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UK & Ireland Sensors Council DL. The Future of Green Technology. 2Dec’25.
Lend us your senses for Sensing in the 21st Century. This online series comprises some of the most distinguished lecturers in one of the widest technology spectrums in Society. We encourage all of your senses to join! In IEEE we might agree with Kant when he states “All our knowledge begins with the senses…”!
Dr. Shweta Agarwala is an Associate Professor in the Department of Electronics and Computer Engineering at Aarhus University. She will present Flexible, Biodegradable, and Bioresorbable Electronics: The Future of Green Technology.
Time/Date 2nd December at 18.00 GMT.
Guest Lecture focus:
Abstract
Sustainability and health are two of the most pressing global challenges identified by the United Nations. Electronics is a cornerstone of innovation in these sectors, driving advancements in healthcare technology, environmental monitoring, and sustainable manufacturing. However, conventional electronic components are typically non-biodegradable, leading to long-term environmental harm as they accumulate in landfills, releasing toxins. In addition, when implanted in the human body, these rigid devices are often incompatible with soft tissues, which can result in inflammation and other complications.
My research seeks to address these issues by pioneering solutions that are both sustainable and biocompatible. This includes the development of a novel library of electronic materials that are not only biodegradable but also bioresorbable and safe for use within biological environments. Our team utilizes green chemistry to create these materials, which are engineered to break down naturally after serving their purpose, thus minimizing electronic waste and toxicity. To bring these materials to life, we employ printed electronics, an emerging fabrication technique that enables the production of electronic components, circuits, and devices directly onto a variety of surfaces using nanoparticle inks. By converting our synthesized materials into printable inks, we are able to create soft, flexible, and customizable devices with unique form factors that are well-suited for applications in healthcare, wearable technology, and environmental sensing.
My talks will showcase case studies demonstrating the application of our biodegradable materials and flexible devices. These examples will highlight the potential of printed electronics to transform sectors such as personalized healthcare, bio-integrated wearables, and eco-friendly electronics, advancing both sustainability and human health in meaningful ways.
Co-Hosts:
The UK and Ireland Sensors Council is cooperating with the UK and Ireland AESS, EMBS, Electronic Packaging and Reliability Joint Chapters and Nano Council to organise this Distinguished Lecture on 25 November ’25.
Registration:
IEEE and non-IEEE Members are invited to Register and participate.
IEEE Members should include their IEEE Membership Number when registering.
Access to online Meeting
Registered participants will be provided with the link prior to the event.
