Key Research Themes
The Key Research Themes will form the basis for workshop events and will be defined by the Steering Committee with input from Network members.
The thematic workshops will:
- Showcase the current state-of-the-art within the specific theme
- Define future and forthcoming research areas in DfAM
- Explore new collaborations within and between different disciplines
- Define future research proposals
- Produce a position paper as an outcome for each event
Each event will be driven by a Key Research Theme Leader, who will have lead responsibility for organising a workshop, establishing an interesting and engaging programme of speakers, including inviting world-leading researchers and industry practitioners to present their work, and to lead on the preparation of a position paper specific to their DfAM thematic area.
The format of the workshops will include a dedicated seminar session for speakers to present existing research and emerging relevant challenges, followed by a participatory session aimed at discussing issues highlighted in the seminar, prepare research proposals and highlight potential collaborations.
The key purpose of the workshops is to add value to on-going and future research funding applications through collaboration and information exchange, as well as bring together the DfAM community to accelerate impact and technology development.
We have developed a strong mix of Key Research Themes, and the workshop events and outputs will be based on these themes:
Design for AM Electronics – Dr Robert Kay (University of Leeds)
Design for AM for Education – Dr Eujin Pei (Brunel University London)
Design for AM Computational Tools – Dr Ajit Panesar (Imperial College London)
Design for AM Medical Applications – Prof Richard Bibb (Loughborough University) & Prof Kenny Dalgarno (Newcastle University)
Design for 3D Printed Textiles – Jonathan Rowley (Advanced SLS) & Mark Beecroft (Manchester Met University)
Design for Responsible AM – Mazher Mohammed (Loughborough University) & Joshua Pearce (Western University, Canada)
Design for AM Materials – Robert Higham (University of Bolton)
Design for Polymer AM Processes
Design for 4D Printing