Who we are?Irish Manufacturing Research (IMR) is a leading Research and Technology Organisation providing a portfolio of operations research, training, and consultancy services to Industry across the following four thematic pillars: Digitisation, Sustainable Manufacturing, Design for Manufacturing, and Robotics and Automation.
As a leading manufacturing Research & Technology Organisation (RTO) with labs and industrial pilot lines in Dublin and Mullingar, IMR works with leading global and indigenous brands to demystify, and derisk new and emerging technologies and to deliver high-impact collaborative research and services to enable advanced manufacturing for a broad range of clients across Ireland's manufacturing network.
What IMR offers: An opportunity to contribute to the national economic growth agenda A competitive salary and pension A friendly and flexible working environment with State-of-the-art Innovation Centres Lots of diversity in terms of people, technology, projects and ideas The opportunity to join a dynamic and committed team Interaction with a diverse range of industrial clients and state partners5 weeks holidays The Role: IMR is seeking a Senior CFD (Computational Fluid Dynamics) Simulation Researcher to contribute to a collaborative research project focused on the application of quantum computing to industrial simulation challenges in Ireland.
The role involves developing benchmark thermo-fluid simulation case studies using established classical CFD approaches, which will support a consortium in exploring and evaluating potential quantum-based solutions.
The successful candidate will apply expertise in CFD and numerical simulation to design, implement, and validate benchmark cases representative of real-world industrial problems.
The role includes collaboration with quantum computing researchers to analyse CFD formulations at a mathematical level, identify areas where quantum acceleration may be feasible, and support the development or evaluation of quantum algorithms for comparison with classical methods.
In addition, the researcher will support a broader numerical modelling team addressing simulation challenges across multiple industrial sectors, including aerospace, medical devices, chemical processing, food processing, robotics, injection moulding, automotive, and precision engineering.
Candidates must have prior experience applying CFD simulation techniques in industrial or applied research environments.
Key Responsibilities: Collaborate with industrial partners to develop, implement, and validate CFD benchmark cases representative of industrial and research-grade fluid dynamics problems.
Analyse the mathematical structure of classical CFD algorithms to identify governing equations and computational bottlenecks.
Work with quantum computing specialists to translate CFD formulations into mathematically suitable forms for quantum approaches.
Assess existing quantum algorithms for relevance and contribute to the development of new approaches where appropriate.
Compare classical and quantum methods in terms of accuracy, scalability, and computational performance.
Document methodologies, assumptions, and results to support internal research activities, publications, and collaborations with partners.
Required Skills and Experience: MSc or Ph D in Mechanical Engineering, Materials Science, or a related discipline.
Strong background in computational continuum mechanics, including iterative linear solvers and matrix symmetry considerations (e.g.
PCG, PBi CGStab, multigrid/GAMG).3–5 years' experience in an applied research or industrial environment with a focus on CFD-based numerical simulation.
Experience with Open FOAM is preferred; familiarity with commercial software (e.g.
Star-CCM+, Simcenter) is advantageous.
Demonstrated ability to develop, configure, and troubleshoot CFD simulations, including boundary conditions, meshing strategies, and numerical schemes, for new applications.
Experience in verification and validation of simulation results using benchmark cases and experimental or empirical data.
Experience with source code development or modification (C++, Python) in a Linux (Ubuntu) environment; experience with HPC systems is beneficial.
Background in second-order numerical solvers, with emphasis on thermal modelling and conjugate heat transfer.
Evidence of effective teamwork, project planning, and delivery within research or technical environments.
Strong analytical and problem-solving skills, with the ability to work independently and collaboratively.
Clear written and verbal communication skills for engagement with technical and non-technical stakeholders.
Location: IMR offices are located in Rathcoole, Co Dublin and Mullingar, Co Westmeath.
This position is based in our Mullingar office.
We offer a hybrid working model.
Travel between offices and client sites will be required from time to time.
Salary & Benefits: This position will command a package consisting of basic salary (€50,168 - €54,307 depending on qualifications and experience), employer pension contribution and 5 weeks holidays.
Closing Date: All applicants must include an up-to-date version of your CV with their application.
Electronic applicants only via Linked In or to Closing date for receipt of all applications is 12 noon Monday, 9th February 2026.
Interviews are expected to take place week commencing 16th February 2026.
IMR is committed to creating a diverse and inclusive workplace.
We actively promote equity and equal opportunity in all aspects of employment and welcome applications from candidates of all backgrounds, experiences, and identities.
We do not discriminate based on age, disability, gender, race, religion, sexual orientation, or any other protected characteristic.
We strive to ensure our recruitment processes are fair, accessible, and free from bias.