You will be required to act as a CFD modeller as part of an established CFD team, serving internal and external clients over wide geographies. You'll be required to use your general purpose CFD ANSYS skills and project applications/consulting experiences from previously, to undertake high quality CFD modelling involving:

• model building from 3D CAD geometries through to CFD meshes demonstrating best practice
• capturing appropriate physics and fitting numeric representations in model setups
• undertaking high quality simulations and bug fixing where necessary
• analysing and verifying CFD results and outputs
• drawing key findings and conclusions applicable to the engineering problems being solved

You will be participating in project meetings involving internal and external clients/stakeholders, supporting the requirements of different projects that are won, either as joint efforts as part of wider integrated projects or as smaller stand-alone projects.

It is expected that you will manage your tasks effectively and efficiently, ensuring that all work is delivered to high quality and best practice standards, budgets and deliverable time scales. Frequently, projects will require close leasing with technical teams in other areas such as tunnel ventilation, fire engineering, building design, water and wind engineering, which can often be widespread geographically. You shall be expected to provide high quality reporting of your work in terms of technical notes and full study engineering reports, capturing the project deliverables in terms of methodologies employed, output results and key findings, matching client's requirements.

You will be encouraged to develop your capabilities with a view to undertaking tasks of increasing complexity in terms of technical solutions and task management. In undertaking your duties there will be continuous support provided from the CFD team and wider teams in which you be a part of.

We are looking for a candidate that has hands-on experience in CFD modelling techniques in a project oriented or design environment for about 2-3years. Advanced level use and expertise of general purpose ANSYS CFD software tools Space-Claim, FluentMesh and Fluent(Solver) is essential to this role. Having experience with FDS fire modelling software would be desirable. As well as this you would be required to have the following qualifications, skills and experience:

• Masters degree in in Mechanical Engineering with potentially PhD level specialisation in a related CFD disciplines.
• Familiarity with the core application areas in the team Tunnel Ventilation and Fire Life Safety would be advantageous.
• Advanced level use and expertise with user routines involving for example C++, Python, Java, Fortran etc would be advantageous
• Advanced level use of Macro & Scripts in industrial type engineering problem solving is advantageous
• Effective communication skills
• High standards in report writing
• Competent use of the fire engineering CFD software, FDS would be advantageous