
Prof. John Ahmet Erkoyuncu
Professor of Digital Engineering, Head of the Centre for Digital Engineering and Manufacturing
Cranfield University
Cranfield University
Biography
John Erkoyuncu is a Professor of Digital Engineering and Head of the Centre for Digital and Design Engineering at Cranfield University. His research interests include: digital twins, augmented reality, and digitalisation of through-life engineering. He has a track record in leading cross Technology Readiness Levels in his research in manufacturing digitalisation with over £12M of funding secured from EPSRC (most recent – as PI: EP/R013950/1 and as Co-I: EP/R032718/1), Innovate UK, AMSCI, and KTP. He has published over 190 journal and conference papers. Prof. Erkoyuncu is currently co-supervising 9 PhD projects; 7 of which are co-funded by industry. He has supervised over 120 MSc projects. John is a Co-Chair of the Through-life Engineering Services Council, Member of the Team Defence Information - Digital Twin Working Group, Council Member of the Digital Twin Hub, Chartered Engineer with IET, Fellow of the Higher Education Association, Associate Member of CIRP, Former Chair of the CIRP Research Affiliates and a Member of IET. He is also the Programme Director for the MSc in Digital and Technology Solutions.
Title: Emerging Opportunities for Digital Twins in Manufacturing
This presentation will provide an overview of digital twin applications across the manufacturing sector. The talk will be structured to cover the following topics. Firstly, an overview of the most prominent areas of interest for digital twins in manufacturing will be presented. The will cut across opportunities across design teams, manufacturing processes, and maintenance interventions. This will be followed with how to design and build digital twins considering alternative challenges around data, models, and interoperability. As part of this, the emerging methods and solutions will be discussed with some insights on future directions. The presentation will close with a reflection on the potential benefits from digital twins across manufacturing.