Welcome to our group where we are developing new materials, processes and devices to enable electronics that is flexible, biocompatible and biodegradable. Through our research we are addressing challenges in healthcare, wearables, soft robotics and biotechnology. Our research is highly multidisciplinary spanning from material science, electronics engineering, manufacturing, biology to nanotechnology.
At the heart of our innovation lies a commitment to sustainability. We champion the use of eco-friendly materials that minimize environmental impact while maximizing performance. Our research is at the forefront of integrating sustainable materials into cutting-edge electronics. By exploring biodegradable polymers, recycled metals, and organic semiconductors, we aim to revolutionize the industry with eco-friendly alternatives. Our goal is to create high-performance, durable electronics that reduce environmental impact and promote a circular economy.
Our cutting-edge research focuses on eco-friendly and digital printing techniques to revolutionize electronics manufacturing. By utilizing sustainable inks and substrates, we are able to reduce waste and energy consumption, creating greener production processes. Digital printing allows for precise, flexible, and scalable electronics fabrication, making it possible to develop innovative products with a smaller environmental footprint.
Our pioneering research in next-generation bioelectronics is unlocking new possibilities at the intersection of biology and technology. We develop innovative devices that harness biological processes to power, monitor, and interact with electronic systems. From wearable health monitors to eco-friendly energy solutions, our bioelectronics are designed to seamlessly integrate with natural systems, creating smarter, more sustainable technologies
By integrating advanced electronics with comfortable, flexible fabrics, we're creating smart clothing that can monitor health, enhance communication, improve everyday life and treat medical issues (like muscle atrophy). These innovations in e-textiles are not only functional but also eco-friendly, paving the way for sustainable, high-tech apparel.
