
Worked on the TSIW-PROAE/proae_frontend repository to deliver a role-based authentication middleware that distinguishes between student and staff access paths. The approach involved refactoring and relocating authentication logic, removing legacy mixed middleware, and introducing dedicated role-specific handlers using React, TypeScript, and the Context API. Enhanced the admin redirection flow by implementing an explicit role check, ensuring only unapproved admins are routed to the waiting screen, which reduces cross-role access risks and streamlines onboarding for staff. This work established a clean separation of concerns and laid the foundation for scalable, secure role-based access controls within the frontend application.
Month 2025-10: Delivered role-based authentication middleware for student and proae paths in TSIW-PROAE/proae_frontend, including refactor/relocation of authentication logic and introduction of role-specific handlers. Refined admin redirection flow to ensure only unapproved admins are redirected to the waiting screen, with an explicit role check before redirect. This work reduces cross-role access risks, simplifies future scalability, and improves on-boarding experience for staff. Notable commits demonstrate a clean separation of concerns and progressive enhancements across the authentication pipeline.
Month 2025-10: Delivered role-based authentication middleware for student and proae paths in TSIW-PROAE/proae_frontend, including refactor/relocation of authentication logic and introduction of role-specific handlers. Refined admin redirection flow to ensure only unapproved admins are redirected to the waiting screen, with an explicit role check before redirect. This work reduces cross-role access risks, simplifies future scalability, and improves on-boarding experience for staff. Notable commits demonstrate a clean separation of concerns and progressive enhancements across the authentication pipeline.

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