Alloyed’s Component Engineering is at the forefront of advanced manufacturing, specialising in the development, optimisation, and manufacturing of high-performance metal components for customers in aerospace, industrial, consumer electronics, and energy sectors.
The unit leverages its own state-of-the-art design and processing tools, simulation analysis, additive manufacturing, and CNC technologies to deliver complex, fully functional solutions that push the boundaries of efficiency, weight, thermal performance, strength, and reliability. By integrating digital engineering, material science, thoughtful manufacturing, and robust metrology, the team ensures each component is production-ready and tailored for scalable manufacturing - all while demonstrating clear value-add to clients.
Graduates joining Alloyed’s Component Engineering become integral to the lifecycle of new product introduction. The role offers hands-on involvement in design optimisation, simulation, design for manufacturing – i.e. optimising components for the intersection between additive and subtractive processes – manufacturing process development, and the creation, validation, and execution of metrology protocols.
Graduates gain exposure through projects such as design and manufacture of industrial heat exchangers, data centre cold plates, lightweight AR/VR enclosures, aerospace structures, and high-temperature propulsion parts, all of which require cutting-edge engineering to move from a list of requirements to mass producible components.
Component Engineering is a production-focused environment, with graduates contributing to production floor processes to ensure the successful delivery of functional finished components. The unit’s vertically integrated approach ensures that exciting engineering breakthroughs are translated into reliable, scalable manufacturing processes, allowing graduates to see their contributions move from the drawing board to factory floor and into high-impact customer projects and products.
