Starmass Canada is seeking a team of student developers to create the Civioniks Mobile Native App, a mobile companion to their infrastructure intelligence platform. The goal of this project is to enable asset owners and engineers to access real-time infrastructure health data on-the-go. The app will integrate with existing sensor data, utilize AI analytics, and provide predictive insights to facilitate informed decision-making. Students will apply their knowledge of mobile app development, user interface design, and data integration to create a functional and user-friendly application. The project will focus on developing core features such as data visualization, alert notifications, and user authentication. This project offers a practical opportunity to apply classroom learning to a real-world application, enhancing both technical and problem-solving skills.

Expected Project Outcomes & Deliverables

By the end of the project, the student team is expected to deliver the following:

1. Cross-Platform Native Mobile App

• Developed using React Native (preferred) or Flutter
• Compatible with Android and iOS
• Branded according to Civioniks design guidelines

2. Core Functional Modules

• User Authentication: Secure login system with role-based access (e.g., engineer, client, technician)
• Dashboard Interface: Display key infrastructure metrics (strain, vibration, tilt, pressure, temperature)
• Sensor Data Visualization: Line charts, gauges, or graphs based on real-time or historical data
• Push Notifications: Trigger alerts when thresholds are crossed or anomalies detected
• Offline Mode: Ability to input inspection notes when offline and auto-sync when reconnected
• Map View or Location Tagging (optional): To identify the sensor site or inspection zone

3. API Integration

• Connect to Civioniks backend APIs
• Ensure seamless real-time data sync with sensor backend (API documentation provided)
• Structured error handling and data fallback mechanisms

4. Wireframes & UX Design

• Design user-friendly, responsive mobile screens
• Iterate on existing Figma flows or propose improvements
• Present finalized wireframes as part of the project archive

5. Code Repository & Documentation

• Maintain clean and well-commented source code in GitHub or GitLab
• Include README with setup instructions
• Basic test cases and QA checklist
• Notes on deployment steps (optional: Firebase, Expo, or manual build)

6. Final Presentation & Demo

• Showcase working app and features in a recorded or live demo
• Summary of key achievements, challenges, and future work suggestions
• Q&A session with the Civioniks and Starmass team