Rocket LMS: A Comprehensive Digital Learning Management System with Integrated Instructor Marketplace
Aditya Padhiyar, Sikarwar Shivam, Prapti Vasava, Vilas Ramesh Kachare
Department of Computer Science and Engineering, Parul Institute of Technology, Parul University, Gujarat, India
Keywords: Learning Management System, Online Education Platform, Instructor Marketplace, Laravel, MySQL, Location-Based Search, Package-based Monetization, User Feedback System.
Abstract
The landscape of education and professional skill development has undergone a paradigm shift. The era of solely relying on physical classrooms or static, pre-recorded course libraries is fading. Modern learners demand interactivity, flexibility, community engagement, and access to top-rated experts across the globe. Simultaneously, skilled professionals seek platforms to monetize their expertise, build their personal brand, and reach a global student base. This paper presents the design, implementation, and evaluation of "Rocket LMS," a comprehensive digital learning management system built with a specific focus on creating a vibrant, two-sided marketplace.
Rocket LMS is not merely a repository of video lectures; it is a dynamic ecosystem. Developed using HTML5, CSS3, Bootstrap for a responsive front-end, JavaScript for interactivity, and a robust back-end powered by PHP's Laravel framework with a MySQL database, the platform facilitates real-time live classes, community forums, a unique instructor discovery system, and a gamified reward mechanism. The core contributions of this research lie in the successful integration of several key features: a geolocation-based and filter-driven "Instructor Finder" that allows students to book local or remote experts; a freemium monetization model with tiered packages (Basic, Standard, Premium) for instructors to enhance their visibility; a comprehensive feedback and rating system to build trust and ensure quality; and a reward points engine to drive student engagement and retention.
Our findings, based on system testing and simulated user feedback, are highly promising. The platform demonstrated high performance under load, excellent usability across devices, and a strong potential for creating sustainable economic and educational value. Businesses (instructors) gain increased visibility and a direct revenue channel, while consumers (students) benefit from a trusted, efficient, and engaging learning environment. This study contributes to the growing body of knowledge on digital marketplace platforms and offers a practical, replicable blueprint for developing a next-generation, location-aware LMS.
