Requirements engineering plays an important role in ensuring the successful project management, but traditional methods often face problem with handling large volumes of stakeholder feedback, which leads to inefficiencies and increased risk of human failure. While tools such as Jama Connect, IBM DOORS NEXT, and JIRA provide basic requirements which can track and collaborate the capabilities, they depend heavily on manual processes for feedback and lack AI feedback analysis and real-time conflict detection capabilities.

To address these gaps, this paper presents an AI – powered collaborative platform designed to automate feedback analysis and enhance stakeholder collaboration.

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As part of our Project Management Course, we developed a comprehensive project report for an Integrated Point-of-Sale (POS) System, leveraging industry-standard tools and methodologies to simulate real-world challenges.

Highlights of Our Work:

🔧 Tools & Technologies: JIRA: For sprint planning, tracking progress, and managing deliverables. Slack & Microsoft Teams: Facilitated seamless team communication and collaboration.

Gantt Charts: Visualized project schedules and dependencies for efficient planning.

📋 Project Scope: Focused on developing a POS system to streamline transactions, synchronize real-time inventory across warehouses, and deliver advanced reporting tools for HQ decision-making.

📆 Schedule & Methodology: Implemented Agile-SCRUM methodology with bi-weekly sprints to ensure iterative development and adaptability. Created a detailed 6-month project timeline, including milestones for design, development, testing, and deployment.

💡 Comprehensive Management: Detailed resource allocation and RACI matrix for role clarity. Developed a robust risk management strategy, including risk breakdown and response plans.

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Li-Fi is also called as light-delity. It is rst introduced in Ted Global Talk by Prof. Harald Haas(University of Edinburgh). It is great alternative for today’s technology Wi-Fi. It has so many benets compared to Wi-Fi.

Li-Fi uses Visible Light rays(VLC) for communication. It uses light sources such as Light bulb, street light, tube light etc. It can also work with dierent color of lights for ex: ultraviolet rays, dierent frequency color etc.

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