15+ years building and shipping software at scale: from mobile architecture at Agoda and SCB to data pipelines, LLM systems, and cloud infrastructure. Deep iOS roots, but equally comfortable across the full stack.
PhD candidate at Asian Institute of Technology, researching human agency in AI systems. ACM CHI work on attentional limits in AR and cognitive overload in human–AI negotiation, driven by one belief: AI should augment human judgment, not replace it.
Addresses cognitive overload in multi-issue human–AI negotiation by introducing a Bayesian visualization framework that helps users converge on agreements — bridging HCI, decision theory, and AI transparency.
Investigated how physical mobility affects attentional tunneling in handheld augmented reality. A 2×3 study comparing stationary vs. walking postures showed walking significantly amplifies the tunneling effect — with implications for safer AR interface design.
Investigates carry-over effects when users transition between high and low fidelity VR environments. Using H-L-H and L-H-L fidelity conditions, the study reveals that carry-over effects significantly impact performance and motion sickness levels — with implications for VR training simulation and user experience design.
Examining how humans perform under cognitive pressure in technology-mediated environments — from attentional tunneling in AR to decision overload in human–AI negotiation. Grounded in empirical HCI methods with a focus on designing systems that respect human limits.
When I'm not writing code or reading papers, I'm out shooting the world around me — Urban streets, mountain light, quiet moments.
Open to research collaborations, speaking opportunities, consulting, and interesting conversations at the intersection of AI and software engineering.