Alloyed is a young venture-funded company of about 180 world-class metallurgists, engineers, and software developers working across 3 sites in the UK, 1 in Japan, and 1 in Seattle to build the future of advanced metal components and systems. To do this it uses proprietary software packages which combine advanced machine learning and physical modelling to invent better alloys, devise better ways to process them, and design better 3D-printed components and assemblies.

Develops and validates new alloys and materials models for additive manufacturing applications. Applies metallurgical knowledge to design better materials and processes, collaborates with customers and suppliers, and contributes to Alloyed’s growing materials portfolio.

• Rapid, iterative, application-driven development of novel alloys, and application of pre-existing alloys to novel commercial use-cases.
• Development and validation of materials models for Alloyed’s computational Alloys-by-Design® software platform.
• Application of materials understanding to additive manufacture of new alloys and systems, to build Alloyed’s world-leading portfolio of processable materials.
• Communication with customers and suppliers to ensure timely delivery of services and products, including reporting and presentation of complex technical content in a digestible manner.

• Strong technical background with a degree in Materials Science, Metallurgy (or similar) (2:1 minimum)
• Strong intuition for metallurgical mechanisms, applicable across a range of alloy systems.
• Excellent problem-solving ability and capable of converting complex data into actions with practical solutions.
• Adaptable, organised, and able to prioritise multiple workstreams
• Motivation to undertake practical work when required to ensure timely delivery of results.

• Knowledge or experience of one or more of the following industries: aerospace, automotive, orthopaedics or consumer electronics
• Good familiarity with one or more engineering alloy systems, such as aluminium, magnesium, iron, nickel, titanium, copper, platinum, or lightweight high entropy alloys
• Experience with high-level programming languages such as Python and MATLAB
• Knowledge of a wide variety of manufacturing methods (casting, forging, etc.)
• Knowledge and understanding of metal AM processes
• Experience in materials modelling e.g. CALPHAD, DFT, atomistic