Job Description

Position Overview

We're on the lookout for exceptionally talented individuals with a relevant engineering degree (Mechanical, Aerospace, Materials) or similar (Applied Physics, Data Science, Maths, etc.) to join our Applied Sciences team. This role offers a unique opportunity to help shape the future of engineering within the medical devices and pharmaceutical industry, applying advanced simulation techniques to solve complex challenges.


As a Senior Applied Sciences Engineer with a strong focus on Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA), you will lead high-impact projects using STAR-CCM+ for CFD and Abaqus for FEA. This role involves applying advanced simulation techniques and providing strong engineering insights across a range of challenging projects in the medical and consumer product sectors. You will oversee the technical work of junior engineers, manage team development, and play a key role in project execution from start to finish.


Check out what our Applied Sciences team is all about: Crux - Applied Sciences

Principal Responsibilities

Lead advanced CFD simulations using Star-CCM+. Execute detailed FEA studies using Abaqus, focusing on structural integrity, material behaviour, and stress analysis. Demonstrate complex mathematical modelling and simulation expertise across diverse projects. Rapid prototyping, lab testing, and design of experiments to validate and refine engineering solutions. Proficient in CAD for generating concepts, detailed design of components, and creating technical drawings and manufacturing specifications. Prepare high-quality technical reports and comprehensive design documentation. Confidently communicate project value to clients and stakeholders, demonstrating technical authority. Build strong client relationships and identify new business opportunities and referrals. Mentor and support junior staff, guiding them in their technical development and project tasks.

What We're Looking For

Essential

Degree in Mechanical Engineering, Aerospace Engineering, Applied Physics, or a related field. Proficient in CAD software for design, modelling, and technical drawing creation. Strong skills in computational modelling, particularly in fluid dynamics and structural analysis (preferably Star-CCM+ and Abaqus). Competence in coding (Python, Matlab) for data analysis and simulation automation. Hands-on experience in experimental testing, prototyping, and the design of experiments. Proven track record of problem-solving and a proactive approach to complex engineering challenges. Excellent communication skills and experience with client-facing roles. Experience in mentoring, reviewing technical work, and managing junior engineers.

Desirable

Knowledge of materials engineering and manufacturing processes. * Familiarity with medical device design standards and regulatory requirements