I am Ph.D. candidate in Electrical Engineering and Computer Science at University of California Merced. I work in Pervasive Autonomous Networked Systems Lab advised by Professor Shijia Pan. My research interest broadly lies in the area of Smart Health, Mobile and Wearable Systems and Ubiquitous Computing. I am working extensively on multi modal systems and sensing signal enhancement through different augmentations.
Oct 2026 Our paper titled "OriFeel: Origami-Inspired Tactile Feedback via Surface Folding" received best paper award at Multiple Input Modalities and Sensations for VR/AR Interactions (MIMSVAI 2026)(colocated with UbiComp / ISWC 2026).
March 2026 Our paper titled "A survey of foundation models for IoT: taxonomy and criteria-based analysis" got accepted for CCF Transactions on Pervasive Computing and Interaction.
May 2025 Our paper titled "Self-Adaptive Structure Enabled Energy-Efficient PM2.5 Sensing" got accepted in ENSSys 2025 Workshop, and "Mitigating Sensor Data Bias from User Operational Variability via Causal Intervention" got accepted in HumanSys 2025(colocated with SenSys/ CPS-IoT week 2025).
May 2025 Our paper "GEM: Gear-based Environment-Integrated Mobility for Adaptive Indoor Human Sensing" is now available on arXiv.
March 2025 I been selected among top 10, UC Merced Grad Slam finalist.
March 2025 Our muscle heath assessment project PosTrue is received UC Merced ORED Proof of Concept award.
November 2024 Our research project PosTrue is selected for national NSF I-Corps Fall 2024 cohort.
November 2024 I presented my work “Don’t Crosstalk to Me: Origami Structure-Augmented Sensing for Scalable Surface Pressure Monitoring” at ACM SenSys 2024 Hangzhou, China.
October 2024 I received ACM BuildSys 2024 travel grant.
September 2024 Our paper “Don’t Crosstalk to Me: Origami Structure-Augmented Sensing for Scalable Surface Pressure Monitoring” got accepted at ACM SenSys 2024.
Feburary 2024 I received CITRIS Health Innovation Intensive Workshop Scholarship ($6,000), thank you CITRIS!