Professor Robert Kay
Professor of Advanced Manufacturing
University of Leeds
About the Speaker
Robert Kay is a Professor of Advanced Manufacturing at the University of Leeds and Founder of Hydra Manufacturing. With over 25 years of experience in manufacturing research, Robert specialises in hybrid additive manufacturing and the translation of academic innovation into practical, real-world applications and as a result his work has led to multiple patent applications, spinouts, and commercial licensing agreements. Prof Kay is known for his collaborative, multidisciplinary approach that bridges academia and industry across a wide range of sectors.
At Hydra Manufacturing, Robert now supports the commercialisation of advanced hybrid 3D printing technologies for high-performance materials, particularly processing ceramics. Prof Kay’s leadership continues to drive innovation at the intersection of research and industry, supporting the development of next-generation manufacturing solutions.
At Hydra Manufacturing, Robert now supports the commercialisation of advanced hybrid 3D printing technologies for high-performance materials, particularly processing ceramics. Prof Kay’s leadership continues to drive innovation at the intersection of research and industry, supporting the development of next-generation manufacturing solutions.
Matchmaking Information
Please indicate where you fit on the 3DP/AM adoption curve
Evaluation , Adoption, Optimisation
Attending
Speaker's Sessions (2)
Date
Session
Workforce Insights
Translating Research into Readiness: Co-Creating Additive Manufacturing (AM) Education with Industry
To equip engineering graduates with the skills their careers will demand, curricula must be shaped by industry’s real needs and priorities. In additive manufacturing, persistent skills gaps in areas such as design for AM, materials process relationships, quality assurance, and digital workflows continue to limit how effectively organisations can adopt and scale these technologies. Closing that gap requires curriculum codesign that goes beyond surface level engagement, embedding translational pathways that guide students from laboratory scale experimentation into industrially realistic environments.
This talk draws on the work of Professor Robert Kay at the University of Leeds, whose dual role as Professor of Advanced Manufacturing and founder of Hydra Manufacturing positions him at the intersection of academic research and commercial production. With over 25 years of experience in hybrid additive manufacturing and a strong track record in patents, spin outs, and technology licensing, Professor Kay offers a proven model for how research progression across Technology Readiness Levels can directly inform teaching through project based learning, industry placements, and research and commercialisation focused teaching.
Given the breadth of components that can be produced using additive manufacturing techniques, teaching requires a structured, creative and interactive approach that enables students to exercise initiative in their learning. Furthermore, this talk will discuss Right First Time methodologies for sustainability, linking cross disciplinary knowledge through the integration of materials science, manufacturing processes, engineering design, and digital manufacturing. The talk will reflect on how competency frameworks codesigned with industry partners can anchor these methods in authentic production scale requirements, and what that means for the future of AM education.
This talk draws on the work of Professor Robert Kay at the University of Leeds, whose dual role as Professor of Advanced Manufacturing and founder of Hydra Manufacturing positions him at the intersection of academic research and commercial production. With over 25 years of experience in hybrid additive manufacturing and a strong track record in patents, spin outs, and technology licensing, Professor Kay offers a proven model for how research progression across Technology Readiness Levels can directly inform teaching through project based learning, industry placements, and research and commercialisation focused teaching.
Given the breadth of components that can be produced using additive manufacturing techniques, teaching requires a structured, creative and interactive approach that enables students to exercise initiative in their learning. Furthermore, this talk will discuss Right First Time methodologies for sustainability, linking cross disciplinary knowledge through the integration of materials science, manufacturing processes, engineering design, and digital manufacturing. The talk will reflect on how competency frameworks codesigned with industry partners can anchor these methods in authentic production scale requirements, and what that means for the future of AM education.
Workforce
Skills
Speaker (1)
Professor Robert Kay
Professor of Advanced Manufacturing, University of LeedsStarts in
3 weeks
1 day
00hours
01 minute
Session
Workforce Insights
PANEL SESSION: Building the AM Workforce of Tomorrow: Bridging Skills, Education and Industry
Following a series of presentations exploring the AM skills landscape—from aligning talent with industry needs, to co‑creating education with industry partners, to the evolution of AM as a WorldSkill—this panel brings the conversation together. Moderated by Steve Cox, representatives from Alexander Daniels Global and the University of Leeds will examine how industry, academia, and skills bodies can collaboratively build a resilient, future‑ready AM workforce. The discussion will address recruitment realities, emerging competency requirements, talent retention, and the role of practical training pathways. Attendees will gain a holistic view of what it takes to equip the next generation with the skills and confidence to drive AM adoption at scale.
Workforce
Skills
Speakers (2)
Loxley Graham
Business Manager Europe and Head of Delivery, AD GlobalProfessor Robert Kay
Professor of Advanced Manufacturing, University of LeedsModerator (1)
Steve Cox
3D Technologies Consultant, AMFORi ConsultingStarts in
3 weeks
1 day
00hours
41 minutes




