We’re looking for a talented, driven engineering graduate with an MSc (or equivalent qualification) in Structural, Mechanical, Civil Engineering or a related discipline, and demonstrable experience in structural analysis, design and Finite Element Method (FEM) modelling. You’ll bring practical numerical simulation and coding experience in Python, MATLAB or an equivalent language, a working understanding of Eurocode-based structural design, and experience managing multi-stage technical workflows and delivering structured technical outputs such as reports and calculation records.
You’ll have strong, evidence-based problem-solving ability and the confidence to communicate technical findings clearly to both academic and industrial audiences. A collaborative mindset, willingness to learn new software and standards quickly, and the initiative to lead elements of technical delivery across academic and industrial teams are essential.
Desirable experience includes optimisation techniques such as Design of Experiments (DOE), Response Surface Methodology (RSM), and Artificial Intelligence/Machine Learning (AI/ML). Experience with Finite Element Method (FEM) and/or Computational Fluid Dynamics (CFD) software (e.g. ANSYS, Abaqus, MSC Software, or equivalent open-source tools), as well as knowledge of wind engineering and vortex-shedding analysis, would be advantageous.
Previous experience of working with, or collaborating closely with, industrial partners or SMEs is also highly desirable.
This project is set to transform the design of industrial chimneys and inlet reinforcement systems for both traditional and emerging clean-energy sectors.
Working closely with academic experts from the University of Derby, engineers at James Engineering, and specialist software developers, the Associate will develop and apply advanced Finite Element Method (FEM) and data-driven optimisation techniques to establish a simulation-led design capability for industrial chimney systems. You will also develop and validate new design methodologies and formulae for chimney inlet reinforcement systems, addressing an area where current Eurocode guidance is limited and contributing to potential future enhancements to BS EN 1993-3-2.
About the business
James Engineering is a third-generation family engineering business, established over 75 years ago, specializing in structural steelwork, architectural metalwork and industrial chimney systems. The company delivers fully integrated engineering solutions through commercial, industrial, defence and energy infrastructure projects, achieving an annual turnover of £10 million. James Engineering is investing in advanced digital design to become a UK leader in chimney and exhaust-flue systems.
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FEM, Design & AI/ML Optimisation Engineer (KTP Associate) employer: The Knowledge Transfer Network Limited
The Knowledge Transfer Network Limited is an exceptional employer, offering a dynamic work environment in Glasgow that fosters innovation and collaboration. With a strong commitment to employee growth, we provide opportunities for professional development in the rapidly evolving field of digital mental health and AI ethics. Our inclusive culture encourages creativity and teamwork, making it a rewarding place for those passionate about making a meaningful impact in mental health services.
Contact Details:
The Knowledge Transfer Network Limited Recruitment Team
