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Interactive Virtual Facility Tour and Experience Platform for Educational Institutions
  1. case
  2. Interactive Virtual Facility Tour and Experience Platform for Educational Institutions

Interactive Virtual Facility Tour and Experience Platform for Educational Institutions

saritasa.com
Education

Challenges Faced in Student Engagement and Facility Showcasing

The institution aims to stand out in a competitive educational landscape by effectively showcasing its state-of-the-art facilities and programs. Traditional methods such as physical tours and promotional campaigns often lack engagement and scalability, limiting the institution's ability to attract potential students and partners. There is a need for an immersive, interactive solution to present facilities realistically and enhance outreach efforts within constrained budgets.

About the Client

A mid to large-sized educational organization that offers technical and career programs, seeking innovative ways to showcase its facilities and programs to prospective students.

Goals for Developing an Interactive Virtual Experience System

  • Create a realistic virtual tour of the institution's facilities to attract prospective students.
  • Develop an interactive experience that allows users to engage with key features of the facilities, such as participating in simulated activities.
  • Enhance remote engagement capabilities for outreach events like college fairs and school visits.
  • Implement a solution that is cost-effective, scalable, and based on accessible technologies to maximize impact within budget constraints.
  • Provide a platform that can be updated and expanded with new features or facilities over time.

Core Functionalities of the Virtual Facility Experience Platform

  • 3D recreated models of the facility based on architectural blueprints, diagrams, and videos to ensure realism.
  • Guided virtual tours through the facilities with user-controlled navigation.
  • Interactive modules allowing users to practice or simulate specific activities relevant to the programs offered (e.g., culinary techniques, technical procedures).
  • Integration of multimedia content (images, videos, audio) to enrich the tour experience.
  • Responsive design for accessibility across devices, including VR headsets, desktops, and tablets.
  • Tracking and analytics capabilities to measure user engagement and interaction levels.

Preferred Technologies and Architectural Approaches for Development

3D rendering and modeling tools for creating detailed virtual environments.
Web-based or VR-compatible platforms for immersive experiences.
Cloud hosting solutions for scalability and accessibility.
Interactive frameworks and APIs for implementing activity modules.

Necessary External System Integrations

  • Learning management systems (LMS) for user authentication and tracking.
  • Analytics platforms to monitor engagement metrics.
  • Content management systems for easy updating of facility details and activities.

Key Non-Functional Requirements and Performance Metrics

  • Scalability to support increasing user base without performance degradation.
  • High fidelity rendering to ensure visual realism and user immersion.
  • Security standards to protect user data and system integrity.
  • Performance metrics: load times under 3 seconds; seamless interactions with minimal latency.

Projected Business Benefits and Engagement Outcomes

The implementation of an immersive virtual tour platform aims to increase prospective student engagement by providing a compelling and accessible showcase of facilities. Expected outcomes include improved outreach effectiveness, higher application rates, and a stronger institutional reputation. Based on similar initiatives, an estimated increase in prospective student inquiries and campus visit conversions by 20-30% could be achieved, along with enhanced engagement analytics to inform future marketing strategies.

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