Web and Mobile Application

Cemetery Map Developer

This project focused on designing a mobile-friendly, low-cost cemetery management system for volunteer church board members, aimed at replacing traditional paper-and-Excel-based workflows. Existing plot management relied on tape measures, wooden stakes, and scattered records, making plot identification, navigation, and data updates time-consuming and error-prone. The solution introduces a centralized web application that enables users to search plots by number, access organized digital records, and manage cemetery data directly on-site through mobile devices. Built with simplicity and accessibility in mind, the system supports real-time data management and intuitive navigation without requiring technical expertise. The outcome is a practical and deployable digital platform that improves record accuracy, streamlines cemetery operations, and reduces dependence on manual processes.

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Athlete Wellbeing Application

The Athlete Wellbeing Application is a bilingual (English/French) web app developed for a soccer coach at CEPEO École secondaire publique in Ottawa. It addresses a communication gap where teenage athletes aged 14–19 were reluctant to voluntarily share wellness information affecting their training. Athletes complete a daily check-in in under 60 seconds, reporting sleep quality, fatigue, muscle soreness, mental stress, and mood through an intuitive interface featuring an interactive body map. Coaches access a structured dashboard displaying individual and team wellness trends, risk flags, and pattern alerts to support better-informed training decisions 

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NICC Infrastructure Module

A community‑scoped infrastructure management module within NICC that lets back‑office administrators and community partners view, add, and validate infrastructure assets for their own Indigenous communities.

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Move It, Calculate It: Revolutionizing Relocations with Jason's Smart Moving App!)
Jason’s Moving Company faced operational inefficiencies in job scheduling, employee task assignment, and customer communication, which impacted service delivery. This project aims to streamline these operations by developing an automated Workplace Management System. The system will automate job assignments based on employee availability, send real-time notifications to keep management, employees, and customers informed, and provide accurate cost estimates to avoid discrepancies. The platform also includes features like a real-time employee management system, automated job scheduling, and integration with cost estimation algorithms. The solution is designed to improve operational efficiency, increase employee productivity, and enhance customer satisfaction by reducing delays and errors. Through an intuitive user interface and improved communication systems, Jason’s Moving will be able to meet customer expectations more effectively. The system is also built for scalability, ensuring it can grow with the company as its operations expand. 

Ruh Dashboards (Client-Therapist-Management) 

The Ruh Care project focuses on developing an interactive data visualization dashboard to improve the management of mental health services. The platform aims to streamline client engagement, therapist performance tracking, and session metrics by automating data processing and providing actionable insights. The dashboard will allow Ruh Care to better manage client demographics, track therapist performance, and analyze session data in real-time, thereby improving overall operational efficiency. With a user-centered design approach, the project ensures that the platform is intuitive, accessible, and easy to navigate for all users, from therapists to administrators. The system will integrate robust data cleaning mechanisms to ensure data accuracy and reliability. Usability testing will be conducted throughout the development process to refine the platform, ensuring it meets the needs of therapists and clients. Ultimately, this dashboard will enhance decision-making, support operational efficiency, and improve patient care delivery. 

National Indigenous Climate Compass

The NICC project is designed to support Indigenous communities in addressing the impacts of climate change by bridging the gap between global climate models and traditional Indigenous knowledge. The project focuses on creating an online platform that allows Indigenous leaders to manage and share local data, such as species sightings, news, events, and climate-related information. It includes key features such as infrastructure management, event management, species tracking, and climate data visualization, all of which are critical for informed decision-making. The platform integrates global climate data with local, community-driven content, ensuring it is both technically robust and culturally respectful. The goal is to empower Indigenous communities to control and share their data, improving their resilience to climate change. This platform is built to be user-friendly, secure, and scalable, helping communities take proactive measures for climate adaptation and resilience in a way that reflects their values and traditions. 

The National Indigenous Climate Compass project

The National Indigenous Climate Compass (NICC) is an innovative digital platform developed in collaboration with Indigenous communities, researchers, and technical experts. Designed to address the urgent and evolving challenges of climate change, NICC empowers Indigenous leaders and community members across Canada with timely access to local climate data, interactive maps, and essential resources. Through a secure, user-friendly interface, NICC enables communities to visualize climate hazards, manage infrastructure information, and make informed decisions that strengthen climate resilience. Our project emphasizes ethical design, community partnership, and respect for Indigenous data sovereignty—ensuring that the platform truly serves the needs and priorities of its users.