clients with their numerical simulation challenges.

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Ranivan  Gnanantha
Simvia speaker

Ranivan Gnanantha

Solutions engineer

Ranivan is a solutions engineer at Simvia, where he supports industrial players in democratizing computational codes to strengthen their performance, autonomy, and innovation capacity. An Arts et Métiers graduate, he combines technical skills and business acumen to understand his clients' business challenges and propose high-value-added solutions.

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Practical details

Date
September 29, 2026
Location
Online
  • Date: Tuesday, September 29, 2026
  • Time: 12:00 – 12:45 pm (Paris time)
  • Format: online (Microsoft Teams)
  • Language: English
  • Price: free
  • Audience: structural engineering firms and professionals who regularly perform steel structure calculations and for whom column base design is a recurring task; especially if you find the current process too long or repetitive, want to see what a fully cloud-based FE calculation can offer, have strict justification and compliance requirements, or want to shape a tool while it is still being designed

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