(The following topics include but are not limited to)
Track 1: Flexible Electronics
Flexible conductive materials and electrode design
Stretchable electronic devices and integration technology
Flexible sensing principles and innovative structures
Flexible energy storage devices and self-powered systems
Biocompatible electronic materials development
Flexible display and low-power driving
Flexible electronic packaging and reliability
Printed electronics and large-scale manufacturing
Self-repair and degradable flexible electronics
Flexible electronics - wearable - medical system integration
Bioelectronic integration and therapeutic regulation
Adaptability to extreme environments in flexible electronics
Flexible electronic testing and standardization
Track 2: Wearable Devices
Smart fabrics and electronic textiles
Multimodal fusion of wearable sensors
Innovative flexible health monitoring devices
Energy management technology for wearable devices
Low-power chips and edge computing
Wearable human-computer interaction interface
Comfort and user experience of devices
Medical-grade wearable device certification
Wearable data security and privacy
Specialty industry wearable equipment
Integration of consumer electronics and fashion technology
Clinical verification methods for wearable devices
Track 3: Biomedical Engineering
Flexible electronics in in vivo health monitoring
Implantable and epidermal electronic devices
Smart prosthetics and rehabilitation robots
Neural interfaces and brain-computer interaction
Microfluidic chips and organ chips
Biological signal processing and disease early warning
Targeted drug delivery and intelligent diagnosis systems
Flexible perception technology for surgical robots
Cell manipulation and bioprocessing
Biomedical data fusion analysis
Interdisciplinary training model for biomedical engineering
Full-chain technology for personalized health management
Home-based intelligent monitoring and remote medical care ......