Biology

During my university years, I began my studies at the Marine University's Marine Engineering department. During this time, I had the opportunity to intern at sea for six months. However, after this internship experience, I realized that I did not have a passion for this profession. Although I hadn't studied computer science during my undergraduate years, my enthusiasm for the field propelled me to pivot and delve into the realm of computer science.

Consequently, I continued my education at Central University's Department of Information Engineering. There, I not only focused on courses related to computer science but also engaged in research on VR in medicine. After graduating, I joined a company specializing in wearable device algorithms, working on algorithm validation and system architecture design.

Throughout my professional career, I successfully participated in an algorithm validation project. As part of this project, I optimized the workflow, redesigned and refactored the testing framework, and collaborated with the RD team on CI/CD integration. Additionally, I was responsible for developing apps for competitive smartwatches, successfully porting our product modules to Garmin and Fitbit watches. These experiences made me deeply appreciate the importance of teamwork. I believe effective communication is the key to success, and I'm always eager to present and discuss innovative ideas.

Beyond my professional skills, I place a high value on personal growth and learning. For instance, I have taken courses on software design and patterns at the Water Polo Software Institute and am currently pursuing further studies. I am a diligent worker and get along well with others. When faced with challenges, I always maintain a positive attitude and strive to find the best solutions.

Thesis

Cardiorespiratory Synchrony Training System with Virtual Reality for Drug Cravings 

Drug abuse is getting worse these years especially in young people. Cardiorespiratory synchronization training (CRST) is as known as HRV-BF, clinically used for reducing stress and balancing the autonomic nervous system. Following by our previous work, after inducing the drug cravings, we develop the following CRST VR systemto  help the addicts have methamphetamine use disorder (MUD) to reduce their cravings. In this system, we hope to find out that there’s different progress between those who have been trained by our system and those who have not.