About this role
We are seeking a junior-to-mid-level computational engineer to support our mechanical engineering team working on data centre cooling and airflow modelling.
You will support global initiatives around design, construction, and sustainability, helping to drive efficiency in critical infrastructure.
This role is fully supported with office space, tools, computational resources, licenses, and ongoing mentorship.
Key Responsibilities
* Carry out computational fluid dynamics analysis of airflow and cooling performance in data centres using HELYX OpenFOAM or similar software
* Post-process results and prepare clear visual summaries for senior engineers
* Assist in validating computational models against operational data
* Collaborate with design and sustainability teams on cooling performance and water-use impact
* Contribute to the development of in-house modelling tools
* Document assumptions inputs and results for internal knowledge-sharing
* Occasionally support thermal and water modelling for experimental designs or new technologies
Basic Qualifications
* Bachelor's degree or currently pursuing in Mechanical Engineering Aerospace or related field
* Solid understanding of fluid dynamics and heat transfer
* Hands-on experience with CFD tools HELYX OpenFOAM ANSYS SimScale or similar
* Basic skills in Python scripting and Excel data analysis
* Strong communication skills and eagerness to learn
Preferred Qualifications
* 1-3 years experience in HVAC data centre cooling electronics cooling or building services
* Familiarity with psychometrics airside economizers or evaporative cooling systems
* Exposure to scripting automation of CFD workflows Python bash macros
* Awareness of sustainability metrics such as PUE or WUE
* Passion for sustainable scalable and high-performance infrastructure
Why Apply
* Work on large-scale real-world CFD projects in a cutting-edge environment
* Gain hands-on exposure to advanced computational engineering tools
* Receive full support and mentorship while developing your career
* Contribute to sustainable infrastructure solutions at scale