£250 Per day
Inside
Hybrid
Bristol, England, United Kingdom
Summary: The FEM Automation Engineer role in Bristol involves developing and maintaining automated FEM model construction using Altair Hypermesh and TCL/C++ tools. The position requires the creation of end-to-end automated model routines and the orchestration of automated analysis workflows. The contract is for 6 months with a possibility of extension, and the role is hybrid, requiring on-site presence two days per week.
Key Responsibilities:
- Develop and maintain automated FEM model construction using Altair Hypermesh and TCL/C++ tools.
- Create end-to-end automated model routines.
- Consolidate high-value infrastructure for Hypermesh automation in C++.
- Automate FEM post-processing using existing C++ post-processing projects with Abaqus ODB C++ API.
- Organize automated analysis workflows using orchestration tools like Snakemake or Apache Airflow.
Key Skills:
- Proficiency in Altair Hypermesh.
- Experience with TCL and C++ programming.
- Knowledge of automated FEM model construction.
- Experience with automated workflow orchestration tools.
- Familiarity with Abaqus ODB C++ API.
Salary (Rate): £250 per day
City: Bristol
Country: United Kingdom
Working Arrangements: hybrid
IR35 Status: inside IR35
Seniority Level: undetermined
Industry: IT
Job Title: FEM Automation Engineer
Location: Bristol
Hybrid - Onsite c2 days per week
Duration: 6 months with the likelihood of extension
Rate: £250 per day - PAYE via Umbrella Only
Job Description Developer with Good Awareness of FEM
Automated FEM model construction: Altair Hypermesh + TCL/C++ tools. Expectation is for end-to-end, automated model routines. Maintain, develop existing projects + possible new ones. Escape from TCL: work out an effective workflow to consolidate high value infrastructure for Hypermesh automation in C++, to be exposed to Hypermesh via TCL wrapper
Automated FEM post processing: existing C++ postprocessing project using Abaqus ODB C++ api.
Automated workflow orchestration: the organisation of automated analysis via orchestration such as Snakemake or Apache Airflow (or possibly Reframe/Robot in the case of HPC/Abaqus verification