This project aims to host an exchange student to advance research on hydrogel-based sensors for wearable electronics and biomedical applications. The project will utilize Digital Light Processing (DLP) 3D printing technology to develop flexible, high-performance sensors for real-time monitoring and electronic integration.

Eligibility Requirements
• Currently enrolled in an undergraduate (3rd year or above) or graduate program in Materials Science, Chemical Engineering, Polymer Science, Chemistry or a closely related discipline.
• Foundational understanding of organic chemistry and polymer synthesis, with a strong interest in hydrogel-based technologies for wearable applications.
• Proficiency in English (reading, writing, and communication).

How to Apply:
• Submit a CV, a motivation letter, academic transcripts, and a short research proposal (optional) by March 31, 2026 for priority consideration.
• Selected candidates will be invited for an online interview.

Key Responsibilities:
• Participate in hands-on training for hydrogel synthesis, structural optimization, and DLP 3D printing techniques.
• Assist in designing and fabricating prototypes of hydrogel-based sensors for tactile, stress-strain, and motion detection.
• Conduct material optimization for flexibility, stretchability, conductivity, and biocompatibility.
• Support integration of sensors into wearable systems such as monitoring patches, tensile and strain sensors, haptic interfaces, and electronic skins (e-skin).
• Prepare a technical report or contribute to a manuscript summarizing research findings.

Expected Outcomes:
• Development of functional biobased hydrogel polymer formulations optimized for wearable sensor applications.
• Fabrication of prototypes of hydrogel-based sensors with enhanced flexibility, conductivity, and durability.
• A technical report or manuscript summarizing the project’s findings.
• Strengthened international collaboration, knowledge exchange, and cross-cultural academic experience.