Arizona State University biology students will start doing labs using virtual reality this semester. School officials claim the university is the first school in the nation to incorporate the technology into a biology course.
At most universities, student loan money helps to pay for tuition, room and board, and textbooks.
This semester, biology students at Arizona State University will use those same funds to pay for a new kind of educational tool: virtual reality headsets.
Long popular with gamers drawn to immersive fantasy worlds, VR headsets are increasingly being used by scientists, doctors and even the military.
Wherever there are people who need to be trained in complex environments or on high-priced machines with little room for error, there is a potential role for VR, according to Michael Angilletta, the associate director of undergraduate programs in the School of Life Sciences at Arizona State.
Most Read Business Stories
- Laid-off Boeing workers to get extra federal help that doubles what most unemployed get
- Amazon plans to open more grocery stores across U.S., including ones in Seattle and Redmond
- Unemployment taxes could nearly triple by 2022 in Washington due to COVID
- FAA completes re-certification test flights of Boeing's 737 MAX
- Further layoffs at Boeing to push total job cuts in Washington to 10,500
Angilletta said the desire to provide students with engaging real-world experience prompted school officials to partner with Google and Labster – a VR development company – to create simulated environments for online students enrolled in a general biology course. Students will use VR headsets to complete the course’s lab requirements.
Last week, several dozen students tried the $400 Lenovo Mirage Solo headset for a test run before labs kick off this fall. School officials claim ASU’s online biology course is the first in the nation to offer virtual reality labs.
“The virtual environment allows for very novel and creative problem-solving games and skill-learning,” Angilletta said, noting that about 150 headsets will be available to students to borrow in October. “We want them to have the full experience of what it’s like to be in a lab or to be in Antarctica studying seals.”
One of the students’ virtual assignments involves working in an animated lab, where they must don a lab coat and gloves before taking blood samples from basketball players to determine their glucose levels.
Another scenario sends students to a distant planet with a team of scientists. The goal: figuring out how to construct a space station without harming the planet’s exotic biodiversity. Angilletta said that for that scenario, a team of ASU biology professors and Labster designers attempted to create animals and fauna that bear little resemblance to living organisms found on Earth. In another exoplanet scenario, Angilletta said, students are forced to diagnose why their team’s crops are dying, placing the mission at risk.
Angilletta said when he’s immersed in the simulations himself, he has trouble taking off the goggles. Eventually, he believes, the VR will include gloves that provide users with a tactile sensory experience.
“The fact I can get lost in that means students are going to get lost in these problems and feel like they’re real problems,” he said. “We think they’ll be far more engaged than they would be if they were just staring at a flat computer screen.”
A 2016 study concluded that virtual reality can be a successful substitute for real-world lab experiences. European researchers randomly selected 189 students from an undergraduate biology course and had them practice “streaking out bacteria on agar plates in a virtual environment.”
The students were later assessed on their ability to perform the same exercise in a real lab. The results showed that there were no significant differences between students who practiced in a virtual environment and those who practiced in a physical lab.
“Our data show that vLABs function just as well as face to face tutorials in preparing students for a physical lab activity in microbiology,” the study concluded.
Scientists are also turning to virtual reality to create interactive, three-dimensional models that they used to create by hand, according to The New York Times. Creating models at the “nanoscale” – a size in which objects are invisible to the naked eye – could allow scientists to interact with those objects in radically new ways, according to a new paper in the journal Science Advances.
“In domains like this, which are imperceptible to the naked eye, effective models are vital to provide the insight required to make research progress,” the paper notes.
Penny Stone – a Tempe, Arizona, resident pursuing a career in biotechnology – may have gotten a glimpse of this new approach to science last week. She told the university that she preferred strapping on the headset over performing labs using her laptop.
“I did the first lab on my laptop, which takes you through a similar experience,” Stone said. “It looks like your hands are in front of you holding a clipboard.”
“But when you’re on the headset, it’s really immersive,” she added. “I’m really looking around the lab and I don’t have my laptop open with all the other tabs, checking social media. I’m really in it.”
ASU officials say three biology classes – cell and molecular biology, ecology and animal physiology – will incorporate VR headsets into the curriculum this fall and next year.