Break through barriers to effective remote, virtual learning with the most engaging augmented reality classroom labs available. Foster greater participation and exploration.
Take advantage of our ARitize Events platform to host graduation ceremonies, online learning courses, or live lectures with Q&A.
Learn more about the latest hands-on virtual experiences in technology in our AR Labs solution. Browse our collection, create new experiences and improve your institution’s immersive learning offerings.
Use MapD to create detailed campus maps for your students. Feature neighborhood hotspots, or important locations your students should know about.
Engage students with customized courses and workshops online.
Easily integrate amazing 3D activities.
Ensure interactivity with Q&A and live lectures.
Use augmented reality to keep students engaged and provide detailed explanations of course material.
In a 3D/AR Lab, students can pinch, zoom, and rotate equipment for a fully immersive learning experience.
Step-by-step hologram walkthroughs ensure a complete understanding of content.
Recruit new students globally with immersive virtual campus portals and 360 video experiences.
Host education fairs and campus tours virtually.
Share virtual graduation events with family members around the world.
Use interactive AR campus maps so students get a high-tech, exciting experience while exploring on campus.
BLG 143: Peptides
Using the AR peptide model to visualize how a peptide bends and folds in 3D space when placed in different environments.
BLG 143: Microscope
How to use the microscope, and prepare a wet mount slide with an emphasis on the comparison between plant and animal cells.
CHY203: UVVIS
The goal of this experience is to augment the laboratory assignment by showing students how the spectrophotometer internally functions when processing a sample. Often these instruments seem like a black box, so by allowing the students to “pop the top” they can gain more understanding of how these devices work.
BLG151: Culture Media
Preparation of Culture Media, AR experience description: Inoculation of different media plates, incubation and seeing results after incubation, Streak plate of their Unknown Mixed Culture
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WOW, the microscope is so real to life that it is like having a microscope in your own living room. Students can interact with it as they would a real microscope in an actual lab.
Karen Puddephatt
Technical Specialist, Chemistry & Biology
People learn better by repetition – so by running through the experiment on your smartphone first, you will be more confident of your skills when in the lab.
Miriam De Jong
Technical Specialist, Biology
AR has brought the experiments to life and has enabled students to learn and interact with valuable skills such as aseptique technique that they would have used in the lab.
Angelica Florentinus-Mefailoski
Technical Specialist, Chemistry & Biology
At the start of the pandemic, we looked to enhance our distance/virtual learning as we moved our experiments from our labs to our homes. AR labs have given our students a virtual hands-on that has revolutionized how we instruct; we've been able to give our students an experience that no other university has.
Once we resume in-person instruction, AR labs will allow our students to get a peek at the experiment before they enter the lab, increasing efficiency, safety, and familiarity.
Robert Denning
Technical Specialist, Chemistry
