Mechanical Engineer – Fluidic Systems
Newton Colmore is working with a leading technology innovator in Cambridge, and we are looking for a mechanical engineer who understands fluidics, thermodynamics, and heat transfer.
This exciting new role will give the Mechanical Engineer an excellent opportunity to work on novel products that span multiple industrial applications.
You will hold responsibility for the design and development of new ideas, from initial concept through to manufacture. You will be evaluating new ideas using evidence from modelling or experimentally obtained evidence and will be working on system and component-level elements. You will then test and verify your ideas and work closely with the manufacturing team to ensure manufacturability throughout every step of the design process.
You will be bringing with you a passion for mechanical engineering and solving problems, coupled with strong academics. A detailed understanding of using maths and physics within the fields of fluidics and thermodynamics is vitally important for this position.
The company is offering tailored packages for the right engineer, which includes a performance bonus, free lunches, and a market-leading pension plan. They can also offer you career progression and foster an environment that encourages collaboration, learning, and self-development.
If you would like to find out more about this opportunity, go ahead and make an application, and a member of our team will be in touch to talk through the role further. This role is being managed by Matt Lowdon, who is one of the directors at Newton Colmore.
Newton Colmore is a specialist recruitment and growth consultancy dedicated to the medical devices and biotechnology sectors.
* Le salaire de référence se base sur les salaires cibles des leaders du marché dans leurs secteurs correspondants. Il vise à servir de guide pour aider les membres Premium à évaluer les postes vacants et contribuer aux négociations salariales. Le salaire de référence n’est pas fourni directement par l’entreprise et peut pourrait être beaucoup plus élevé ou plus bas.