Engineering for research and practice.
Current research first, followed by earlier work in sensors, embedded systems, IoT, and software.
Current research
Current research on measurement-data analysis and AI-assisted learning support.
Multimodal Analysis of Small-UAV Condition Differences ↗
Research on visualizing condition differences and detecting anomalies using depth, sound, and airflow measurements.
Python / Streamlit / SQLiteRESEARCH PROTOTYPEJapanese AI Tutor for Introductory Programming ↗
A research MVP implementing question entry, mock responses, comprehension feedback, and anonymous logging in SQLite.
Earlier engineering projects
Earlier work across sensors, embedded systems, IoT, and software.
Remote Physics Experiment for Young’s Modulus Measurement ↗
A remote Young’s modulus experiment with Raspberry Pi data acquisition, visualization, and load control.
Pressure Sensor Array ↗
A sensor array for measuring local pressure gradients and changes, covering prototyping, packaging, production support, and data acquisition.
Compact Anemometer ↗
A compact anemometer for IoT data acquisition, including shape evaluation, PCB development, measurement validation, and production support.
Small-Scale IoT Platform ↗
A bottle-cap-scale IoT platform with charging, reprogramming, wireless communication, and expansion boards.
Smart Sail: Sensor-Based Sail Adjustment Support ↗
A system that measures boat tilt and wind direction to support sail adjustment, with sensing and smartphone visualization.
Soyokaze: Experimental System for Wind Perception ↗
An experimental system for studying wind perception across the body; my role was evaluating and selecting a microcontroller for multi-fan control.
Equipment Utilization Monitoring System ↗
A system for monitoring equipment utilization, including communication design, PCB development, and server development.