Development of an Automated Testing Framework and Web Platform for a Career Guidance Application

The client faces difficulties in ensuring comprehensive testing and deployment of a mobile career guidance app, along with the need for scalable web and administrative portals. They require a reliable, automated testing process to achieve full test coverage, optimize app size and performance, and streamline development cycles. In addition, they seek a seamless web interface that mirrors mobile functionality and an administrative portal for managing user data and access rights across multiple stakeholder levels.

A large educational research institution seeking to enhance student career guidance through digital solutions, including mobile and web applications, with integrated administrative portals.

• Achieve 100% automated test coverage for all app modules, including functional, non-functional, and GUI testing.
• Reduce mobile app size by at least 50% to optimize performance and storage.
• Double the speed of test execution and release cycles through automation and continuous integration practices.
• Develop a web platform that replicates core mobile app functionalities with an intuitive UI.
• Create a hierarchical administrative portal enabling role-based access for district admins, school admins, counselors, and teachers.
• Implement a CI/CD pipeline to shorten development iterations and enhance code stability.
• Ensure transparent and predictable project processes with real-time monitoring and reporting tools.

• Automated testing of mobile app modules on real devices with CI integration, including regression, functional, GUI, and cross-browser testing.
• Development of a mobile app with modules for user registration, profile management, career surveys and quizzes, personalized recommendations, and detailed profession descriptions.
• Web application interface built in Angular, replicating mobile features for broader accessibility in educational settings.
• Administrative portal with editable user profiles, school and district management, contact pages, and permission controls based on user roles.
• Role-based hierarchy for data security and access restrictions, allowing only authorized users to view or modify specific data sets.
• Integration of automated issue detection and performance analytics tools to monitor code quality and app performance.

• Device farms for testing on real mobile devices
• Publicly available educational curricula databases for aligning career pathways
• Authentication and role management systems for access control
• Analytics platforms for app performance monitoring

• Achieve 100% automation coverage of testing processes
• Optimize mobile app size to reduce storage requirements by at least 50%
• Reduce testing and release cycle times by 50% through automation
• Ensure system scalability to support increasing user base and data volume
• Maintain high security standards for user data and role management
• Guarantee high system availability and performance under load

Implementation of an automated testing framework, coupled with web and administrative portals, is expected to significantly accelerate development and deployment cycles—doubling release speed—and enhance platform stability and scalability. The project aims to achieve fully automated testing coverage, reduce app size by half, and shorten test execution time by 50%, resulting in more reliable, user-friendly solutions that support widespread adoption in educational institutions.