A compact, battery-powered wireless tilt meter designed for geotechnical and structural monitoring. This device features high-resolution sensors, long-range RF communication, and ultra-low power operation—ideal for remote, long-term deployment in the field.
Provided subsystem-level engineering support for a high-power laser application, focusing on RF control elements, thermal considerations, and optical interface alignment. Work was performed in compliance with rigorous performance and safety requirements, in close collaboration with the client’s internal design team.
Developed an embedded AI platform capable of real-time vibration analysis and anomaly detection. This system combines MCU-accelerated inference, low-noise signal acquisition, and onboard pattern classification for predictive maintenance applications.
Engineered a fiber-optic sensing system for continuous monitoring of mechanical strain and potential leak events along pressurized pipelines. Optical fibers were integrated directly onto the pipe surfaces, acting as distributed strain sensors capable of detecting micro-movements and structural stress changes in real time. This solution offers EMI immunity, long-range data acquisition, and high reliability in harsh environments.
