Chris Snider MEng PhD FHEA
Chris is a Lecturer in Engineering Design and Manufacture. His areas of interest include the physical / digital divide, deskilling the engineering design process, and the next generation of computational design systems.
Chris has been a member of the Design and Manufacturing Futures Lab since its inception, first as a post-doc researcher, and now as a Lecturer and Project Lead. His work areas have ranged from technical engineering design processes, to big-data analysis and real-time analytics of engineering progress and performance, computational design and interaction systems, effective global engineering management, and creativity and innovation in complex and constrained design scenarios.
This has given him expertise in how engineers can and should design in a world of ever more complex machines and systems, and how the next generation of processes and cutting-edge computational systems can enable them to produce outputs that meet the needs of the future.
He is particularly interested in how we can bridge the physical / digital divide in design, and use computation to increase capability while reducing the workload and skill requirements of engineering activities. Through his work he aims to enable engineers to work rapidly and effectively in both the digital and physical worlds, supported by cutting-edge systems that automatically analyse ideas and designs, suggest solutions, monitor progress, and perform simulations and tests, giving engineers the freedom, knowledge, and capability to explore the design space and generate innovative, high-performance outputs.
The Language of Collaborative Manufacture – Developing cutting-edge analytics for real-time, automatic monitoring of large-scale engineering processes and projects.
Digital – Physical Twinning – Creating a fully integrated digital / physical toolchain for engineering prototyping, enabling engineers to design, test, and evolve their ideas in any medium at any time.
Anarchic manufacturing: distributed control for product transition Journal of Manufacturing Systems
Characterising the Digital Twin: A systematic literature review
The emergent structures in digital engineering work: what can we learn from dynamic DSMs of near-identical systems design projects?
Hybrid Prototyping: Pure Theory or a Practical Solution to Accelerating Prototyping Tasks?
Different approaches to democratise design - are they equal?
An analysis of premium payments as a mechanism for securing preferential service in cloud manufacturing
Digital Twins of Processes, Products and Services: from Prototypes to End-of-Life
Embracing complicatedness and complexity with Anarchic Manufacturing
Managing complex engineering projects: What can we learn from the evolving digital footprint?
Anarchic Manufacturing and mass customisation: Solving customization and complexity with anarchy
- Clean Access Challenge 1: A Toolkit for Queen’s Building – Coming Soon - University buildings (like many other buildings throughout our cities) have many hundreds of users every day, all needing to move through and access a variety of different spaces, each with their own locks and access controls. In a world of social distancing, we need to think about how people move… Read More
- ProtoTwinning at Connected Everything 2019 - We've just gotten back from the excellent Connected Everything 2019 conference hosted by the University of Nottingham. Focusing on industrial systems in the digital age, digital twinning, and the future of technology in engineering, the Connected Everything network are the perfect group to share our work and interests. The conference… Read More
- And we’re funded! Our new project on seamless physical – digital prototyping. - The DMF lab has just secured an EPSRC grant for funding! Led by Prof. Hicks, Chris Snider, and Aydin Nassehi, we've secured £1.6 million to study the creation of seamless digital / physical prototypes over the next four years starting August this year. There will be lots of new information,… Read More