Software Engineering
Software Engineering
Software Engineering projects focus on the design, development, and optimization of complex software systems. Students combine creativity with technical skills in areas such as web and mobile development, artificial intelligence, and cloud computing. Through iterative coding and comprehensive testing, these projects deliver innovative digital solutions that enhance scalability, user experience, and real-world efficiency.
CaloT SkillSwap is a hyper-local marketplace connecting residents for trusted skill exchanges. Addressing gaps in traditional platforms, it leverages AI-driven matching and robust identity verification. The system integrates a cross-platform architecture (Web & Mobile) with secure Stripe payments, enabling seamless and safe collaboration within local neighborhoods.
Doctors face mounting cognitive load, documentation overhead, and fragmented data, which slow clinical encounters and delay decisions. We built a clinician-in-the-loop decision support assistant that reduces time to safe, defensible decisions and documentation—while maintaining or improving diagnostic quality and physician confidence.
Indigenous communities across Canada are facing urgent challenges due to climate change, including rising sea levels, increased wildfires, and thawing permafrost, which threaten infrastructure, food security, and cultural heritage.
While data exists, there is a lack of accessible infrastructure designed to help these communities adapt to these new realities. We aim to use “relation-centric” theory to redesign the Community Detail Page and Map visualization to present climate, species, fire, and flood information in a clear, meaningful way for non-expert users. By enhancing the NICC online Knowledge Center, this project will empower Indigenous communities to visualize risks and plan adaptation strategies.
National Indigenous Climate Compass (NICC)-- Fire Map
An integrated web platform that combines wildfire visualization, community-specific climate and species trend charts, and role-based information management.
A machine learning system that turns messy HTML webpages into clean, structured event data faster, smarter, and more reliably than traditional web scraping.
National Indigenous Climate Compass (NICC) Prototype Optimization
This project focuses on enhancing the existing National Indigenous Climate Compass (NICC) web application to prepare it for real-world use in Indigenous communities. It builds on existing features such as community management, outreach coordination, and wildfire mapping, with the goal of improving performance, reliability, and usability. Through targeted optimizations, we aim to deliver a practical and scalable solution that effectively supports community needs.