Transient Electronics in Sustainable ICT for Digital Agriculture

数字农业与可持续电子技术相结合，在应对紧迫的全球挑战、推进联合国可持续发展目标方面具有巨大潜力。在这个项目中，学生将探索日常材料和天然可生物降解聚合物的整合，以设计传感器组件（基板，封装，导电轨道，电子层），这些组件可以很容易地转化为堆肥。此外，他们将创造一种可降解和可堆肥的多感官贴片，能够测量pH值、温度和生物阻抗。最后，他们将严格测试和评估在数字农业背景下开发的传感器和电子设备的性能。

Digital agriculture, coupled with sustainable electronics, holds immense potential to address pressing global challenges while advancing the UN's Sustainable Development Goals. In this project, the student will explore the integration of everyday materials and natural biodegradable polymers to design sensor components (substrates, encapsulation, conductive tracks, electronic layers) that can be easily converted into compost. Furthermore, they will create a degradable and compostable multisensory patch capable of measuring pH, temperature, and bioimpedance. Finally, they will rigorously test and assess the performance of the developed sensors and electronics within the digital agriculture context.