Hirelink: A Web Based Campus Recruitment Platform

Abstract

In most academic institutions, campus recruitment processes are handled manually, involving repetitive tasks, paperwork, and miscommunication between students, recruiters, and Training and Placement Officers (TPOs)[1], [7]. These inefficiencies often lead to data loss, delays, and a lack of transparency. This paper proposes HireLink – a web based campus recruitment platform, a digital solution designed to automate and streamline the placement process. HireLink offers modules for student registration, job posting, drive management, resume generation, and analytics dashboards, as well as an alumni portal for mentorship and networking. Developed using React.js, Django, and MySQL, the platform ensures scalability, security, and responsiveness. By reducing manual work and enhancing coordination, HireLink is expected to improve efficiency, transparency, and data driven decision making in campus recruitment, laying the foundation for a modernized and centralized placement ecosystem[5].

Introduction

HireLink is a web-based campus recruitment platform designed to replace inefficient manual recruitment processes with a centralized digital system. Traditional campus placements often rely on spreadsheets, emails, and paperwork, leading to delays, miscommunication, and poor coordination. Existing digital tools also lack full integration, especially for features like ATS-based shortlisting, round-wise tracking, analytics, and alumni networking.

HireLink addresses these issues by integrating students, recruiters, and placement officers into a unified platform. Students can register, build profiles, upload resumes, apply for jobs, track application status, and connect with alumni. Recruiters can post jobs, define eligibility criteria, view applications, use ATS scores for shortlisting, and manage interview rounds. Admins or placement officers oversee the entire system, manage users, monitor analytics, and coordinate recruitment activities.

The system follows a 3-tier architecture consisting of a presentation layer (user dashboards), an application layer (business logic like authentication, ATS scoring, notifications, and analytics), and a data layer (secure storage using MySQL). This ensures smooth data flow, security, and scalability.

Results show that HireLink improves recruitment efficiency by automating workflows, enabling objective candidate shortlisting through ATS, maintaining data integrity, and improving transparency through real-time dashboards. Overall, it streamlines campus placements and supports faster, more organized, and data-driven hiring decisions.

Conclusion

HireLink provides a robust, web-based solution for modernizing the campus recruitment ecosystem. By utilizing a 3-tier architecture—consisting of a React.js frontend, a Django backend, and a MySQL database—the system ensures high performance, security, and scalability. The project successfully automates critical placement activities, including student registration, job management, and round-wise selection tracking. Unlike traditional manual methods that rely on paperwork and spreadsheets, this centralized platform offers data-driven insights through analytics dashboards and supports professional networking via an alumni portal. Ultimately, HireLink creates a more efficient, transparent, and coordinated environment for students, recruiters, and educational institutions.

References

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Copyright

Copyright © 2026 Prof. Nayana Thombare, Saurabh Bhosale, Tanmay Dahivalikar, Bhageshree Giri, Omkar Ingale. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.