Download the Conference Presentations
Wednesday 19 - Thursday 20 February 2025
Keynotes
David Verity, PragmatIC
Lowering the barrier to entry for flexible foundry technology
François Grenier, Brilliant Matters
Manufacturing organic semiconductors enabling high performance large area organic photovoltaics
Session 2 - Manfacturing
2.1 - Dr Martin Tyler, Paragraf (Invited)
Large-area, high-yield, polymer-free graphene FETs for use in molecular sensors
2.2 - Dr Jonathan Harwell, University of Glasgow
Transfer printing bulk zinc for fully biodegradeable microelectronics with low cost and high resolution
Session 3 - Bioelectronics I
3.1 - Prof George Malliaras, University of Cambridge (Invited)
Ultra-conformal neural interfaces
3.2 - Dr Stefano Toffanin, Italian National Research Council (CNR-ISMN)
Smart-integrated organic optoelectronic systems for optical sensing
3.3 - Yuqing Xue on behalf of Dr Kian Kadan-Jamal, University of Cambridge
Innovative approaches in tumor-treating fields: The impact of electric field orientation on GBM organoids
3.5 - Dr Prachi Rastogi, Centre for Process Innovation (CPI)
Nonenzymatic-OECT fabrication using mask-less lithography for high performance metabolite sensors
Session 5 - Novel Devices & Systems I
5.1 - Prof Dr Karl Leo, TU Dresden (Invited)
Leaftronics: novel devices based on leaf skeletons
5.3 - Dr Yingning Gao, Paragraf USA
Advancing gas sensing technologies with graphene-based large-area electronics
5.4 - Jorge de Souto Martins, UNINOVA
Low-temperature self-aligned IGZO TFTs with sub-μm channel lengths
5.5 - Wentian Yi, University of Cambridge
Printed e-textiles: pre-treatment, post-treatment and structural design
Session 6 - Bioelectronics II
6.2 - Christopher Slaughter, University of Cambridge
Wearable system for gastric motility monitoring using high-resolution electrogastrography
6.3 - Prof Henrique Leonel Gomes, Coimbra University
Organic bioelectronics for measuring Astrocyte-Neuron communication
6.4 - Ruben Ruiz-Mateos Serrano, University of Cambridge
3D Printed PEDOT:PSS-based conducting and patternable eutectogel electrodes for machine learning on textiles
6.5 - Josée Mallah, University of Cambridge
Wearable sensing system and datasets for motion intention prediction in lower limb exoskeletons
Session 8 - Novel Devices & Systems II
8.3 - Vikesh Sethi, FlexEnable Ltd
Practical integration of liquid crystal plastic dimming technologies for real world AR applications
8.4 - Dr Libu Manjakkal, Edinburgh Napier University
Development of structural energy storage using 3Dshaped electrode
Session 9 - Applications of LAE
9.2 - Chenyu Tang, University of Cambridge
Wearable smart textiles: enhancing human well-being through advanced sensors and AI methods
9.3 - Liza Kuttappassery, Aalto University
Sustainable electronic heating textiles by printing carbon-polymer composites
9.4 - Kalana Marasinghe, Nottingham Trent University
Approaches toward the manufacturing of electronic textiles created using electronic yarns
Session 11 - High Performance Materials
11.1 - Prof Rodrigo Martins, CENIMAT|i3N & CEMOP/UNINOVA (Invited)
Advanced material: an enabler and activator for the European strategy
11.2 - Qifan Li, Linköping University
A high-performance, water-processable n-type polymer for sustainable large-area electronics
11.3 - Dr Oliver Payton, Bristol Nano Dynamics
High-throughput nanoscale assessment with the world’s fastest scanning probe microscope technology
11.5 - Carletta Wong, University of Manchester
Thermal properties of inkjet-printed graphene films
Session 12 - Sustainability & Energy Efficiency
12.2 - Dr Jaakko Leppäniemi, VTT
ALD-based metal oxide TFTs patterned by high-resolution reverse-offset printing: towards high-performance biodegradable electronics
12.3 - Dr Tom Greig, Smart Fabric Inks
Fully biodegradable conductive protein based humidity sensing
12.4 - Juan Luis Soler-Fernándes, University of Barcelona
Design and performance of an ultra-low power wake-up timer for n-FET based FlexIC technologies
*Any presentations missing from the above list have not been shared by request of the author.