CFD Automation Intern: Meshing & Simulation Workflows

Pangea Propulsion; Toulouse; On-site; EUR 10,000 - 15,000; Full time

Job summary

Pangea Propulsion is seeking an intern in Toulouse to develop robust, reusable workflows for CFD meshing, simulation setup, and post-processing. The role focuses on Cadence and Ansys Fluent environments, translating existing practices into scripts and tools to reduce manual effort and shorten analysis turnaround time.

Collaboration with Turbomachinery Fluidic Design and Fluidic Analysis teams is expected. Strong programming ability in Python and a willingness to learn engineering applications

Qualifications

• Strong programming skills with Python
• Experience with scripting languages is a plus
• Fluency in English (written and spoken)
• Ability to translate manual workflows into automated scripts
• Interest in CFD, numerical simulation, or scientific computing

Responsibilities

• Develop scripts to automate CFD meshing, setup, launching, monitoring, and post-processing
• Automate workflows in Cadence and Ansys Fluent via available scripting interfaces
• Create reusable data extraction, visualization, and reporting tools for CFD results
• Collaborate with Turbomachinery Fluidic Design and Fluidic Analysis teams to identify automation opportunities
• Define input requirements, verification, error handling, and documentation for tools
• Validate workflows against manual processes and document accuracy and time savings
• Present progress and incorporate user feedback into tool improvements

Skills

Python

Scripting

English fluency

Analytical mindset

CS/SE/Engineering background

Education

Final-year student or recent graduate in CS/Software/Aerospace/Mechanical/Applied Math

Tools

Cadence

Ansys Fluent

Linux

Git

Matlab

Job description

Pangea Propulsion is seeking an intern in Toulouse to develop robust, reusable workflows for CFD meshing, simulation setup, and post-processing. The role focuses on Cadence and Ansys Fluent environments, translating existing practices into scripts and tools to reduce manual effort and shorten analysis turnaround time.

Collaboration with Turbomachinery Fluidic Design and Fluidic Analysis teams is expected. Strong programming ability in Python and a willingness to learn engineering applications