NASA InternshipsПотвърден профил

@NASAInterns

offers internships & fellowships focusing primarily in science, technology, engineering, & math 🌎🚀📚 Summer '21 deadline: March 5

United States
intern.nasa.gov
Регистриран през ноември 2016 г.
1 535 Снимки и видеоклипове Снимки и видеоклипове

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Блокираш @NASAInterns

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  1. Закачен туит
    5.02

    Hey, Generation! 🌑 We are now one-month away from our summer 2021 application deadline! ⏰ If you haven't applied yet, here is a thread of 's sites and various projects you can apply to. Remember, each session you're allowed to apply up to 15 projects! 😎⬇️

    Our summer 2021 application deadline is March 5, 2021. Apply up to 15 projects at intern.nasa.gov. This thread shows all of the NASA sites and projects you can apply to. Photo credit: NASA JSC.
    32 replies 192 ретуита 982 харесва
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  2. преди 18 часа

    From immigrant to working on ’s Computational Fluid Dynamics codes. 🚀 Meet Wendy Yang who is an intern at & majoring in mechanical engineering at . Wendy is part of the Computational Fluid Dynamics team. ✨ Read more:

    Meet Wendy Yang, an intern at NASA Armstrong!
    , и
    3 ретуита 26 харесва
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  3. ретуитна
    18.03

    LIVE NOW: We are lighting up the core stage for our 2nd Green Run hot fire test at . This hot fire is the last test before the I core stage is shipped to for integration w/ :

    90 replies 770 ретуита 2 969 харесва
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  4. ретуитна
    18.03

    Today’s Green Run hot fire test of the I rocket brings us one step closer to putting the first woman on the Moon. Tune in to to be a part of the action. 🔥

    It's official. One of these astronauts will go down in history as the first woman on the Moon. 🌙 Learn more about the team:
    3 replies 29 ретуита 149 харесва
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  5. ретуитна
    17.03

    When it comes to getting the Generation excited for missions to the Moon & beyond, 's Hortense Diggs is engineered to inspire!⚙️🍎🚀🌖 Get your STEM career & Moon mission questions ready. She's standing by for a Q&A at 2pm EDT!

    2 replies 26 ретуита 164 харесва
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  6. ретуитна
    17.03

    Thanks to Shane Tolentino, one of our interns, for designing this graphic to celebrate women's history month! Her talents help NASA's missions by educating the public about space through her art🎨

    In celebration of , we gathered a selection of "Houston We Have a Podcast" episodes featuring the careers, academic achievements, contributions, and journeys of women who make history every day here at NASA:
    Показване на тази нишка
    5 ретуита 36 харесва
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  7. 17.03

    From one intern to another, what's it really like to intern at NASA? HQ intern, Ashley Kleinman, is a student at where she is majoring in biology and physics. Ashley shares her journey from working on oceans to working at NASA. 🌊 More:

    4 ретуита 56 харесва
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  8. ретуитна
    16.03

    🗣️ Calling All Students! Are you attending a virtual conference this Spring? The team has tips for ways to best prepare to meet NASA & make a great impression. Hone your skills & start prepping your Fall 2021 internship application!

    Collage featuring 5 intern portraits with the NASA logo and the title How to Prepare to Meet NASA at Your Next Virtual Event
    2 replies 18 ретуита 90 харесва
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  9. 16.03

    The Roy sisters are current interns this spring and are working on innovative projects. 💫 Both Puja Roy, a sophomore, & Pratima Roy, a senior at study computer engineering technology. Meet the Roy sisters:

    4 replies 14 ретуита 65 харесва
    Отмяна
  10. ретуитна
    15.03

    is officially in full swing! ✨Scientists from are among the presenters! Enjoy the week of science:

    24 ретуита 114 харесва
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  11. ретуитна
    15.03

    The answers to the 2021 are here! Tell us how you did in the comments. Missed this year's challenge? It's never too late to start exploring with pi. Find the complete collection of pi math problems at the link above.

    In this cartoonish illustration, various spacecraft are shown with notations such as circles and pi formulas. Text reads, "NASA Pi Day Challenge Answers"
    , , и 7 други
    2 replies 39 ретуита 265 харесва
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  12. 15.03

    Are you attending an upcoming virtual event where our will be at such as ? Here are some tips on how to prepare to meet at your virtual event! 💻🔗 ⁣

    It's almost convention time! Register today at .
    4 ретуита 19 харесва
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  13. 15.03

    "Scientific collaboration is integral for furthering the advancements in space exploration & science as a whole, and I’m proud to do my part alongside ." -Jessica Torres, intern & Ph.D. student ☀️ Apply to JPL internships by March 31:

    8 ретуита 53 харесва
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  14. ретуитна
    13.03

    The winners of NASA Langley's 2021 Student Art Contest have been selected out of over 600 entries! The entries illustrated our “Virtual Everywhere” theme. See the winner from each grade-level here:

    5 replies 51 ретуита 224 харесва
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  15. ретуитна
    13.03

    We're counting down to 🥧✨ with the math problems we use to explore space at . Can you calculate the forces that go into creating auroras on Earth? Take the at

    In this cartoonish illustration, a yellow Sun has curly flares jutting from its surface. Lines radiate out from the Sun representing solar wind flowing above and around concentric circles around Earth representing the planet's magnetic field.
    Force Field Pi Day Challenge: Every day, Earth is showered in radiation from the Sun. The Sun also emits charged particles almost entirely in the form of ionized hydrogen and helium. These ions travel at speeds of about 400 km per second but rarely reach Earth's surface. That’s because they are deflected by Earth’s magnetic field due to the Lorentz force, given by the equation: F = qvBsinθ, where F = force (N); q = charge of the particle in coulombs (C); v = velocity of the particle in meters per second (m/s); B = the magnetic flux density of Earth’s magnetic field in teslas (T) and θ in radians. The charged particles can't cross Earth's magnetic field, so they follow it to Earth's North and South poles. The resulting concentration of charged particles is what creates auroras. If Earth’s magnetic flux density is 60µT, what force would a hydrogen ion observe at π/4 radians from the equator? What about at the North Pole (π/2 radians)?
    , , и 5 други
    1 reply 17 ретуита 45 харесва
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  16. ретуитна
    12.03

    We're counting down to 🥧✨ with the math problems we use to explore space at . How much stronger are spacecraft signals sent using near-infrared light waves versus radio? Take the at

    In this cartoonish illustration, a giant dish is shown on a pink desert landscape with the sun setting and clouds drifting by. An inset in the upper left corner shows the Voyager spacecraft sending a wide signal and another spacecraft sending a narrow, focused signal.
    Signal Solution: As more and more data are collected and transmitted through space, NASA needs new technologies to communicate faster and more efficiently with its spacecraft. One such technology is called Deep Space Optical Communications, or DSOC, which uses near-infrared light instead of radio waves to transmit a signal. This allows us to use a higher frequency (shorter wavelength), so more data can be transmitted per second. The twin Voyager spacecraft launched in 1977 use a 12.5 Watt transmitter paired with a parabolic reflector that creates a circular radio signal with a diameter roughly 0.5 degrees wide. A DSOC system would use a 4 Watt transmitter on a flight laser transceiver, producing a light signal with a diameter of 0.0009 degrees. If Voyager and a DSOC-equipped spacecraft were both placed 124 AU from Earth (1 AU = 150,000,000 km) what fraction of each original wattage would be received by a 70m antenna back on Earth? By what factor is DSOC more effective?
    , , и 4 други
    7 replies 34 ретуита 97 харесва
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  17. ретуитна
    12.03

    We're turning the page to a new chapter of human space exploration & we need YOU to help us! Pledge of the Artemis Generation to Explore (PAGE) invites you to send a recorded video pledge to the Moon aboard Artemis I!🚀🌖 Pledges are due April 2.

    An illustrated scrapbook with tabs for previous human spaceflight programs, plus the upcoming Artemis program with the title PAGE Pledge of the Artemis Generation to Explore
    2 replies 27 ретуита 81 харесва
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  18. 12.03

    It’s never too late for a career change! Non-traditional intern, Sarah Smith, speaks about her journey to .💫 Sarah is an intern at and recent graduate of where she majored in communications. 🌑 Read more:

    3 replies 39 ретуита 229 харесва
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  19. ретуитна
    11.03

    We're counting down to 🥧✨ with the math problems we use to explore space at . Can you calculate how many of 's circular sample pads had to touch the asteroid Bennu to meet the mission goal. Take the at

    In this cartoonish illustration, OSIRIS-REx descends on a purple, rocky surface. An inset shows a circular device with small circular pads. An arrow points to one of the pads and identifies it as a collection pad.
    OSIRIS-REx Pi Day Problem 2021: NASA’s OSIRIS-REx mission was designed to travel to an asteroid called Bennu and bring a small sample back to Earth for further study. To achieve its mission, the spacecraft needed to make contact with 26 cm2 of asteroid Bennu’s surface and collect millimeter-size particles using its "contact-pad samplers." These are 1.5-centimeter diameter circular pads of Velcro-like stainless steel. There are 24 pads on the mechanism designed to collect the samples. How many pads needed to make contact with Bennu's surface to meet the mission requirement? If all 24 pads contacted Bennu, how much asteroid surface area would the contact pads sample?
    , , и 4 други
    4 replies 74 ретуита 276 харесва
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  20. ретуитна
    11.03

    The farther we travel into space, the more we will need to generate products from space-based resources. That’s why we have selected 6 proposals from U.S. universities to develop in-situ resource utilization on the Moon for the program:

    Illustration of Artemis astronauts building infrastructure on the Moon
    5 replies 80 ретуита 706 харесва
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  21. ретуитна
    11.03

    Interested in hearing from women leaders in STEM about their journeys & how you can prepare future women leaders?👩🏻‍🚀👩🏾‍🔬👩🏽‍💻 Join NASA's , & for “The STEM Future Is Female 2.0 Leading and Empowering” session at !

    Portrait of Kris Brown, Deputy Associate Administrator, Office of STEM Engagement
    Portrait of Astronaut Ellen Ochoa wearing an orange flight suit
    1 reply 33 ретуита 138 харесва
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