Remote Physics Experiment System
A remote experiment system for Young's modulus measurement. I worked on sensor data acquisition, visualization with Raspberry Pi, and pseudo-load control using a Z-stage.
Development Works
Software and hardware solutions for education and research
These works are organized as examples of building systems for practical problems in education, research, experiments, and workflow improvement.
Drone Health Monitoring
A framework for detecting changes in drone hovering behavior under standardized conditions. My role focused on preprocessing data for analysis.
Pressure Sensor Array
A 5x5 pressure sensor array for measuring local pressure gradients. I worked on prototyping, packaging, production, upgrades, and data collection systems.
Compact Anemometer
A compact sensor prototype for environmental data acquisition. The work included hardware selection, board development, communication tests, and performance improvement.
Small-Scale IoT Platform
A rechargeable, programmable wireless IoT platform. I worked on the platform, PC communication, LED shield, and speaker shield development.
Equipment Utilization Monitoring
A monitoring system for equipment utilization and operational status. I worked on communication between a 3G module and a microcontroller, boards, and server development.
Smart Sail
A system that uses sensors to capture boat tilt and wind direction and support sailing decisions. I worked on tilt measurement, smartphone display, and web page development.
Soyokaze
An experimental device for investigating wind perception across body parts. I worked on microcontroller selection and validation for controlling multiple fans. It also connects to interactive educational demos and experiment support devices.