We are seeking a driven Graduate Simulation Software Engineer to join our clients dynamic team in Edinburgh, supporting vital projects across energy transition and environmental protection.
Our client is dedicated to shaping a sustainable future through innovative applied physics and cutting-edge technology.
This is an exceptional opportunity for an early-career professional, with a passion for applying mathematical and computational skills to real-world challenges within a supportive and collaborative environment. The ideal candidate will contribute to the development of advanced multiphysics simulation tools that enhance understanding and optimisation of complex systems, in sectors such as renewable energy and industrial processes. With a focus on mentorship and professional growth, our client offers a diverse environment that fosters innovation and impactful solutions.
The role:
- Develop and implement numerical algorithms to model complex physical systems.
- Contribute to the creation and enhancement of simulation software modules including finite element analysis, CFD, and thermodynamic systems.
- Engage in software testing, validation, and code reviews, ensuring high standards of quality and accuracy.
- Collaborate with multidisciplinary teams to optimise simulation performance and scalability.
- Utilise professional development tools such as Git, CI/CD pipelines, and Agile methodologies.
- Work on real engineering problems across mechanical, chemical, and process engineering domains
The skills:
- Master’s or Doctorate in Engineering (Mechanical, Chemical, Aeronautical, Process) or Physics/Chemistry.
- Strong foundation in applied mathematics, thermodynamics, and transport phenomena.
- Ideally some knowledge of Python programming.
- Interest in physical modelling and numerical methods.
- Desirable: experience with C++ or other compiled languages, multiphysics simulation tools, and software engineering best practices.
- Additional familiarity with chemical kinetics, Docker/Kubernetes, renewable energy systems, or international modelling standards is highly advantageous.
On offer is an entry level starting salary of £30,000-£32,000, along with flexible working arrangements, a supportive mentorship programme, professional development budgets, and performance-based bonuses.
You'll have the opportunity to work on meaningful projects that drive real-world change, supported by a team of experienced engineers and scientists committed to your growth.
