This study introduces a design paradigm centered on augmenting rhythms, augmenting synchronization with the body for improved mental health and abilities, promoting a healthier lifestyle. Employing the biofeedback loop design, I enhance personal interactions with intelligent artifacts, utilizing physiological sensing (heart rate, skin conductance, respiratory rate, muscle activities, etc.) to design visual, audio, and haptic feedback. This research emphasizes application scenarios like stress relief and human skill training during musical activities. Consider pursuing a career in Human-Computer Interaction, specializing in physiological or affective computing, to innovate and apply biofeedback technologies for enhanced well-being, mental health, and performance across domains like UX design, health-tech product management, clinical applications, entrepreneurship, or education.

I am researching to develop smart manipulatives for kids learning , especially the concepts that are difficult to grasp. Since I design manipulatives based on the researched framework so they can be easily incorporated with in the curriculum of public and private school, so one direction could be to open up a start-up business.

My research focuses on exploring the intersection of technology and textile innovation. with revolves around innovation of fabric using the hacking practice approach. I aim to unlock new dimensions in fabric manipulation, pushing the boundaries of what’s possible, and with aim to become a lecturer and also researcher related to the topic in the future. Currently doing a research exploring potential of textile traditional technique with advanced technology.