![]() ![]() Įducators can also contact the NASA Educator Resource Center that serves their state concerning the availability of educational materials. ![]() Their telephone numbers are available in the Mountain View telephone directory.Ī wide variety of NASA educational materials, video clips, and links to other NASA educational websites can be found using the NASA education materials finder. There are many taxi companies that service the Mountain View area. VTA bus 51 runs from De Anza College to Moffett Field/Ames Center. The VTA Light Rail also has a NASA/Bayshore station on Manila Drive at the Ellis Street entrance to NASA Ames Research Center. NASA Ames Research Center is located less than two miles from the Caltrain and Santa Clara Valley Transit Authority (VTA) Light Rail downtown Mountain View station stops. You may call the museum at 65 or visit their website.Ĭaltrain/Light Rail ( Caltrain schedule / VTA Light Rail and Bus schedule) The Moffett Museum is open to the public. You can also contact the Exploration Encounter operations manager by email at or by phone at 65. ![]() The Ames Exploration Encounter website welcomes teachers to schedule a visit with their class. Student group visits to the Ames Exploration Encounter The Exploration Center is open Tuesday through Friday 10 a.m. The NASA Ames Visitor Center website has all the information you need to plan your visit, and lists current exhibits and upcoming events. However, we do recommend visiting our Exploration Center and Moffett Museum (driving directions for both can be found here): NASA Ames Research Center does not provide public tours. Who do I call about aircraft noise around Moffett Field? Information on how to become an astronaut is located at NASA's Kennedy Space Center website. What do I need to do to become an astronaut? At Ames, the center's Aeronautics Division performs a vital role conducting research to improve the nation's National Air Transportation System. How is Ames involved in aeronautics research?Įngineers and scientists at Ames study a wide range of technology issues relating to aircraft and the National Air Transportation System. Please visit this website to learn more: The center is involved with many high-tech projects, ranging from developing small spacecraft to managing some of the world's largest supercomputers, and conducting astrobiology research. NASA's Ames Research Center is a world-class research facility located in the heart of Silicon Valley. The MITTIC competition aims to generate fresh ideas for commercialization and promote diversity in STEM.What does NASA's Ames Research Center do? There they will continue to get support from NASA to develop their careers and product, participating in tours and presentations with industry leaders. The students won $15,000 and a second trip out to the Ames Research Center in California. The team is relatively new, having formed in fall 2022. Their faculty advisor, Senior Lecturer of Engineering Tomas Materdey, had first suggested that the students compete. The NASA/Federal Aviation Administration (FAA) North Texas Research Station (NTX) is a field laboratory with unique capabilities to enhance the development, evaluation, and transition of advanced concepts and technologies for air traffic management (ATM) research. Team members include: Olivia Moos, Jaryd Benson, Isaac Marzuca, Jack Walsh, Isabella Rasku-Casas, Aditya Ponde, and Richard Noel. The judges were impressed, and UMass Boston’s team won first place. Tour of the NASA Ames Research Center & Silicon Valley Tech Giants Watch on The Ames Research Center is a major NASA research center at Moffett Federal Airfield in Silicon Valley. “Down in Houston we prepared a presentation where we pitched our technology idea and business plan for the product and presented in front of a panel of judges that was made up of engineers, entrepreneurs, and intellectual property lawyers,” team member Olivia Moos said. Come and visit NASA Research Park, NASA’s Ames Research Center and Moffett Federal Airfield in California’s Silicon Valley. The team made it to the qualifying round, competing against seven other teams at NASA's Johnson Space Center in Houston, Texas, this spring. The device was multi-purpose, used for smart, in-depth air quality monitoring to improve smoke detection, as well as the ability to even identify precursors to fire. UMass Boston’s team of seven students utilized a laser diode sensor array to create a next generation smoke, carbon monoxide, and air quality sensor. The competition challenges students to take one of NASA’s many intellectual properties and expand it or improve upon it to create a product or service that can be used for everyday use, developing a marketable device and business plan. ![]()
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