Beyond the Campus Visit: How 360Work Is Reimagining Engineering Education at George Washington University 360Work
Prospective students want to see where they will learn before they commit. Faculty want to showcase their research environments. Administrators want tools that reflect the caliber of their institution. But access to a world-class engineering facility is not always possible in person.
That is the problem 360Work is solving for colleges, universities, and programs ready to move beyond the limitations of a campus visit.
The Problem With Traditional Campus Access
Photos, videos, and brochures give people information. They do not give people experience. For engineering programs where the machine shop, the clean room, and the high bay lab are central to the learning environment, that gap matters.
The challenge is not adding more content. The challenge is creating access that feels real, regardless of where someone is or when they are ready to explore.
That is where immersive 360° technology comes in.
Why Immersive 360° Works
Immersive tools do more than display information. They place people inside it.
360° environments allow users to explore rather than observe. They support presence instead of passivity. They create moments of discovery that feel closer to an in-person visit, even when accessed remotely.
Across projects, immersive 360° experiences consistently support deeper engagement, stronger emotional connection, broader accessibility for remote and nontraditional audiences, and digital experiences that can evolve without being rebuilt.
Immersion closes the gap between a campus visit and meaningful access.
A Real Example: GWU School of Engineering and Applied Science
360Work built a comprehensive immersive 360° tour for the George Washington University School of Engineering and Applied Science, located in the Science and Engineering Hall in Washington, DC.
The tour spans 55 locations across the entire facility. Users can explore the first floor lobby and high bay areas, the B1 floor machine shop and fluid mechanics lab, the B2 floor clean rooms, the fifth floor research offices and study spaces, Kogan Plaza, the Marvin Center, District House, and more.
Every space. Every detail. Accessible from a browser or a VR headset, from anywhere in the world.
More Than a Tour
This is not a video walkthrough. It is a fully navigable, interactive environment where users move through the building at their own pace, engage with layered content, and experience the facility as if they were standing inside it.
For a program like GWU SEAS, which blends rigorous engineering disciplines with research and innovation at the center of Washington DC, that kind of immersive access is a powerful tool. Prospective students can explore the clean rooms and machine shops before ever applying. Admitted students can orient themselves before their first day. Research partners and donors can experience the facility without scheduling a visit.
Built to Last and Built to Scale
Because these environments are digital and modular, they are not static. Content can be updated, new spaces can be added, and the experience can grow alongside the program without reworking the entire system. Institutions are not investing in a fixed product. They are building a platform that holds up over time.
Looking Forward
Higher education is shifting toward tools that prioritize accessibility and engagement at the same time. Immersive 360° technology offers a way to meet both needs, creating experiences that feel intentional, human, and participatory.
360Work is proud to support the GWU School of Engineering and Applied Science on this initiative and is grateful to partner on work that continues to push campus access and student engagement forward.
Great institutions deserve tools that match their ambition. 360Work builds those tools.