FEA-simulation Developer - January 2026

Project Description:

• To enable faster product development cycles, the client aims to replace some of the physical product tests by virtual product tests. The goal is to integrate mechanical testing/simulation capabilities directly into the creation tools, so that the (virtual) mechanical testing can be executed by the product creation team under only weak supervision by the testing and simulation teams.
• The goal of this assignment is the integration of Abaqus capabilities into Rhino/Grasshopper. The focus of the contractor will be the addition of additional capabilities for stream‑lined simulation setup into the existing pipeline to meet new demands from business partners. The service will be provided in an agile environment (Kanban).

Background:

• The purpose is to enhance current creation pipelines using cloud‑based Finite Element Analysis. As similar expertise and experience are not available within the internal development team, the contractor will serve as the principal expert for those topics.
• Meetings take place on a (daily to bi‑weekly) basis (based on the project phase and progress).

Tasks:

• Implementation of a FEA‑simulation based testing software component for predefined standard test‑cases (FE4). The Python implementation will be hosted in GIT repositories and deployed to Artifactory. The physical test‑case are developed and provided upfront either by the Innovation or Advanced Testing Team.
• Implementation of an interface component to call FEA‑simulation from Rhino/Grasshopper as a Python plugin in Grasshopper based on the contractor's experience. The component collects the data required for Cloud‑FEA and calls the endpoints accordingly.
• Implementation of Jenkins‑Scripts for CI/CD (continuous integration/development) pipelines for the implemented components including test‑cases for the FE4 software component.
• Implementation of read‑back and visualization of deformed geometries from CloudFEA into Rhino.

Start: January 2026
Duration: till
Capacity: 35h/week
Location: 60% onsite (Herzogenaurach), 40% remote

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