Our Innovative Projects
Baymax: AI-Enhanced Patient Intake
Developed by innovators at Harold M. Brathwaite S.S., Baymax is an AI-powered proof-of-concept designed to streamline patient intake using conversational AI.
It gently guides patients through providing essential medical history and symptom details, organizing the information efficiently for healthcare professionals, aiming to reduce administrative burden and improve initial assessment accuracy.
Key Aspects:
- Natural language processing for intuitive interaction.
- Structured data output for easy integration.
- Focus on user privacy and ease of use.
- Potential to reduce wait times and improve data quality.
AquaSense Community Monitor
A network of affordable, connected sensors designed to provide real-time water quality data for local rivers and lakes.
This project empowers communities with accessible information about their water sources, enabling faster responses to pollution events and promoting environmental awareness through open data.
Key Aspects:
- Utilizes low-cost IoT hardware (e.g., ESP32, Raspberry Pi).
- Measures key indicators like pH, turbidity, and temperature.
- Data accessible via a simple web dashboard or alerts.
- Designed for easy deployment and maintenance by community groups.
SkillSwap Connect Platform
A hyper-local mobile platform designed to connect youth within the Brampton community to exchange skills and services without monetary transactions.
It aims to empower young people by validating their diverse talents, fostering community connections, and providing access to services and learning opportunities through a modern bartering system.
Key Aspects:
- User profiles showcasing offered and requested skills.
- Secure internal messaging system for arranging swaps.
- Reputation system based on completed exchanges.
- Focus on accessibility and ease of use for young people.
SolarSteps Pathway Lighting
Developing efficient and durable solar-powered LED lighting solutions specifically designed for community pathways, parks, and school grounds.
This initiative focuses on improving safety and accessibility in public spaces while promoting renewable energy adoption and reducing reliance on grid power for outdoor lighting.
Key Aspects:
- High-efficiency solar panels and LED components.
- Motion sensor integration for energy conservation.
- Weather-resistant and vandal-resistant design.
- Analysis of cost-effectiveness compared to traditional lighting.
Urban Harvest Hub
Designing and prototyping a compact, modular vertical farming system suitable for use in urban homes, schools, or community centers.
This project aims to increase access to fresh, locally grown produce, reduce food miles, and provide an educational tool for teaching sustainable agriculture practices in urban environments.
Key Aspects:
- Utilizes hydroponic or aeroponic techniques.
- Scalable design to fit different spaces.
- Integrated sensors for monitoring nutrients and light (optional).
- Focus on ease of use and low maintenance.