NASA Interns: The Artemis Generation Starts With Us

NASA is entering a new era of space exploration. Through the Artemis program, NASA will land the first woman and person of color on the Moon. The advances made in our return to the lunar surface will later pave the way for human exploration of Mars—taking humanity further than ever before.

Helming this new era of exploration is the Artemis Generation. Like the Apollo Generation before them, these star-sailors are the pioneers of tomorrow and bring forth a new golden age of space discovery.

The Artemis Generation begins now, with us. The NASA interns of today are the Artemis leaders of tomorrow. We interviewed two current interns to better understand their thoughts on the future of NASA and their roles with Artemis.

MACKENZI HAUB | Pathways Intern at NASA’s Johnson Space Center
Alt Text: Mackenzi Haub, white woman with red hair and blue eyes, smiles while standing with her hands on her hips. Haub wears a brown suit with a black shirt. Behind her is a NASA display case for the Space Shuttle Program and an astronaut suit.
Alt Text: Mackenzi Haub, a white woman with red hair and blue eyes, smiles while standing with her hands on her hips. Haub wears a brown suit with a black shirt. Behind her is a NASA display case for the Space Shuttle Program and an astronaut suit.

How has your internship at NASA contributed to your understanding of the Artemis mission and Artemis Generation? 

As an intern, I have had the opportunity to meet some of the most courageous, quick-witted, observant problem solvers in the world. For example, my mentor, Jerry Condon, taught me more about Artemis and space travel than I could have ever imagined I would learn in a three-month timespan. Every time we spoke, I felt like I had learned a new component of spaceflight and mission planning. I learned about lunar craters, rocket propulsion, moon dust, and so much more.

During my project, I learned about lighting on the lunar surface and how it will affect Artemis III mission availability due to visibility issues during the landing of the Human Landing System (HLS), the vehicle that will bring humans back to the lunar surface for the first time in over 50 years. Jerry gave me a lot of control over the project and was very encouraging through all the learning curves I faced. He is a perfect example – one of many– of how NASA is fostering the Artemis Generation.

Interns come in with new minds and new ideas on how to solve problems. This is encouraged and celebrated at NASA. A new idea is never frowned upon. The Artemis Generation has a lot of work to do, and past NASA generations are doing a great job paving the way for us to contribute to the next several years’ worth of spaceflight innovation.

Alt Text: NASA intern Mackenzi Haub, looks at a console control screen at NASA's Johnson Space Center. On the screen topography and graphics are visible.
Alt Text: NASA intern Mackenzi Haub, looks at a console control screen at NASA’s Johnson Space Center while utilizing a flight stick. On the screen topography and graphics are visible.

In what ways do you think the Artemis program is shaping the future for the next generation of space enthusiasts and professionals?

In a world where everything is fast paced and viewed on a screen, we need to make sure the Artemis program continues to be filmed and presented to the younger generations. Photos of the Moon from Orion during Artemis I, live feed of the Space Launch System rocket during launch, videos of the Artemis II crew training to return to the Moon… these are all essential in growing the next generation. Nothing excites my nephew more than the fire from a rocket as it leaves Earth. He doesn’t know exactly how important that fire is yet, but as long as we continue showing the younger generations the wonder that is spaceflight, I have no doubt that he will itch to learn more one day.

DOMINIQUE CRESPO | Pathways Intern at NASA’s Johnson Space Center
Alt Text: Dominique Crespo, a Hispanic woman with brown hair and brown eyes smiles for an official NASA portrait. In the background the red, white, and blue U.S. flag and NASA flag server as backdrops. She wears business professional attire.
Alt Text: Dominique Crespo, a Hispanic woman with brown hair and brown eyes smiles for an official NASA portrait. In the background, the red, white, and blue U.S. flag and NASA flag serve as backdrops. She wears business professional attire.

How has your internship at NASA contributed to your understanding of the Artemis mission and Artemis Generation? 

Throughout my internship, I have seen the Artemis II crew go through many milestones, from the day they were announced, to their media opportunities around the world, and their growth as astronauts and individuals every day here at NASA’s Johnson Space Center. The Artemis program’s integrity has immersed itself in my everyday life – I see the impact the program has on students and the NASA workforce as the human contribution to meet such an advanced end goal has become an inspiration to many. Inspiring the youth to reach for the stars has become a prominent duty of mine. As a part of the Artemis Generation, I believe this program and its missions will change the future of space exploration and become the blueprint for young dreamers to take us further and further.

How has your experience as an intern in this program influenced your career aspirations and interest in the field? 

Alt Text: Dominique Crespo, an intern at NASA's Johnson Space Center, wears a headset and smiles while sitting at a console in the Mission Control Center. Behind her numerous computer monitors take up a desk and the background is dominated by massive screens displaying data and information about the International Space Station.
Alt Text: Dominique Crespo, an intern at NASA’s Johnson Space Center, wears a headset and smiles while sitting at a console in the Mission Control Center. Behind her numerous computer monitors take up a desk and the background is dominated by massive screens displaying data and information about the International Space Station.

Being an intern in public affairs has changed my mindset in many ways, especially since I work so closely with our astronaut corps. The Artemis program has inspired me to push further in my career and has given me the opportunity to see the power and intelligence humans hold in space exploration. I feel honored to be able to be one of the people behind the scenes who shares Artemis with the public, and the program itself is something that I am extremely proud to be a part of. As an intern, I view myself as one of the many reasons why students think it is possible to be a part of the agency, and I take pride in knowing that I give our youth hope in their futures as a part of the space program.

Want to join us and play a leading role in the Artemis Generation? Apply for a NASA internship at intern.nasa.gov

Gracie Glover/NASA Headquarters

100 Unique NASA Internship Opportunities Worth A Second Look (Fall ’24)


Remember: Applications for fall 2024 are due by April 12, 2024, at 11:59 p.m. ET.

Lasers, lunar architecture, and particle stoichiometry—nerd out with a NASA internship this fall!

With less than a week left to apply for our fall 2024 NASA internships, we’ve assembled this list of 100 unique opportunities you can apply to right now. 

To get started:

  1. Head to stemgateway.nasa.gov and log in or create an account.
  2. Copy and paste the six-digit unique ID number for a role from the list below into the search bar.
  3. Review the specific details of the opportunity to see if you’d be a good fit.
  4. If interested, click the large apply button in the top right of the position listing.
  5. Repeat. (You can apply to more than one opportunity!)

Application Tip:

In the application when asked “Why do you want this NASA Internship?” give an honest response that demonstrates your passion or what you can bring to the role. This is one of the few places in your application to make yourself stand out.

List of Opportunities:

1. Aeronautics at Ames Research Center Fall 2024 018368
2. Agile Business Analyst for NASA STEM Gateway 018370
3. CALPHAD applied to in-space laser manufacturing 017840
4. Evaluation of the mesosphere in GEOS-5 017849
5. Explorations Technology at Ames Research Center Fall 2024 018371
6. Human Landing System (HLS)-GNC Deep Space Navigation 018085
7. MELD Project Intern 018022
8. Space Operations Data Analytics & Knowledge Management Project 017905
9. Characterization of Nuclear Radiation Effects on SiC Sensors 018151
10. Dependency modeling 017936
11. Estimation of extreme values and tail probabilities for reliability analysis 018136
12. Hyperspectral Imaging 018004
13. NASA Spanish-language Journalism, Multimedia, Social Media Intern
017869
14. Polymer Electrolytes for All-Solid-State High Performance Batteries 017835
15. Project Management Dashboard Development 017827
16. Electrified Aircraft Interactive Visualization at NASA Graphics Lab 018047
17. Exploring the drivers of variation of evapotranspiration in the Southeastern U.S 018132
18. Fission Surface Power: Nuclear power on Moon&Mars for sustained human presence3 018141
19. Impacts of ISS on Drosophila CNS 018174
20. Material and Electrical Characterization of Metal contacts to SiC 018148
21. Particle Stoichiometry for Life Detection 017853
22. Science Internship at Ames Research Center Fall 2024 018369
23. Smoke Plume Monitoring Using TEMPO and Radar Measurements 017947
24. Two Phase Flow Experimental Research in Microgravity Fall 2024 018109
25. CFO Business Systems Operations POC – Sharepoint Transition 017555
26. Correlated Electromagnetic Levitation Actuator (CELA) 017249
27. Hybrid – DEIA & NExCT Support 018084
28. Onsite – Engineer/Researcher in the Bioengineering Branch 017731
29. STEM Engagement Support 018140
30. Sustainability Ambassador – Strategic Communications Support EPFD 017841
31. ASTRO CAMP Collaborative Partners Supporting Hispanic Programs in STEM 017959
32. ETD Magnetic Shape Memory Alloy Actuator for nano-positioning 017892
33. Industrial Hygiene Intern 017763
34. Office of STEM Engagement Social and Digital Media Intern 018093
35. Safe, High Performing Battery Designs 018236
36. US Greenhouse Gas Center Program Support Intern 017897
37. Archives Intern – Langley Research Center (in-person) 018060
38. Characterization of high strain composite materials and structures 018183
39. Communications Support 018072
40. Cryogenic CFD RDRE Modeling 018074
41. Earth Information Center Coordinator 017845
42. High Temperature Oven Construction 018147
43. History of Student Engagement in the Earth Science Branch 017948
44. IR Spectroscopy 017822
45. ISS Water Recovery Management Modeling and Data Trending 017991
46. Magnetic Shape Memory Alloy Actuator for nano-positioning 017864
47. Mars Mission Architecture Integration 018348
48. Mechanical and Electrical Optimization of the COSmIC facility 017823
49. Miniaturized instruments enabled by nanomaterials for space missions 017857
50. NASA Natural Resource Management Support 018168
51. Processing, Testing and Characterization of Light Weight Composite Conductors 017764
52. Safe DNN-enabled Autonomous Systems 017780
53. Structural Strength Test Instrumentation Engineer 017842
54. Telescope Structural Optimization 018149
55. Updating EMTAT Simulink graphical programming language 017990
56. Virtual: Indigenous Peoples Initiative Outreach 018207
57. Air quality prediction using TEMPO data 017926
58. Computational Materials-informed Q&C 017832
59. Computational Studies in Hypersonic Aerothermodynamics 018210
60. Design & Development of Molecular-based Laser Diagnostics 018209
61. Design of frequency selective surfaces (FSSs) and antennas on PCB and
flexible s 017968
62. ETD Develop a verification methodology for fixed-point digital controllers 017894
63. Lunar Architecture Team 018037
64. NASA Audio Storytelling Internship 017867
65. Outreach Support for Scientific Computing Visualization Lab 017769
66. Precision Eddy Current Displacement Sensor 017866
67. Remote sensing of marine debris 018216
68. SMD – Office 365 Power Platform Development 017725
69. Soft Matter Science Research in Microgravity Fall 2024 018110
70. Water Resources Project Impact Follow up 018171
71. ABoVE Collaborations and Engagement Intern 018019
72. Advanced Deployment Mechanisms for Deployable Space Trusses 018182
73. Crater Navigation 017920
74. ETD Modular Mechanism Control Electronics for Spaceflight Instruments 017862
75. Fiber Optics Sensing System Electrical Engineering Fall 2024 018164
76. Gateway STEM outreach project 018092
77. Illustration/Graphic Design Intern 017733
78. Illustration/Graphic Design Intern 017954
79. Implementing the CSWA Strategic Plan 017900
80. KSC Energy and Water Conservation and Resiliency 017969
81. MPS Lifecycle Analysis Process Integration 017720
82. Nanoengineered multifunctional perovskites: 017933
83. ONSITE – Greater Heights VR Experience Development 018066
84. Onsite – Laser Spark Analysis 017791
85. Powder Removal In Microgravity Environments (PRIME) Project 018142
86. Structural Strength Test Engineer 017843
87. Towards Justified Confidence 017828
88. Uncovering the role of old growth forests on the terrestrial carbon cycle 018133
89. Virtual- Carbon Cycle Research with the CASA Model 018157
90. Battery Material Intern 018018
91. Characterization of a Composite Foldable Antenna Reflector for the Lunar Surface 018180
92. Coordination of NASA’s Water Quality and Coastal Relevant Activities 018170
93. EIC Web Designer 017846
94. Fission Surface Power: Nuclear power on Moon&Mars for sustained human presence2 018145
95. IMPACT TOOL SUITE FOR MEDICAL SYSTEM TRADE ANALYSES AND DECISION SUPPORT 018123
96. Modeling Mission Operations As A System 017983
97. Onsite – Bioengineering & Instrumentation Group Internship 018015
98. Onsite – Engineer/Researcher in the Bioengineering Branch 017870
99. Space Technology Communications and Outreach Intern 018115

100. Surface to Space: Bringing new data to ecosystem models 018135

 

Do you have any question about NASA’s internships that you can't find in our FAQ? Send us an email and we’ll do our best to answer your question.