Johnson Space Center stands as NASA’s main hub for human spaceflight education and STEM learning. Here, you’ll find programs for everyone—from K-12 students to teachers looking for professional growth.
Educators and students from all over the country visit these modern facilities, jumping into immersive learning experiences that bring space science to life.
NASA Johnson Space Center aims to inspire future space explorers by offering hands-on STEM experiences. Their education framework runs across four main business lines, making sure their programs are uniquely NASA without overlapping with other federal STEM efforts.
Education teams at Johnson Space Center lead the way in space science education. They focus on science, technology, engineering, and math, always tying lessons to real-world space exploration.
The team works hard to open up space education for everyone. They design NASA-aligned instructional resources that link what happens in the classroom to actual missions and research.
Staff members bridge the gap between tough space science ideas and what teachers need in their classrooms. They’re always thinking about what educators can use right away.
Johnson Space Center takes a big leadership role in NASA’s wider STEM education plans across the country. They coordinate with other NASA centers to cover all the bases in space science education and avoid repeating programs.
Space Center Houston acts as the official visitor center. It’s also one of the world’s top science and space learning spots, drawing over a million visitors a year and boosting the local economy.
Education programs at the center connect directly to NASA missions like Artemis, the International Space Station, and plans for Mars. Students and teachers get access to live mission data and real exploration experiences.
Johnson Space Center gives teachers professional development loaded with the latest NASA research. These resources help educators stay in the loop with what’s happening in space science.
Mission Control Center isn’t just for flight operations—it’s a must-see for anyone interested in space. Students and teachers can step into both historic and active mission control rooms to see how real missions unfold.
Astronaut Training Facility (Building 9) lets visitors peek into how astronauts prepare for space. You’ll find full-scale spacecraft and space station mockups used in actual training.
Space Center Houston exhibits feature the Gateway Habitation Module, rocket demonstrations, and interactive labs. Kids and adults can get hands-on with space science here.
The Educator Resource Center acts as the main spot for educational materials. Teachers can grab NASA publications, lesson plans, and digital tools to bring back to their classrooms.
Virtual reality systems and digital collections, like the Astromaterials 3D lunar sample database, make it possible to dive into space exploration without ever leaving school.
NASA’s Office of STEM Engagement at Johnson Space Center runs a bunch of programs to inspire future space professionals. They really focus on hands-on learning, community partnerships, and making sure underrepresented groups get a fair shot in aerospace.
The Office of STEM Engagement wants to boost STEM education and get more students and teachers excited about space exploration. Johnson Space Center leans on decades of experience in STEM education and curriculum design.
Primary Mission Areas:
Staff members work hard to make NASA missions feel real for students. They act as a bridge, turning tough science into something you can actually experience.
Programs here are all about doing, not just listening. Students get to work side-by-side with NASA scientists and engineers.
They build rockets, tour facilities, and tackle real aerospace problems.
Johnson Space Center’s outreach connects Texas students with hands-on space activities. The High School Aerospace Scholars (HAS) program has been going strong for 25 years, serving Texas high school juniors every year.
HAS Program Components:
Students join livestreams for events like spacecraft landings and live mission operations. These moments show what’s happening in space right now, not just what happened years ago.
The program breaks down complex topics into bite-sized lessons. Students discover that STEM careers aren’t just about math or coding.
Many HAS alumni stick together through college and even early careers.
NASA’s Office of STEM Engagement puts special effort into reaching students from diverse and underrepresented backgrounds. They focus on schools and regions that don’t usually get much aerospace education.
Targeted Outreach Efforts:
The NextGen STEM project targets K-12 students and informal education. They want the future aerospace workforce to look a lot more diverse.
Staff organize internships and events tailored to underserved groups. They also set up mentorships that last beyond the initial program.
Student services managers help participants find scholarships and career paths. They connect students with NASA pros who share similar backgrounds.
Johnson Space Center offers programs that link K-12 students to real space exploration. Teachers get NASA-aligned curriculum, and students jump into activities that mirror real missions.
The Educator Resource Center gives teachers NASA-backed materials for K-12 classes. You can download lesson plans covering everything from lunar rocks to spacecraft design.
Workshops help teachers learn hands-on strategies. These focus on NASA’s Artemis missions and give teachers resources they can use right away.
Key teacher resources include:
The center updates materials to match what’s happening at NASA. Teachers get alerts about new content and upcoming mission highlights.
Students take on engineering challenges that mimic NASA’s real-world problems. Activities include building lunar rovers, designing crew habitats, and launching rockets with everyday materials.
These STEM challenges always tie to current missions. Students use impact simulations to study lunar craters and program robots for sample collection.
Some favorite student projects:
Virtual reality brings the International Space Station right into the classroom. It’s a wild way to see what life in space is actually like.
Space Center Houston arranges field trips that take students into astronaut training areas. You’ll see Mission Control, where teams run the International Space Station.
The Astronaut Training Center lets students check out spacecraft mockups and simulators. These are the same tools astronauts use to get ready for missions.
Tours include Rocket Park and real space artifacts. Students get up close with spacecraft parts and learn how engineers solve tough problems.
Programs fit all ages. Younger kids focus on basics, while high schoolers dive into advanced engineering and mission planning.
Johnson Space Center gives teachers training that links them directly to NASA resources and missions. These programs let teachers try out space tech and meet the scientists shaping the future.
The Educator Resource Center runs workshops for K-12 teachers all year. Sessions focus on Artemis, the International Space Station, and what’s next in space.
Teachers join 8-hour sessions in four main areas. The lunar science workshop has crater simulations and lets teachers explore lunar samples through NASA’s digital tools.
The space habitation program brings teachers into Building 9, where they see crew quarters mockups and learn about living on the space station. NASA astronauts often give keynote talks.
Engineering workshops cover rocket propulsion and satellite design. Teachers use mission kits to solve spacecraft challenges, and NASA engineers judge the designs.
Mission simulation training puts teachers in Historic Mission Control. They try out problem-solving drills using VR headsets to explore the International Space Station.
These programs give teachers lesson plans tied to real NASA missions. All materials fit national STEM standards and come loaded with fresh space exploration data.
Teachers get mission kits with hands-on activities designed by NASA scientists. Some experiments match what’s happening on the International Space Station, from microgravity to space farming.
The curriculum includes NASA’s mobile apps and ed-tech platforms. Teachers learn how to use simulations just like astronauts do.
Materials highlight Artemis goals and spacecraft timelines. Teachers can tap into NASA’s Astromaterials collection and get live mission data for their classes.
Session participants keep getting updates and new resources, so their lessons always stay current.
Johnson Space Center’s professional development connects teachers with the people behind commercial spaceflight. NASA scientists lead keynotes and join in on workshops.
Teachers talk directly with mission specialists running the International Space Station. These pros share what it’s really like to work in space and tackle technical challenges.
Engineers from Artemis help out as facilitators and judges. They offer a peek behind the curtain at spacecraft development and future moon plans.
Networking is part of the deal. Teachers can keep in touch with NASA researchers even after the workshops end.
Educators also get early access to NASA’s internal resources and mission news. This way, their classes always include the latest in space science.
Johnson Space Center runs educational programs that get students ready for careers in aerospace and space exploration. The center offers hands-on internships, competitions, and mentorships that connect students with real NASA missions.
Pathways Internships stand out as the flagship program at Johnson Space Center. Students jump right in, working alongside NASA professionals on real projects that push human spaceflight missions forward.
The program asks for at least 480 hours, but honestly, most stick around for 2-3 semesters to get the most out of it.
Undergraduate technical interns rotate between the Engineering Directorate and Flight Operations Directorate. This rotation gives students a taste of different aerospace career paths.
Business-focused interns dive into procurement and financial operations.
Work tours stick to a set schedule:
Students need to keep a cumulative GPA of at least 2.9. The program pays interns to contribute to International Space Station operations and deep space vehicle development.
The Office of STEM Engagement also looks for students with social media and writing chops. These roles support several student programs across Johnson Space Center.
NASA keeps things interesting with competitive challenges that pull students into solving real problems for lunar missions.
These challenges connect classroom learning with the actual needs of the Artemis program.
Students design solutions for lunar surface operations, life support, and habitat construction. Teams pitch their concepts to NASA engineers, who check for feasibility and innovation.
Winners often get recognized at national STEM competitions.
The Human Health and Performance Directorate backs challenges related to astronaut health during long missions. Students research countermeasures for bone loss, radiation, and psychological stress in deep space.
These competitions set students up for careers in commercial spaceflight companies like SpaceX and Blue Origin.
A lot of participants later join NASA or aerospace contractors working on lunar gateway systems.
Each intern gets paired with a mentor who offers project guidance and career advice. Mentors—experienced NASA engineers, scientists, and mission specialists—share what they’ve learned about the aerospace world.
The mentorship program includes structured performance reviews and skill-building opportunities. Students pick up specialized software, testing procedures, and mission planning techniques used in real spaceflight operations.
Career pathway guidance helps students map out different roles within NASA missions. Some go for spacecraft design, while others chase mission control or astronaut training support.
Students tour Mission Control, astronaut training facilities, and spacecraft testing areas. They meet astronauts, flight directors, and program managers who share what it’s actually like to work on human spaceflight programs.
The program keeps in touch with graduates who land full-time jobs at NASA or commercial space companies. This network gives alumni ongoing career support and job placement help.
NASA missions give students a real-world context for hands-on learning that connects them directly to space exploration.
The Artemis program offers lunar science modules, and Mission Control Center tours show off operational spaceflight management.
NASA’s spaceflight programs build structured learning experiences that echo actual mission operations. Students tackle authentic engineering challenges through rocket design workshops and satellite deployment simulations.
The High School Aerospace Scholars program connects about 1,000 students each year to real NASA missions. Participants complete a 16-week online course focused on current spaceflight goals.
The top 270 students get invited to Johnson Space Center for hands-on mission design challenges.
Interactive Mission Kits include:
These modules use classroom-friendly gear that mimics real spaceflight conditions. Students work in teams to solve engineering problems just like NASA mission specialists do.
The Artemis program fuels educational experiences centered on lunar exploration and human spaceflight. Students dig into lunar geology through hands-on crater simulations with real NASA research data.
Teachers get classroom-ready resources that tie directly to Artemis mission goals. The curriculum includes digital access to actual lunar samples from NASA’s Astromaterials 3D collection.
Lunar rover coding challenges let students program rovers to navigate lunar terrain and collect samples, just like upcoming Artemis missions will require.
Human space exploration modules focus on International Space Station operations. Students design crew habitats and use VR headsets to explore microgravity challenges aboard the ISS.
These programs tie current NASA missions to classroom learning using authentic mission data and real-time exploration goals.
Johnson Space Center’s Mission Control gives students direct access to active human spaceflight operations. Students tour both Historic Mission Control and the current ISS mission management centers.
Tour experiences include:
Mission specialists break down systems thinking and teamwork protocols used in real spaceflight. Students see how ground teams coordinate with astronauts on the ISS.
Interactive simulations let students step into mission specialist roles, using actual NASA protocols. Teams solve real-time problems while managing spacecraft systems and crew safety.
The Gateway Habitation Module display shows off future deep space mission planning. Students see how Mission Control will handle lunar orbit and Mars missions.
These tours bring classroom learning to life by connecting it to operational spaceflight.
Johnson Space Center gives students hands-on engineering challenges that echo real NASA missions. Students work with actual rocket design principles and collaborate directly with NASA engineers on tricky problem-solving activities.
Students dive into rocket engineering experiences that teach propulsion and trajectory basics. The Design, Launch, Explore session at Space Center Houston guides them through lab-style activities with classroom-friendly mission kits.
These activities focus on force, propulsion, and trajectory calculations. Students see firsthand how NASA engineers solve real spacecraft problems.
The program includes tours of actual launch systems and rocket exhibits.
Participants use the same engineering principles found in NASA’s Artemis missions. They design, build, and test their own rocket prototypes.
NASA engineers come in as guest judges for collaborative design challenges.
The activities teach students about Space Launch System components and commercial spacecraft design. Students explore how different rocket setups affect mission success.
These experiences connect abstract physics concepts to real space exploration.
Johnson Space Center education programs feature lunar rover coding challenges inspired by actual sample return missions. Students program rovers to navigate simulated lunar terrain and gather scientific samples.
These STEM challenges use the same problem-solving strategies NASA uses for Mars and Moon missions. Teams work together to handle communication delays and tricky terrain.
They learn how mission planners design autonomous systems.
The coding activities stick to real-world space applications. Students program robots to do tasks similar to those on the International Space Station.
They explore how astronauts use robotic systems for repairs and experiments.
Participants pick up mission-critical programming concepts. The challenges teach about backup systems and error handling—skills that matter in NASA robotics operations.
Students get to work directly with NASA Johnson Space Center engineers during professional development sessions. These engineers share stories from real missions and give expert guidance on tough challenges.
NASA Johnson Space Center engineers show up as keynote speakers and panelists. They explain how engineering principles apply to current missions like Artemis and the ISS.
Students hear firsthand about problem-solving in actual space missions.
The collaboration brings hands-on mentoring during design challenges. Engineers walk students through the decision-making processes used in spacecraft development.
They explain how teamwork and systems thinking keep missions on track.
Students get access to authentic NASA perspectives on space careers. Engineers discuss educational pathways and what skills matter for aerospace jobs.
These interactions offer a realistic look into space industry opportunities.
Johnson Space Center teams up with educational institutions across the country to help build the next generation of space professionals.
NASA’s Office of STEM Engagement connects students with real space missions through hands-on programs and research.
Johnson Space Center partners with school districts nationwide through targeted STEM programs that bring space exploration into classrooms. The center’s High School Aerospace Scholars program engages students in a 16-week online course, followed by an intensive onsite experience at JSC.
Local Texas school districts benefit from proximity programs. Students work directly with NASA engineers and scientists on mission challenges.
The Space Center Houston Educator Resource Center acts as the hub for teacher training. Educators get NASA-aligned resources and professional development workshops.
Key school partnerships include:
Major universities join forces with Johnson Space Center on space technology research through formal Space Act Agreements.
The University of Houston System holds one of the largest partnerships, focusing on joint research and tech development.
Texas Southern University signed agreements to expand workforce development opportunities for its students.
Clemson University partnered with JSC to boost research and educational initiatives in several fields.
Oklahoma State University landed a $25 million grant from NASA Johnson Space Center’s Office of Education, supporting aerospace education and faculty research projects.
University students get access to internship programs at three levels:
Johnson Space Center hosts the Artemis Student Challenges, inviting students to jump into moon mission activities. Students make, launch, teach, compete, and learn through hands-on space projects.
NASA and the Department of Education team up for national STEM competitions linked to JSC missions. These events throw students right into current space exploration challenges.
Regional science fairs and robotics competitions get support from JSC engineers, who act as judges and mentors. Students present solutions to real NASA engineering problems.
The center’s partnership approach opens doors from classroom learning to professional space careers.
Johnson Space Center brings STEM engagement beyond the classroom with educator conferences, virtual learning platforms, and inclusive programs that make sure all students can get involved in space education.
These initiatives connect educators with NASA resources and make space exploration more accessible to a diverse range of learners.
Johnson Space Center hosts annual educator conferences, drawing teachers from around the country for hands-on space education training.
These multi-day events feature workshops led by NASA scientists, engineers, and astronauts who share real mission experiences and classroom-ready activities.
Participants get authentic NASA curriculum materials that align with national science standards. Teachers use actual space hardware, including flight-ready equipment and mission simulators from astronaut training programs.
The conference creates networking opportunities between educators and NASA professionals. Teachers earn continuing education credits and take home resources worth over $500 each.
Key conference components include:
NASA education specialists follow up throughout the school year, offering virtual classroom visits and technical help for space-themed STEM projects.
At Johnson Space Center, educators bring interactive distance learning right into classrooms worldwide. They use advanced video conferencing, letting students connect with NASA in real time.
Students actually get to explore real spacecraft and chat with engineers working on current missions. That’s something you don’t see every day.
Virtual field trips open doors to areas usually off-limits to the public. Students can peek into mission control during live International Space Station operations. They also visit assembly facilities where teams are building the next Mars missions.
The digital curriculum library offers more than 200 standards-aligned lesson plans. You’ll find videos filmed inside NASA, interactive simulations, and downloadable activities—no fancy equipment needed.
Teachers join monthly professional development webinars led by NASA experts. Sessions cover everything from rocket propulsion to life support systems, making sure educators stay up to date with the latest in space.
Popular virtual programs include:
Johnson Space Center designs inclusive STEM opportunities for students with diverse learning needs and physical abilities. These programs show that space careers really can be accessible, no matter what challenges or accommodations someone may need.
Adaptive learning materials feature tactile spacecraft models, audio descriptions of missions, and modified experiment steps. Visual learners get enhanced graphics and videos, while kinesthetic learners build and experiment with their hands.
They make sure assistive technology is part of the experience so every student can join in. Programs welcome students using wheelchairs, hearing aids, visual devices, and communication aids.
NASA professionals with disabilities step up as mentors and role models. Engineers, scientists, and support staff share their stories and show how accommodations work in real aerospace jobs.
Special partnerships connect students with disability advocacy groups. These collaborations extend mentorship and career guidance beyond the first classroom meeting.
Accessibility features include:
NASA Johnson Space Center leads research on how human bodies adapt to spaceflight. Their programs link students and professionals with real medical challenges astronauts face in orbit and on future missions.
The Center for Space Medicine drives advances in understanding health challenges during spaceflight. Students get involved in programs that blend medicine with engineering.
Doctors and researchers study how microgravity changes bone density, muscle mass, and heart function. They focus on creating countermeasures for Mars and lunar missions.
Key research areas include:
The Human Health and Performance Directorate offers pathways for future aerospace medicine specialists. Students work with clinical scientists to develop medical protocols for NASA’s commercial crew program.
Training programs get medical teams ready to support civilian space travelers. This is becoming more important as commercial spaceflight grows.
Universities team up with Johnson Space Center to study human factors in extreme environments. These partnerships give students hands-on research experience in biomedical and environmental sciences.
The Human Health and Performance Directorate invites students to join specialized research projects. They work alongside experts in behavioral health, epidemiology, and clinical sciences.
Partnership benefits include:
Research partnerships focus on medical innovations that help both space exploration and healthcare on Earth. Students pitch in on studies about muscle atrophy, bone loss, and cognitive performance under stress.
Educational programs prepare the next generation of medical professionals for commercial spaceflight. Training highlights emergency response and remote medical care.
Human factors engineering looks at how people interact with spacecraft and the space environment. Educational projects dig into crew performance, decision-making, and team dynamics during missions.
Students learn about ergonomic design for spacecraft controls. Research aims to reduce human error and help astronauts perform better during critical moments.
Research topics include:
Johnson Space Center offers unique training facilities for human performance research. Students use simulation environments that mimic spacecraft and emergency conditions.
Projects study how stress impacts astronaut decisions. This research matters for NASA and commercial space operations carrying civilians.
Educational opportunities get engineers and psychologists ready for careers in human spaceflight. Training focuses on practical skills for mission planning and crew support.
Johnson Space Center connects educators to NASA’s educational infrastructure through comprehensive support. They provide resource centers, new technology, and programs for families interested in space education.
Space Center Houston houses the Educator Resource Center (ERC) for NASA Johnson Space Center, one of the main educational hubs in the U.S. This center is the official spot for teachers to get NASA materials and professional development.
The ERC supports K-12 educators all year. Teachers can review and copy lesson plans tied to NASA missions and space science. The center keeps a big collection of materials ready for classroom use.
Professional development workshops happen regularly. These workshops give teachers hands-on experiences and new ways to engage students in STEM. Programs align with NASA’s current missions, including Artemis.
The center also shares NASA educational publications in print and online. Many materials are free to download, so teachers can research space topics and use real NASA content in class.
NASA Johnson Space Center links educators to mobile apps and educational tech platforms. These digital tools bring real-time space data and interactive learning into classrooms.
The Astromaterials 3D digital collection lets students explore lunar samples with virtual reality. This tech brings actual space artifacts into class—no need to handle the real thing.
Educators use VR headsets for immersive International Space Station experiences. Students can virtually walk through the ISS and see how astronauts live and work in microgravity.
Mission simulation software allows teachers to create team-based learning challenges. Students solve space problems using systems like those NASA specialists use.
The center keeps educators updated about new apps and tech resources. Teachers get training on how to blend these tools into their courses.
Johnson Space Center reaches beyond classrooms with family-oriented programs. The Space Educators for Earth partnership with Blue Origin’s Club for the Future offers both in-person and virtual learning for families.
Parents can access resources to support their kids’ interest in space science at home. These include activity guides, experiment instructions, and info on current NASA missions.
Family workshops take place year-round at Space Center Houston. Parents and kids join hands-on activities, check out NASA artifacts, and try engineering challenges together.
The center guides parents who want to encourage STEM interests. Specialists suggest age-appropriate activities and point to more resources for learning.
Newsletter subscriptions keep families in the loop about upcoming events and new programs. Parents get updates about space missions that can start conversations with their kids.
Johnson Space Center keeps expanding its educational reach. Innovative programs prepare students for careers in commercial spaceflight and deep space exploration. Strategic partnerships with private space companies open new doors for STEM engagement and workforce training for future space professionals.
NASA Johnson Space Center is revamping its High School Aerospace Scholars program into Moonshot. This new experience mixes virtual learning with hands-on mission simulations, including commercial spaceflight training.
The Teacher Professional Development Series brings four specialized sessions each year. Topics include lunar science, space habitats, engineering design, and mission operations using ISS simulations.
Space Educators for Earth—a partnership with Blue Origin’s Club for the Future—connects educators worldwide. They offer in-person workshops and virtual sessions showing how space tech benefits life on Earth.
The center is building Exploration Park, a research and manufacturing hub set to open by 2026. Students will get direct access to companies working on human spaceflight technologies.
Johnson Space Center’s education programs now reach students in many states, not just Texas. The updated Moonshot program allows more students to join through flexible online and on-site experiences.
The Educator Resource Center offers year-round professional development that works with teachers’ schedules. Educators connect to NASA apps, tech, and ready-to-use lesson plans for K-12.
Virtual reality experiences let students explore the ISS without leaving school. These immersive tools make space education possible for schools far from Houston.
The center teams up with universities to create paths for students interested in space operations graduate programs. Industry leaders help shape curriculum and forecast workforce needs.
Students in Johnson Space Center programs get hands-on experience with real space projects. They work with NASA engineers and scientists on mission challenges like those in actual spaceflight.
The center’s programs send graduates into jobs at commercial space companies like SpaceX, Blue Origin, and Virgin Galactic. Students learn both classic NASA operations and new commercial spaceflight tech.
Mission simulation experiences teach systems thinking and teamwork—skills you really need for space careers. Participants learn to solve problems in real time, just as ISS crews do.
The focus on Artemis lunar exploration prepares students for humanity’s return to the Moon. Programs highlight scientific research, sample collection, and long-duration missions that will shape future space jobs.
Johnson Space Center offers educational programs from overnight experiences to university-level STEM courses for students aged 11-18. Educators get access to NASA resources, and college students can pursue internships at this major NASA site.
Johnson Space Center teams up with Space Center Houston to provide hands-on learning. Space Center University runs five-day lunar programs for middle schoolers aged 11-14.
High school students aged 15-18 join mission-based programs that challenge them with science and space exploration activities.
Overnight experiences give students a chance to see space artifacts after hours. The focus is on STEM learning through interactive activities.
NASA shares educator resources through the U.S. Space and Rocket Center programs. The Earth Knowledge Acquired by Middle school students program helps teachers access space-based Earth science materials.
Themes match science concepts for different grade levels. Teachers find materials that help students learn about Earth from space.
NASA asks for proper acknowledgment when educators use their materials. Earth science imagery should credit the Earth Science and Remote Sensing Unit at Johnson Space Center.
Johnson Space Center employs a diverse workforce across many organizations. College students can look for opportunities in various departments.
Military astronaut candidates keep their active-duty status while working at Johnson Space Center. This highlights the center’s role in professional development.
The center’s Welcome Kit lists resources for new NASA careers. Students should reach out to Johnson Space Center directly for the latest internship info.
Space Center University targets students aged 11-14 with lunar experiences focused on teamwork and problem-solving.
High schoolers aged 15-18 join mission-based educational programs with more complex exploration scenarios.
Programs reach students during key years when STEM interests really take off. Both age groups get space science education tailored to their needs.
NASA runs educational outreach programs that reach students, teachers, and the public. The Earth Knowledge Acquired by Middle school students program brings a space perspective right into classrooms.
Space Center University encourages students to tackle engineering challenges related to space. This program highlights communication skills as much as technical know-how.
NASA’s outreach connects what students learn in class with real NASA mission operations. Schools also get access to materials that show how space science works in the real world.
Space Center Houston is actually the official visitor center for Johnson Space Center tours. If your school wants to set up a group educational visit, you’ll need to reach out to Space Center Houston directly.
You’ll have to plan ahead for these group experiences. Space Center University has its own policies and procedures, mostly to keep everyone safe.
Before you book any educational programs, it’s smart to look over the refund policies. If you have questions about requirements or scheduling, the staff at Space Center Houston can walk you through the details.
