Smart Insole System

Overview
I designed and developed a smart insole system to perform real-time gait analysis. This wearable technology integrates custom flexible sensors, embedded electronics, and mobile software to capture and analyze walking patterns.

Highlights:

• PCB Design: Created compact, multi-layer boards for the data acquisition module.

• Flexible Sensor Design: Engineered and manufactured thin, conformable pressure sensor arrays.

• Real-Time Data Processing: Implemented algorithms for on-board signal processing and feature extraction.

• Android App Development: Built a user-friendly interface for displaying gait metrics and sensor data.

• Product Integration: Seamlessly combined hardware and software components into a functional prototype.

Learning Outcomes - Through this project, I gained hands-on experience in:

• PCB design and layout

• Flexible electronics design

• Embedded systems programming

• Wireless communication protocols

• Mobile app development

• Signal processing and data analysis

• Product design and integration

• Project management

Conclusion
With this project, I demonstrated my ability to conceptualize, design, and implement a complete wearable sensing system, from custom hardware to user-facing software. The resulting smart insole prototype showcases my skills in electronics design, embedded systems, mobile app development, and my capacity to manage complex technical projects.