PHD Portal
Naveen Meena
Backend Engineer
Frontend Engineer
Fullstack Engineer
ExpressJS
Next.js
Node.js
React
Visual Studio Code
To automate the task related to the Initial registration on PhD Portal by candidate who want to seek admission in Panjab University, scrutiny and approval by department, issue of registration letter, synopsis, fee payments, Thesis submission/evaluation etc. This involves PU Teaching departments/Institutes, R&S Branch, General Branch, Fee Checking Branch, Thesis Section.
Through this portal, the administration and the candidate can view all relevant information at one place. It aims to reduce the paperwork and process cases in timely and efficient manner along with facilitating both students and concerned officials.
The Spark ✨
Identifying Need: The client recognized a critical need to modernize academic processes, shifting from offline to online for efficiency.
Market Research: Extensive market research led to the decision to create a centralized PHD portal for students and professors, streamlining academic interactions.
Project Vision: The client's goal was to enhance accessibility, collaboration, and data management for both students and professors in the PHD program.
Selection of Independent Developer: The client chose an independent developer due to their specialized expertise, flexibility, and personalized attention, ensuring a tailored solution for the unique needs of the academic environment.
Agile Development Approach: The project employed an agile development approach, allowing for iterative improvements based on continuous feedback from users.
User-Centric Design: Prioritizing user experience, the independent developer focused on creating an intuitive interface for seamless navigation and efficient utilization of the portal.
Implementation of Robust Features: The portal addressed key functionalities such as document submission, progress tracking, communication tools, and resource sharing, meeting the diverse needs of students and professors.
Testing and Feedback: Rigorous testing and feedback loops ensured the portal's reliability, security, and user satisfaction.
Scalability: The architecture was designed to accommodate future growth, ensuring the portal's scalability as the PHD program expanded.
Successful Deployment: The independent developer successfully delivered the PHD portal, meeting and exceeding the client's expectations, and ushering in a new era of streamlined and efficient academic management.
The Stats 💯
