Space, Medicine, Emulsion
Project Overview
University
Year
About
Space experiments often depend on costly, highly specialised control hardware, limiting access for smaller research teams and emerging space programmes. TIGERS-X provides a modular “central brain” for operating compact scientific payloads, using an architecture successfully deployed on the International Space Station. Its electronics, fluid containment and remote monitoring can support biological research in orbit. The same design principles are being applied to an affordable machine for preparing intravenous nutrition, extending the technology into healthcare while lowering barriers to future space research.
Team
Thakdanai Sirisombat
My work connects robotics, automation, space systems, neuroscience, and AI through a shared way of thinking about complex systems. With an engineering background in sensing, signal processing, estimation, and control, I now apply similar approaches to neural and physiological systems. I am currently pursuing a master's degree in Medical Sciences (Neuroscience) at Chulalongkorn University, working with BeACON Lab and ISHA Lab. My interests include biosignal processing, human behavior and performance, computational neuroscience, and AI-driven analysis, with a focus on turning measurable signals into models that help us better understand how complex biological systems work.