How to get started with hybrid printed electronics

Printed electronics is an emerging field that promises to revolutionize various industries with its potential for creating flexible, lightweight, and cost-effective electronic devices. However, despite its significant advantages, many researchers and developers encounter substantial hurdles when trying to get started in this domain. These challenges include limited access to specialized materials and equipment, a steep learning curve associated with understanding the intricate fabrication processes, and the need for interdisciplinary knowledge spanning electronics, materials science, and engineering. To address these barriers, it is vital to develop deep knowledge, foster collaborative initiatives, and streamline access to essential tools and materials.

Hybrid printed electronics, which combine traditional silicon-based components with printed electronic elements, present a compelling pathway to enhance device functionality, form factor and performance. By daring to explore hybrid approaches, developers can leverage the strengths of both conventional and printed electronics to create innovative solutions.

We will discuss how to reduce the hurdles and get started with printed electronics and hybrid electronics. By encouraging experiments with hybrid designs and collaborative networks that bridge gaps between different areas of expertise, as well as with improved access to materials and equipment, we can together create new innovations.