CAUC605 Software Quality Assurance Practical Assignment 2 Sem-III 2025

CAUC605 Test scenario 1:

The mobile application for event management is a comprehensive digital tool tailored specifically for event organizers, enabling them to streamline the entire lifecycle of organizing events directly from their smartphones. Upon launching the app, organizers are prompted to securely log in through an authentication system that ensures data privacy and controlled access. Once authenticated, organizers can access a dynamic dashboard where they are empowered to create new events by entering essential details such as event title, date, time, venue, category, and a brief description. The app supports customization options like uploading banners and specifying participant limits, offering flexibility for both large-scale and small-scale events. After event creation, the organizer can easily manage participants by manually adding individual entries or bulk importing data via CSV files. Additional features such as QR code-based on-spot registration, participant categorization (guest, speaker, attendee), and real-time check-in tracking ensure smooth coordination and attendance management. Notifications and reminders can be scheduled to keep participants informed about event changes or deadlines. One of the most powerful features of the application is its report generation module, which allows organizers to generate comprehensive event summary reports including participant lists, attendance statistics, and engagement insights. These reports can be exported in formats like PDF or Excel and can include graphical representations such as charts for easy analysis. The app is further enhanced with intuitive navigation, push notifications, and optional integration with mapping tools for location-based services. By consolidating all essential event management tasks into a single mobile platform, the app significantly reduces administrative burden, enhances event execution efficiency, and provides valuable post-event analytics for future planning.

 CAUC605 Test scenario 2:

The Smart Thermostat System is an intelligent, connected solution designed to automate indoor temperature regulation based on user behaviour, environmental data, and real-time conditions. This project focuses on developing a thermostat that not only monitors temperature but also adapts to user preferences using machine learning algorithms, thereby optimizing energy consumption and enhancing user comfort. The system integrates temperature, humidity, and motion sensors to collect real-time data, which is then processed by an embedded controller (such as ESP32 or Arduino) to make intelligent decisions regarding heating or cooling operations. A central feature of the smart thermostat is its ability to learn from user input—such as preferred temperature settings at different times of the day—and build a predictive model that adjusts settings automatically. Users interact with the system through a mobile application that allows them to monitor current room conditions, manually override settings, create schedules, and view historical data in the form of energy reports and usage charts. The application is developed using cross-platform frameworks like Flutter and communicates with the backend over secure APIs, utilizing cloud services for data storage and remote access. To ensure convenience and accessibility, the system also supports integration with voice assistants like Amazon Alexa or Google Assistant. By combining IoT technology, AI-based automation, and user-centric design, the Smart Thermostat System significantly reduces energy consumption, promotes eco-friendly living, and adds convenience to modern homes and offices. This project aims to bridge the gap between manual climate control and fully automated smart home solutions, making it ideal for residential users, property managers, and environmentally conscious consumers.

 CAUC605 Test scenario 3:

The Library Management System as a Mobile Application is a digital platform designed to streamline and simplify library operations by enabling librarians, students, and faculty members to manage, access, and interact with library resources directly from their smartphones. This mobile-based system provides an intuitive interface for managing books, issuing and returning transactions, tracking due dates, and maintaining borrower records in real-time. Librarians can log in securely to add new books to the inventory, categorize them by subject, author, or publication, and update the availability status as they are issued or returned. Users, such as students and faculty, can browse the digital catalog, search for specific books using filters and keywords, reserve or request books, and receive notifications about issued book status, due dates, overdue fines, or new arrivals. The app also supports barcode or QR code scanning for fast book check-ins and check-outs, reducing manual workload and errors. An integrated backend database stores all transaction histories and book metadata, while the mobile frontend provides dashboards and analytics to monitor usage trends, popular books, and member activities. The system may include role-based access control, where administrators manage settings and policies, while users have limited access based on their roles. With cloud integration, users can access their account and records anytime, and the app can synchronize data across multiple library branches if needed. By digitizing traditional library workflows, this mobile application enhances operational efficiency, reduces paper-based processes, promotes reading culture, and provides a modern, accessible way to manage library resources in educational institutions or public libraries.

Do as directed for above-mentioned systems.

1. Identify functional and non-functional test cases
2. Mention level of testing
3. Prepare checklist in following format.