- Location
- Toronto, Ontario, Canada
- Bio
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James Rhule is the founder and Chief Idea Officer of Project: Human City. He studied Urban and Regional Planning at Ryerson University. Wanting to make a greater impact for the underrepresented public, he designed an organization to meet the needs of all people living together, rather than following traditional means. James has worked for the City of Toronto for ten years. His professional interests include particle physics, algorithms and human interactions. When not designing impact initiatives for Project: Human City, James enjoys reading, writing, cooking and spending time with his three young nephews.
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Toronto, Ontario, Canada
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- Mobile app development Information technology Artificial intelligence Databases Hardware
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Recent projects
Mobile App IT Help Desk System Development
Project: Human City is seeking to enhance user experience across its three mobile applications by developing a comprehensive IT help desk system. The primary goal is to streamline the process of filing, ticketing, and resolving user complaints, ensuring efficient communication and feedback to users. This project will allow learners to apply their knowledge of IT systems, user interface design, and customer service processes. The help desk system should be intuitive, user-friendly, and capable of handling a variety of user issues. By implementing this system, Project: Human City aims to improve user satisfaction and app reliability, ultimately contributing to the overall success of its mobile platforms.
Smart Relocation Strategy for Urban Growth
The project aims to develop a strategic plan for cities that incentivize new residents to relocate using Project: Human City's suite of apps—SpotStitch, CoQuest, Lotus Learning, and CityLayer. These apps are designed to enhance community and capacity building. The goal is to create a comprehensive relocation plan that leverages these digital tools to attract and integrate new residents effectively. The project will involve analyzing the functionalities of each app and determining how they can be utilized to support city growth and community engagement. The team will focus on creating a cohesive strategy that aligns with urban development goals and enhances the quality of life for new settlers. - Analyze the functionalities of SpotStitch, CoQuest, Lotus Learning, and CityLayer. - Develop a strategic plan for using these apps to attract new residents. - Align the relocation strategy with urban development and community engagement goals.
Community Engagement Mechanisms Design for Mobile Apps
Project: Human City is seeking innovative strategies to enhance community engagement within its suite of mobile applications: Co-Quest, Lotus Learning, and SpotStitch. The goal is to design effective community-building mechanisms that foster interaction, collaboration, and a sense of belonging among users. This project provides an opportunity for learners to apply their knowledge of community planning and digital engagement strategies to real-world applications. The focus will be on creating user-friendly features that encourage participation and facilitate meaningful connections. The project will involve analyzing current app functionalities, researching best practices in community engagement, and proposing enhancements that align with the apps' objectives. The outcome should be a cohesive plan that integrates seamlessly with the existing app infrastructure, enhancing user experience and community interaction.
Cloud Performance Optimization for SpotStitch
Project: Human City is seeking a team of learners to enhance the cloud performance of its mobile app, SpotStitch. SpotStitch is a popular app that allows users to seamlessly stitch together multimedia content, but recent user feedback indicates performance issues during peak usage times. The goal of this project is to analyze the current cloud infrastructure, identify bottlenecks, and implement optimizations to improve app responsiveness and reliability. Learners will apply their knowledge of cloud computing, performance metrics, and optimization techniques to address these challenges. The project will involve tasks such as evaluating current cloud resource allocation, testing different configurations, and proposing solutions to enhance performance. This project provides an excellent opportunity for learners to apply theoretical knowledge in a practical setting, focusing on real-world cloud performance issues.