Lancaster University 2026

Device Prototyping Summer School

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Led by Professors Steve Hodges and Joe Finney, the third annual Device Prototyping Summer School took place between the 14th and 17th of July at Lancaster University. The event was once again sponsored by the pro² network+ and the Lancaster University Devices Lab.

A diverse group of delegates from academia, industry and hobbyist communities travelled from across the globe to join the summer school. They were selected to attend the event following the submission of a short paper describing a digital device which they are seeking to refine and scale for market production. Paper topics covered a wide variety of fields including technology for the arts, healthcare, environmental sustainability and much more.

Delegates

35 delegates joined us for the 2026 summer school, representing a wide range of fields, organisations, and nationalities. The three and a half day event provided ample opportunities for knowledge exchange and networking around a shared passion for making devices.

Competition Winners

Among the papers submitted to the summer school, ten £250 awards and one £1,000 award were granted to those that showed the greatest potential for impact. The funding will go toward the further development of device prototypes.

£1000 Award Winner

DigIt: a wearable digital tap dance interface for musical and interactive performance

David Gabriel

Northeastern University

£250 Award Winners

The following individuals were awarded a £250 prize: Petr Maj, Oisín King alongside co-authors Patrycja Kukielka and Ruaidhri Sinnott, Matt Davison, Malek Arous, Shama Rahman, Gabriela Martinez, Adam Schmidt, Ben Morris, and Marco Rapaccini.

Name Institution Paper Title
Muhammad Aamir University of Oxford, United Kingdom Synchronized Multi-Sensor Motion Capture System for Wildlife Data Collection
Alfie Allanach Lancaster University, United Kingdom Remotely Deployed Robot and Sensor Network to Characterise 50mm Pipework
Malek Arous Ludwig Maximilian University of Munich, Germany Magnetometer-based orientation and tactile feedback navigation for a robot guide dog
Abhay Bhabhu University of Bristol, United Kingdom TriSense: A Wearable Sensor System for Triathlon Technique Feedback
Jeroen Ceyssens Hasselt University, Belgium RFEnvelope: Long distance mailbox notification through radio signals
Saskia Davies Swansea University, United Kingdom Embodied human-AI collaborative drawing
Matthew Davison Imperial College London, United Kingdom The HaptiCoupler: Self-Sensing Haptic Feedback for Tactile Musical Interaction
Jack Dawson University of Bath, United Kingdom Sentinel: Unobtrusive Physiological Regulation
Paul Dietz & Catherine Dietz University of Toronto, Canada / The Animatronics Workshop, USA Empowering Animatronics with Micro:bit
David Gabriel Imperial College London, United Kingdom Digit: a wearable digital tap dance interface for musical and interactive performance
Peter A. Hayton University of Oxford, United Kingdom Solar powered connected bus stop to improve the accessibility of bus travel for visually impaired people
Mizuki Kawahara & Yoshiro Tokyo Institute of Technology, Japan “Your Sneeze, My Mask”: Crowdsourcing Hyper-Local Pollen Data via a Wearable Detector
Ian Kenny University of Strathclyde, United Kingdom Harbour View: A Community-Owned Environmental Information Display for Coastal Climate Adaptation
Joseph Collins Lumiinsa University of Nottingham, United Kingdom Bionic Eye: Towards an Inclusive, Low-Cost Retinal Prosthesis for Adaptive Visual Restoration
Petr Maj Czech Technical University, Czech Republic RCKid: A personal handheld for creative STEM beyond the classroom
Gabriela Martinez Rochester Institute of Technology, USA Zyra: A Hybrid Energy Storage System for High-Power Applications
Ben Morris University of Bristol, United Kingdom Gigswitch: Rethinking the Physical Form of Guitar Pedals Through Configurable Hardware
Emran Yasser Moustafa University of Bristol, United Kingdom Active Listening IoT Device for Little Tern Conservation Projects
Andrés Müller University of Edinburgh, United Kingdom Nimär: An infantometer to combat child stunting
Antonius Naumann Hasso Plattner Institute, Potsdam, Germany Prototype Hardware for Personal 5DOF Laser Cutting Enabled by Compact Diode Lasers
Shama Rahman Goldsmiths, University of London, United Kingdom Peripheral Nervous System-aware wearable cuff: a manufacturable prototype for peripheral neural and stress sensing
Marco Rapaccini University of Sussex, United Kingdom KittyGatto: A Low-Cost Learning Companion for Multilingual Children
Sara Reichert Technical University of Munich, Germany Navigation with Feetback
Adam Schmidt Saarland University, Germany The Magnetochord: A New Electromagnetic Feedback Musical Instrument
Paul Scholefield Lancaster University, United Kingdom A bench-top robotic workstation for handling preserved arthropods for imaging and molecular workflows
Jon Sommerscales University of York, United Kingdom Laika: A Bio-Integrated Ambient Interface for Ecological Agency
Atlas Soring University of Nottingham, United Kingdom EVE: The Plant Incubation and Identification Robot for Household Botanists
Wangji Wang Imperial College London, United Kingdom Pronounce Me: Prototyping an Inclusive AI-Assisted Name Pronunciation System for Multicultural Interaction
Zhixi Wang University of Oxford, United Kingdom Mycortex: Exploring Non-Human Symbolic Communication through Art and Bioelectric Signals
Tom Wilkinson University of Bristol, United Kingdom Touchscreen-based virtual keyboard

Summer School Presenters

Black and white photo of Steve Hodges

Steve Hodges

Professor at Lancaster University

Is an internationally recognised leader in interactive and embedded device creation. He has built and deployed prototypes at all scales, and many of these have transitioned to volume production resulting in millions of devices in market globally.

Black and white photo of Joe Finney

Joe Finney

Professor at Lancaster University

Is a global figure in empowering non-experts to innovate with technology, in particular helping them to learn about and build lightweight embedded systems. His work has also led to millions of embedded devices that are in daily use around the world.

Nursel Dogar

Global Business Development Manager at Farnell

Nursel Dogar is a Global Business Development Manager at Farnell, working with the Micro:bit Educational Foundation for broadening the impact of micro:bit globally. Nursel has more than 20 years’ experience in every stage of the product lifecycle from design, test to volume production. She holds a MSc in Electrical and Electronics Engineering from University of Leeds.

Paul Dietz

Inventor, Maker and Affiliate Professor at the University of Washington

Paul Dietz is a former Disney Imagineer who is bringing animatronics and other storytelling projects to the classroom. He is best known for DiamondTouch – an early multitouch system that helped launch the touch interface revolution. Currently, he holds faculty appointments in Computer Science at both the University of Toronto and the University of Washington and teaches courses on prototyping and physical computing.

Simon Monk

Author and Product Designer at Monk Makes

Known for being the author of books on electronics and programming, including the best-selling ‘Programming Arduino’ and ‘The Raspberry Pi Cookbook’. He’s sold over 800,000 books worldwide and his books have been translated into 10 languages. These days he spends most of his time designing products for MonkMakes and improving their manufacturing process at their workshop in Lancashire, UK.

Yoshihiro Kawahara

Professor at the University of Tokyo

Yoshihiro Kawahara is a Professor at the University of Tokyo, specializing in ubiquitous computing and Physical AI. He creates innovative smart materials and soft robots by leveraging the properties of digitally fabricated matter, including 4D printing. His ongoing work tackles the challenge of integrating these advanced substrates with morphological computation to achieve embodied intelligence.

Jonathan Fiene

Founder & CTO of Bergsonne Labs

Jonathan Fiene is the technical architect and lead engineer behind the Tiles modular embedded-intelligence platform. Since his Ph.D. from Stanford, he spent a decade teaching hands-on courses in mechatronics, design, manufacturing, robotics, and entrepreneurship at the University of Pennsylvania, and now leads a robotics design and prototyping group at the Max Planck Institute for Intelligent Systems in Stuttgart, Germany.

Black and white photo of Mike Fraser

Mike Fraser

Professor of Human-Computer Interaction and Head of the School of Computer Science at the University of Bristol

In addition to his roles as Professor and Head of School at the University of Bristol, Mike is also the Chair of the pro² network+ Steering Group. His research interests relate to how computers are made, what they are made from, and how we might support individuals with limited resources to make their own computers.

Black and white photo of Anne Roudaut

Anne Roudaut

Professor of Human computer interaction

Dr. Anne Roudaut is Professor of Human Computer Interaction at the University of Bristol, where she leads the Bristol Interaction Group (BIG). Her research explores programmable materials, shape changing interfaces, robotics, and human centred design, creating new forms of interactive technologies that seamlessly integrate into everyday life.

A black and white photo of Lorraine Underwood, smiling and facing the camera.

Lorraine Underwood

Senior Teaching Associate at Lancaster University

Lorraine Underwood is an internationally published researcher in computer science education, with a particular focus on physical computing. She has built and developed prototypes for teachers and students to use in classrooms around the UK. Lorraine also creates and films personal electronic projects for element14 part of Avnet, the world’s 2nd largest electronic distributor.

Heather Shaw

Lecturer in Psychology at Lancaster University

Heather Shaw is a Lecturer in Psychology and Behavioural Analytics. She is interested in the study of digital footprint data, and how this can provide information about peoples habits and characteristics. She also explores interdisciplinary methods for psychological assessment, with a focus on the ethics of utilising new technologies in research.

A black and white photo of Aron Eggens against a white background.

Aron Eggens

PhD Student at Lancaster University

Researching methods to make hardware design and production easier.

John Vidler

Senior Research Associate at Lancaster University

John has research interests in data science and was awarded a prize for teaching by Lancaster University.

James Hahn

PhD student at Lancaster University

Researching methods to make hardware production easier.