Modelling and Simulation Engineer
Role details
Job location
Tech stack
Job description
Step into a newly created role where your modelling and simulation expertise powers innovation across some of the world's most dynamic sectors. As a Modelling and Simulation Engineer, you will apply cutting-edge tools to tackle complex challenges in defence, energy, and maritime transport, shaping smarter designs, predicting real-world performance, accelerating testing, and uncovering insights that drive critical decision-making.
If you are excited about solving big problems and want to make a real impact across diverse, high-value projects, this is the opportunity for you.
This global, groupwide role spans all three James Fisher and Sons divisions: Defence, Energy, and Maritime Transport, supporting our full portfolio of products and services as part of our growing Modelling & Simulation team. It can be based in either Inchinnan or Aberdeen. What you'll be doing
- Develop models and run simulations across fluids, thermals, acoustics, structures, electrical systems, control systems, and other dynamic mechanical systems.
- Work closely with cross-functional teams to translate project requirements into effective, timely simulation solutions.
- Validate and test simulation models to ensure accuracy and reliability.
- Analyse results and deliver clear, actionable insights to stakeholders.
- Stay current with the latest simulation technologies, proactively exploring and implementing new methods.
- Create and maintain clear documentation for models, tools, and processes.
- Present technical findings and recommendations confidently, both verbally and in writing.
Requirements
Do you have experience in Simulink?, Do you have a Master's degree?, * Master's degree in Mechanical, Electromechanical, Aeromechanical Engineering, or a closely related discipline.
- Chartered Engineer status or actively working towards Chartership is desirable.
- Hands-on experience coding and using tools like MATLAB, Simulink and Python to model real-world systems is essential.
- Familiar with Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA) for solving practical engineering challenges is essential.
- Proven ability to validate simulation outputs against real-world data is essential.
- Strong written and verbal communication skills, capable of explaining complex concepts clearly is essential.
- Open to learning new technologies, trying new approaches, and embracing change.
- Skilled at managing multiple projects, prioritising effectively, and meeting deadlines.
- Energetic, proactive, and confident in taking ownership of complex problems and driving them to resolution.
Benefits & conditions
- Competitive benefits tailored to the division
- Opportunities for career growth and visibility across the organisation
- A supportive, inclusive culture that values your ideas and contributions
- Work that truly makes a difference in safety, innovation, and global capability