This repository documents my transformative experience with the TI WISH (Texas Instruments Women in Science and Engineering) program, which provided invaluable insights into product development and engineering innovation.
The TI WISH program served as an exceptional platform for professional and technical growth. Through hands-on workshops, mentorship opportunities, and collaborative projects, I gained deep insights into:
- Product Design Methodology: Understanding user-centered design principles
- Technical Problem-Solving: Developing systematic approaches to complex challenges
- Engineering Innovation: Learning to think creatively about technology solutions
- Professional Development: Building confidence and technical communication skills
Modern life presents countless distractions that impact productivity and focus. Our team identified the need for a wearable solution to detect and mitigate distraction patterns.
We developed a comprehensive distraction detection system using multiple sensor technologies:
- Physiological Monitoring: Heart rate variability and stress indicators
- Environmental Sensors: Ambient noise and light level detection
- Behavioral Analysis: Movement and posture tracking
- Smart Notifications: Personalized alerts and focus recommendations
- Real-time distraction pattern recognition
- Multi-sensor data fusion for accurate detection
- User-friendly interface with actionable insights
- Customizable sensitivity settings
- Long-term trend analysis and reporting
The attached presentation contains detailed information about:
- System architecture and component selection
- Sensor integration and calibration processes
- Data processing algorithms and machine learning models
- End-to-end deployment strategy and user experience design
Note: This project represents the culmination of technical learning and practical application gained through the TI WISH program. The complete technical documentation and deployment guide are available in the attached presentation.