NASA is exploring how VR and AR can change the construction of spacecraftsJust as it’s changing the gaming industry, it will change the way we do our jobs.Using headgear and handsets, users can assemble a spacecraft in a new virtual-reality application now being developed with NASA R&D funding. Photo Credit: NASAA team of NASA technologists is investigating how virtual and augmented reality could profit agency engineers and scientists, particularly in the design and construction of spacecraft and the interpretation of scientific data.Thomas Grubb, an engineer at NASA’s Goddard Space Flight Center in Greenbelt, Maryland, is leading a team of center technical experts and university students to develop six multidisciplinary pilot projects highlighting the potential of virtual and augmented reality, also known as VR and AR.These pilots showcase current capabilities in engineering operations and science, but also provide a glimpse into how technologists could use the technology in the future.“Anyone who followed the popularity of Pokémon Go has seen how the public has embraced this technology,” said Grubb, referring to the augmented-reality game that quickly became a global sensation in 2016. “Just as it’s changing the gaming industry, it will change the way we do our jobs,” Grubb added. “Five years from now, it’s going to be amazing.”Goddard technologist Tom Grubb believes that low-cost, high-capability augmented and virtual-reality hardware, combined with NASA-oriented apps, will transform how NASA scientists and engineers work. Photo Credit: NASA“For several years, commercial VR and AR technology has been showing promise, but without real tangible results,” said Ted Swanson, senior technologist for strategic integration for Goddard’s Office of the Chief Technologist. “However, recently there have been substantial developments in VR/AR hardware and software that may allow us to use this technology for scientific and engineering applications.”The aim isn’t to reinvent the hardware and software developed by technology companies, but to be a “consumer of the products and create NASA-oriented applications,” he said.The pilots, which involve students from the University of Maryland, College Park, and Bowie State University, also in Maryland, are as diverse as the specialties in which NASA excels, Swanson said.A new virtual-reality application allows users to visualize the magnetic connections in Earth’s magnetosphere. Photo Credit: NASAGrubb and his university collaborators are creating a collaborative virtual-reality environment where users don headgear and use hand controls to design, assemble, and interact with spacecraft using pre-defined, off-the-shelf parts and virtual tools, such as wrenches and screwdrivers.“The collaborative capability is a major feature in VR,” Grubb said. “Even though they may work at locations hundreds of miles apart, engineers could work together to build and evaluate designs in real-time due to the shared virtual environment. Problems could be found earlier, which would save NASA time and money.”“We’re in the early stages, but I believe this technology will transform how we work here. It will enhance engineering and give scientists a unique perspective of data.” Thomas GrubbIn other engineering-related apps, the team has created a 3-D simulation of Goddard’s thermal-vacuum chamber to help engineers determine whether all spacecraft components would fit inside the facility before testing begins. In another involving on-orbit robotic servicing, the augmented app combines camera views and telemetry data in one location — an important capability for technicians who operate robotic arms such as the one on the International Space Station. All information is within the operator’s field of view, alerting them to potential problems before they happen.The team has applied digital elevation maps and lidar data to create a 3-D simulation of terrestrial lava flows and tubes. The goal is to develop a proof-of-concept app that would allow scientists to compare remotely collected data with what they observe in the field.In another, the team is creating a 3-D visualization of space around the sun for mission planning. This simulation involves a constellation of CubeSats surrounding the sun to investigate the structure of the solar atmosphere, including the formation of coronal mass ejections that, when intense and traveling in the right direction, can affect low-Earth-orbiting spacecraft and power grids.And last, the team is creating a virtual-reality environment where users can explore and visualize topographical features of Earth’s protective magnetosphere. This app allows users to study magnetic reconnection sites, which are difficult to interpret without observations from more than one vantage point, Grubb said.READ MORE ON HAPTICALVR and AR have enabled electronic field tripsBiologist Douglas McCauley examines the benefits and drawbacks of virtual and augmented reality in teaching…haptic.alExplore the surface of Mars from the comfort of your living roomGoogle’s new project allows viewers to explore the discoveries of NASA’s Curiosity rover.haptic.alUsing mouth gestures to interact in virtual realityBinghamton University Professor created a new framework that interprets mouth gestures as a medium for interaction…haptic.alARCore 101: Quick guide to Google’s Augmented Reality platformHow to start developing augmented reality apps with ARCorehaptic.alHow to start developing for Google’s Daydream View VR headsetDaydream is the high-quality VR platform by Google. It has been presented at Google I/O 16 from Clay Bavor. 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