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How to Use Augmented Reality for Interactive Campus Tours

Augmented reality (AR) is changing the game when it comes to student recruitment and campus tours. By leveraging AR technology, colleges and universities can offer immersive, interactive virtual tours that showcase their facilities and campus life like never before. Implementing AR tours can attract technologically-savvy students, enable tours despite distance barriers, and integrate with online school management software platforms.

Benefits of Using Augmented Reality for Campus Tours

Here are some of the main benefits of using AR for college campus tours:

  • Interactive and immersive experience – Students can actively explore campus hotspots, interior spaces, and info on facilities or student life. This creates excitement and deeper engagement.
  • Accessibility – Students anywhere can take the interactive tour without traveling, overcoming geographical barriers to recruitment.
  • Integration with school software – The AR experience can integrate with existing online school management software, profile portals, or admin platforms to enable unified access.
  • Cost-effective – Developing AR tours is far more affordable than relying solely on in-person recruitment events and tours. The tours can also be updated easily.
  • Data collection – Usage analytics from the AR tours provide insightful data on prospective student interests, content interaction, and conversion rates.

Key Steps to Implement an Augmented Reality Campus Tour

If you want to add an AR component to your university’s campus tours, follow these key steps:

1. Map out tour hotspots and locations

Determine the key campus buildings, facilities, outdoor hotspots, and other locations to feature on the tour. Prioritize those most attractive to prospective students based on surveys or past feedback.

2. Develop interactive 3D models

Create detailed 3D environments of highlighted locations using photogrammetry, drones, or 3D modeling software. Interior spaces should showcase key details prospective students care about.

3. Add hotspot details and multimedia

For each virtual tour hotspot, add specific details on what the area offers students. This includes images, videos, faculty profiles, student testimonials, or even full 360 photography within buildings.

4. Build AR functionality

Using platforms like Unity or Vuforia, program the ability to scan tour trigger images or objects and launch the corresponding interactive 3D environment complete with hotspot details.

5. Promote the tour access links

Feature links to launch the AR tour prominently on your school’s website, recruitment portals, or student orientation platforms. Distribute links to tour access across outreach channels.

6. Analyze tour analytics

Review metrics on tour usage, interactions, drop-off rates, and device data. Identify the most popular stopovers and interactives to improve. Poll users for direct feedback to guide enhancements.

Augmented Reality Tour Ideas and Best Practices

When designing your university’s AR campus tour, keep these creative ideas and best practices in mind:

  • Gamify explores prompts and challenges to boost engagement
  • Build a companion mobile app to house the full tour content
  • Offer alternate interfaces beyond AR for accessibility
  • Showcase student, faculty, and alumni profiles at hotspots
  • Enable WebAR for quick access without separate apps
  • Let students compare campus dorm setups with 3D models
  • Overlay historical images or videos at hotspots
  • Feature different tour paths based on degree programs

Update content quarterly to keep it fresh each season

By making campus tours exciting, and interactive adventures, AR technology can take your student recruitment strategy to the next level. Integrating these tours with existing online school management software solidifies it as part of a modern, tech-focused institution.

Platforms for Developing AR Campus Tours

Platforms Key Features and Capabilities
Unity Industry-leading platform for 3D content and AR; robust developer community and resources.
Vuforia Leading AR software development kit (SDK) for mobile apps; advanced capabilities like object recognition
Unreal Engine Powerful real-time 3D creation tools used by leading game and AR developers
ARCore Google’s AR SDK for Android apps and devices; enables motion tracking and environmental understanding
ARKit Apple’s built-in AR toolkit for iOS apps and devices; easy integration for Apple users
Wikitude End-to-end AR development software with hosting and sharing capabilities baked-in
Zappar Browser-based AR creation needing only a camera; great for quick launch WebAR tours

Conclusion

Implementing AR tours can revolutionize your university’s recruitment strategy and how prospective students engage with your campus. The immersive virtual showcases build lasting excitement for those considering attending while providing data-rich insights for your admin team through integrated management software. With the technology now readily accessible, AR tours make for smart investments into any school’s future.

Here are answers to some frequently asked questions about AR campus tours:

How much does it cost to develop an AR tour?

Costs vary based on the complexity of your tour but expect to invest around $15,000-$30,000 to start for a multi-building tour with interactive hotspots. Updates or additions down the road are cheaper.

What devices do students need to access AR tours?

Most AR tours will require a smartphone or tablet, along with instructions to download a certain app for full functionality. However, some platforms support WebAR accessed directly from browsers.

Should AR tours replace in-person campus visits?

No, AR tours should complement but not replace coming to campus once admitted. However, these tours are invaluable to driving interest and enabling access when in-person visits are limited by distance or scheduling.

How can you update and manage content once launched?

Look for AR software with built-in or closely integrated content management systems. You want to be able to effortlessly swap out profiles, images, testimonials, etc. Integrations with online school software also ease centralized changes.

What security risks are there with augmented reality tours?

Conduct extensive testing before launch and implement cybersecurity measures for any first-party mobile apps powering tours. Monitor for issues reported with camera/data access or calls to external domains. Keep software regularly updated.

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