Research Engineer Cryogenics

Fantastic challenges. Amazing opportunities.

GKN Aerospace is reimagining air travel: going further, faster and greener! Fuelled by great people whose expertise and creativity sets the standards in our industry, we’re inspired by the opportunities to innovate and break boundaries. We’re proud to play a part in protecting the world’s democracies. And we’re committed to putting sustainability at the centre of everything we do, opening up and protecting our planet.

With over 16,000 employees across 33 manufacturing sites in 12 countries we serve over 90% of the world’s aircraft and engine manufacturers and achieved sales of £3.35  2023. There are no limits to where you can take your career.

Shape the Future of Sustainable Aerospace

Join GKN Aerospace’s Hydrogen Systems team and play a pivotal role in advancing next-generation cryogenic technologies for sustainable power and propulsion.

As a Cryogenic Research Engineer, you will support the cryogenic power distribution team in developing and delivering cryogenic systems within GKN aerospace Hydrogen Systems. This work will directly contribute to the advancement of sustainable aerospace power and propulsion systems, integrating cryogenic technologies to enhance system performance, efficiency, and overall capability.

You will help to transform early-stage concepts into validated systems, driving innovation from TRL1 through TRL
6.

This role offers a hybrid working environment.

The role will require:

• Generating models and engineering drawings of cryogenic systems ready for manufacture.
• Supervise the procurement, manufacture, and assembly of cryogenic components and systems for aircraft and ground-based facilities.
• Lead technical projects and activities, supporting development of others including capability growth, mentoring early-career engineers, and promoting enhanced engineering processes and functional excellence.

The candidate will be expected to interface across technical disciplines (Electrical, Controls, Systems, and Prototyping etc.) to ensure the cryogenic enablement is coherent with broader system requirements.

The Research Engineer Cryogenics will contribute to the following:

• Develop system and component designs for cryogenic-electrical power distribution across the full temperature range from 20 K to 70 °C, compliant to the relevant safety and certification requirements
• Create accurate 3D CAD models, assemblies, and detailed drawings for cryogenic/fluid and vacuum system components, using engineering information such as sketches, line-ups, sizing calculations, and written specifications, to support the development of design solutions that meet functional, manufacturing, and safety requirements
• Prepare engineering drawings, BOMs, and associated documentation in line with industry standards and internal design practices
• Apply suitable manufacturing and assembly considerations within CAD models and assist in generating clear process instructions for system build and integration
• Work with engineers and procurement teams to ensure CAD models and drawings align with supplier capabilities and manufacturing constraints
• Assist in selecting materials and components by incorporating specification requirements into CAD models and design documentation
• Collaborate closely with multidisciplinary teams to deliver cost-effective, high-quality designs and to support design reviews, build activities, and problem resolution
• Contribute to design change control, configuration management, and documentation updates throughout the product lifecycle

To help us make a difference, you’ll bring your passion and expertise/ talent for what you do along with the following skills, experience, qualifications and attributes:

• Minimum
  
  B. Eng degree or equivalent and qualified with 3 years relevant experience
• Proficiency in 3D CAD modelling and detailed engineering drawing production including assembly modelling, tolerance analysis, and configuration control for cryogenic systems
• Understanding of the effect of cryogenic temperatures on the properties of materials and the implications for system design.
• Understanding and knowledge…