Managing Director, Component Engineering
Alloyed
Leading component engineering and new product introduction; taking manufacturing technologies from proof-of-concept to mass-production.
Technology scalingScaling deep tech. From research to production.
Profile
I lead at the intersection of deep tech and commercial execution: scaling advanced manufacturing, driving product introduction, and building teams that turn fundamental R&D into products.
Oxford-trained in engineering; co-founder and senior leader at Alloyed. I combine technical depth with operational and commercial leadership — from lab and pilot to mass production.
Materials & process
Alloy design, high-temperature processing, characterisation, simulation
Digital factory
Additive manufacturing, process stability, scaling & industrialisation, quality systems, factory sentience
Product & NPI
Technical leadership, product development, design, new product introduction
Business & operations
P&L ownership, revenue growth, international operations, team building
Experience
Managing Director, Electronics
Alloyed
Led electronics business unit (additive for consumer electronics). Core technologies for AR/VR wearables.
50%+ revenue growth · multi-million £ turnoverHead of Alloyed US and Japan
Alloyed
Built US manufacturing operation from zero: facility, hiring, AS9100D quality system.
Greenfield US operationsSenior Research Fellow
University of Oxford
Led high-value programmes with IHI for Oxford–IHI Centre for High-Temperature Materials.
Oxford–IHI CentreProgramme Director
OxMet Technologies
Founding team; led alloy and product design development for orthopaedic implants. Delivered technology base for biomedical implants business.
Founding team · biomedicalPostdoctoral Research Associate
University of Oxford
Finite element analysis and crystal plasticity modelling for extreme conditions.
Materials modellingDPhil in Engineering Science
University of Oxford
Process modelling, manufacturing simulation, and high-temperature processing.
Rolls-Royce sponsoredInnovation & impact
Bridging materials science, manufacturing and markets: additive manufacturing, high-performance alloys, and commercial applications from aerospace to biomedical and consumer electronics.
Materials
- Titanium alloys (biomedical)
- Superalloys (aerospace)
- High-temperature processing
- Crystal plasticity & superplasticity
Manufacturing
- Laser Powder Bed Fusion (LPBF)
- Process modelling & simulation
- Quality systems (AS9100D)
- Scaling & optimisation
Applications
- Aerospace
- Biomedical implants
- AR/VR wearables
- Consumer electronics
Connect
Interested in discussing partnerships, deep-tech ventures, or industry challenges in advanced manufacturing.
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