Every year, the International Space Development Conference brings together space professionals, entrepreneurs, and enthusiasts from all over the world. People gather to push forward commercial spaceflight and space exploration.
This event connects civilian space advocates with industry leaders who are actually making commercial space travel happen. It’s not just talk—real projects and partnerships come out of these gatherings.
Back in the day, the International Space Development Conference started as a small get-together for space advocates. Now, it’s one of the biggest annual space conferences in America.
Attendance has grown to about 800 to 1,000 people each year, and 300 to 400 of them come from outside the U.S. That’s some serious international interest.
In the early years, people mostly talked about theoretical space concepts. These days, the conference focuses on real commercial space developments.
You’ll find lively discussions about space tourism companies, orbital manufacturing, and civilian space travel programs that are actually running now.
The ISDC keeps up with new trends like commercial crew programs, private space stations, and the booming space tourism industry. This shift shows how space development has moved from strictly government projects to commercial ventures that welcome civilians.
The ISDC wants to help build a spacefaring civilization—one where commercial space travel and civilian access to space are the norm.
The conference covers scientific, economic, technical, and social aspects of space progress. It’s a lot to take in, honestly.
Key topics include Moon and Mars exploration, innovative spacecraft tech, and commercial space operations. People also dig into space solar power, planetary defense, and space law that impacts commercial spaceflight.
ISDC sessions focus on what’s happening now, not just theory. You’ll hear about current commercial space programs, civilian space travel opportunities, and training for folks who aren’t professional astronauts.
The National Space Society runs the ISDC as its main annual event. They connect the public with the movers and shakers of today’s space efforts, especially those in commercial space.
NSS aims for a future where people live and work in space communities. They push for commercial space tourism and civilian access through advocacy and hands-on programs.
The National Space Society uses ISDC to boost space education and STEM programs. They host the Gerald K. O’Neill Space Settlement Contest and support educational projects that get students ready for careers in the growing commercial space industry.
The International Space Development Conference digs into three main areas that define how humanity might expand beyond Earth. These focus areas look at practical development projects, sustainable settlement planning, and the bigger mission of human expansion into space.
The conference highlights space development projects that turn ideas into real, working technologies. Attendees get to check out asteroid mining tech that could pull valuable resources from near-Earth objects.
These efforts are the backbone of a future space-based economy.
Transportation systems always get a lot of attention. Engineers and entrepreneurs show off reusable launch vehicles, space elevator concepts, and ideas for interplanetary transport.
Big names like SpaceX and Blue Origin share updates on their latest propulsion systems.
Space solar power comes up a lot. Scientists explain how orbital solar arrays might send clean energy back to Earth.
That could help with both energy demand and climate issues.
ISDC also looks at commercial space ventures that open space to private companies. Manufacturing in microgravity, space-based research facilities, and orbital labs are growing fast.
These developments are creating new industries outside of the old-school aerospace world.
Moon and Mars settlement planning takes center stage in many sessions. Scientists show off habitat designs that keep people safe from radiation and wild temperatures.
Life support systems need to recycle air, water, and waste as efficiently as possible.
Resource utilization is a big deal. Instead of hauling everything from Earth, settlers use local materials.
Lunar ice gives water for drinking and rocket fuel. Martian soil can become building material with the right tech.
Food production in space settlements is a challenge. Hydroponics, lab-grown proteins, and closed-loop agriculture help support long-term colonies.
All these systems need to work reliably in low gravity.
Governance models come up too. People debate property rights, conflict resolution, and how democracy might look in a space community.
It’s a bit wild to think about, but someone has to figure it out.
Medical capabilities are essential. Colonists can’t rely on Earth-based hospitals, so telemedicine, robotic surgery, and even making medicines on-site become must-haves.
The conference explores how humanity could become a multi-planetary species. Spreading out across different worlds lowers our risks as a civilization.
Deep space exploration missions help us get ready for settlements even farther away.
Educational initiatives are a big part of ISDC. Student programs introduce young people to space science, engineering, and entrepreneurship.
These efforts build the workforce needed for the next era of space development.
International cooperation matters too. Space agencies share costs and reduce political friction by working together, while private companies compete in the market.
This mix helps speed up progress.
Sessions also tackle psychological and social factors for space settlers. Isolation, confinement, and distance from home can be tough.
Mental health support and community building are crucial for long-term success.
Tech advancement timelines give planners a sense of when certain capabilities might show up. These roadmaps help coordinate investments and efforts across the space industry.
The International Space Development Conference pulls in a remarkable lineup of space industry leaders—from legendary NASA astronauts to commercial space trailblazers. These speakers bring decades of experience and new ideas that shape the future of civilian space access.
Jared Isaacman stands out as the commander of both Polaris Dawn and Inspiration4 missions. He’s got firsthand civilian astronaut experience and offers insights into commercial spaceflight that used to be NASA’s turf.
Chris Ferguson brings his background as a NASA astronaut and Boeing commercial crew developer. He’s seen both sides—government and private sector—and understands how civilian space access changed over the years.
The conference hosts several retired NASA astronauts like Robert “Hoot” Gibson and Dr. Story Musgrave. These veterans flew during the Space Shuttle era, when civilians first started joining space missions.
Virgin Galactic astronauts Keisha Schahaff and Anastatia Mayers represent a new wave of commercial space travelers. Their journeys show that you don’t need a pilot’s license to reach space these days.
Dr. Sian Proctor, another Inspiration4 astronaut, combines her spaceflight experience with educational outreach. Her story proves commercial spaceflight is opening doors for people from all walks of life.
Dr. Martine Rothblatt, who co-founded SiriusXM Radio, brings an entrepreneurial vision to commercial space development. Her tech background shows how innovators from outside aerospace can drive space accessibility.
Rod Pyle edits Ad Astra magazine and hosts “This Week in Space.” He’s got a knack for translating complex space news for everyday folks interested in space tourism.
Dr. Pascal Lee works as a planetary scientist and co-founded the Mars Institute. His research on long-duration spaceflight helps shape future civilian missions beyond Earth orbit.
Rob Ferl and Anna-Lisa Paul at the University of Florida’s Astraeus Space Institute dig into biological research in space. Their work tackles health issues that affect civilian astronaut safety and mission length.
Nicola Fox, NASA’s Associate Administrator for Science Mission Directorate, plays a key role in NASA’s partnerships with commercial companies. She helps create new civilian space opportunities.
Isaac Arthur, President of the National Space Society, champions more civilian involvement in space development. He pushes for policies that help commercial space tourism grow.
Rick Tumlinson started SpaceFund and co-founded the Space Frontier Foundation. He knows where to invest in commercial space ventures that will serve civilians.
Robert Zubrin, head of the Mars Society, advocates for affordable Mars exploration. His engineering ideas could make future civilian Mars missions less expensive.
Tom Marotta leads The Spaceport Company, building launch infrastructure to support commercial operations. His work makes more civilian launches possible across the U.S.
Christopher Jannette, President of BlackStar Orbital, represents a new wave of companies opening up space access. These operators give people more choices beyond giants like SpaceX and Blue Origin.
The International Space Development Conference packs its schedule with expert talks, hands-on workshops, and awards. These sessions focus on pushing space development forward—whether through technical deep-dives, educational activities, or celebrating big wins in the industry.
ISDC brings in top professionals from all corners of the space industry. Attendees hear from NASA astronauts, commercial execs, and research scientists who share their latest projects.
Moon and Mars exploration strategies come up often. Sessions break down settlement planning and the tech needed to put people on other worlds for good.
Deep space exploration gets its share of attention. Experts talk about mission planning for asteroid mining and planetary defense systems.
Commercial space development is never far from the spotlight. Industry leaders share updates on space tourism, satellite launches, and zero-gravity manufacturing.
Space solar power sessions explore new ways to generate energy. Scientists discuss how we might collect solar energy in space and send it back to Earth.
ISDC workshops give people a chance to get their hands dirty (well, figuratively). These sessions let participants try out space tech and learn practical skills.
The Gerald K. O’Neill Space Settlement Contest lets students present their space habitat designs. Young engineers pitch creative solutions for living and working off-Earth.
Educational STEM programs connect students with working space professionals. Participants get a real sense of what careers in aerospace, space science, and commercial spaceflight actually look like.
Interactive demos showcase current spacecraft systems. Attendees check out propulsion tech, life support gear, and the communications equipment that keeps missions running.
Space law and policy workshops break down regulatory frameworks. Legal experts lead talks on international space treaties and commercial operation requirements.
ISDC hands out awards to honor big contributions to space development. These ceremonies celebrate people and organizations pushing human spaceflight forward.
Achievement awards go to those who’ve made breakthroughs in space technology. Engineers, scientists, and entrepreneurs get recognized for solving tough problems.
Student competition winners receive recognition for their space settlement designs. The O’Neill Contest highlights creative ideas for building sustainable off-Earth communities.
Lifetime achievement awards honor veteran space professionals. These recognitions spotlight decades of service to human space exploration.
Award ceremonies also help people network. Newcomers get to meet established leaders, and everyone leaves a little more inspired.
The International Space Development Conference puts the latest space technology and mission breakthroughs front and center. These advances open up new doors for civilian space travel and keep building the infrastructure needed for space tourism.
SpaceX keeps racking up impressive milestones in commercial space access. The Falcon Heavy pulled off successful orbital missions with its reusable boosters, slashing launch costs by about 90% compared to old-school rockets.
NASA’s Commercial Crew Program gave the green light to both SpaceX Dragon and Boeing Starliner for human spaceflight. This certification sets safety standards that help all commercial players, including the space tourism crowd.
Blue Origin’s New Shepard has now flown civilians past the Karman line more than 20 times. Each of these flights helps prove that suborbital tourism can be safe and reliable, even for folks with zero astronaut training.
Virgin Galactic launched commercial operations from Spaceport America in New Mexico. Their unique air-launch approach opens up another route for regular people to reach space, which is honestly pretty cool.
Orbital manufacturing is happening now, too. Companies are making fiber optics and medical compounds in microgravity—stuff that’s just impossible to produce on Earth. These activities are laying the groundwork for a much bigger space economy.
The International Space Station still leads as humanity’s main orbital lab. Commercial modules are in the works for tourists, and Axiom Space is driving the first commercial segment, set to attach within two years.
NASA teams up with global space agencies to build the lunar gateway. This station will orbit the Moon and act as a hub for surface missions—and maybe even lunar tourism someday.
Commercial cargo partnerships now span several countries. SpaceX, Orbital ATK, and other international providers keep regular supply missions going, which really helps expand what’s possible in orbit.
The European Space Agency works closely with US commercial companies to transport astronauts. This approach cuts costs, boosts launch frequency, and opens more doors for civilians wanting to reach space.
Japan’s space agency collaborates directly with SpaceX for cargo and crew launches. These partnerships show how space tourism infrastructure thrives when countries pool resources and expertise.
Lunar tourism missions are moving forward, with SpaceX prepping circumlunar flights for regular folks. They’ll launch from Kennedy Space Center using the tried-and-true Falcon Heavy.
Mars exploration is moving faster thanks to public-private partnerships. SpaceX is busy developing Starship for Mars colonization, while NASA focuses on life support and surface operations.
Space hotels are shifting from wild ideas to actual construction. Companies like Gateway Foundation and Orbital Assembly Corporation are designing rotating stations just for tourists.
Asteroid mining missions are now in the demo stage. These projects could create new economic opportunities and lower costs for everyone operating in space, tourists included.
Suborbital flight frequency is really ramping up. Blue Origin, Virgin Galactic, and a bunch of new players are planning daily launches from several US spaceports, making civilian space access feel almost routine.
The National Space Society keeps tabs on all this through yearly conferences. These gatherings connect space pros with the latest mission capabilities and help push civilian access even further.
Mars exploration keeps inching closer to permanent human settlement. Research teams are coming up with new ways to support life, while space agencies lay out plans for multi-stage missions to set up the first Martian colonies.
NASA’s Artemis program acts as a testbed for Mars by trying out key tech on the Moon first. The agency wants to send astronauts to Mars in the 2030s, using life support and habitat designs that already work.
SpaceX designed the Starship vehicle for Mars trips. This huge rocket can haul up to 100 tons of gear—or people—to the Red Planet. Elon Musk’s team is aiming for a self-sustaining Martian city by 2050, which sounds ambitious, but why not dream big?
Robotic missions are still essential for planning. The Perseverance rover is testing oxygen production from the Martian atmosphere with the MOXIE experiment. This tech could provide future settlers with the air they need.
The Mars Sample Return mission is set to bring Martian soil back to Earth by 2031. Scientists will study these samples to check for health risks and find useful resources for humans.
Mars settlements need closed-loop life support that recycles everything—air, water, waste. Engineers are designing these systems to run independently from Earth for years.
Underground habitats will shield settlers from radiation and wild temperature swings. Lava tubes make natural shelters, and people can dig out custom living spaces, too. These spots keep pressure and temperature at comfy, Earth-like levels.
In-Situ Resource Utilization (ISRU) is key. Settlers will pull water from ice and make fuel from carbon dioxide in the air. Building materials? Those come from Martian dirt, or regolith, processed on-site.
Food will grow in hydroponic and aeroponic setups inside pressurized greenhouses. With artificial lights and recycled nutrients, these greenhouses can crank out veggies all year.
Power comes from nuclear reactors and solar panels working together. Batteries store up extra energy so the colony can keep running during those epic dust storms.
Pascal Lee leads the Haughton-Mars Project up in the Canadian Arctic. His team uses Devon Island to mimic Martian conditions and test out equipment and mission routines.
They’ve put spacesuits, rovers, and drills through their paces in this harsh environment. Crews practice geology surveys and run habitat operations, learning how to handle isolation and tough conditions.
Lee focuses on the human side of long Mars missions. He studies crew psychology, communication delays, and how to handle emergencies far from home.
Devon Island’s craters and rocky ground look a lot like Mars, making it a perfect stand-in. This helps scientists figure out how astronauts might navigate and work on the Martian surface.
Space agencies worldwide use Lee’s research to shape spacecraft, plan missions, and train crews. His decades of analog work have made a real difference.
Space agencies are tracking more than 30,000 near-Earth objects that could pose a threat to our planet. Today’s planetary defense programs use advanced detection and deflection tools to keep Earth safe from asteroid impacts.
NASA’s Planetary Defense Coordination Office teams up with international partners to spot hazardous asteroids before they get close. Ground telescopes like the Catalina Sky Survey scan the skies every night, finding about 3,000 new asteroids each year.
Space-based detection works even better than ground telescopes. NEOWISE has found thousands of objects since 2010. Future missions will use infrared sensors to catch dark asteroids that barely reflect sunlight.
Detection Timeline Requirements:
The DART mission showed that kinetic impact can work. In 2022, the spacecraft slammed into asteroid Dimorphos and changed its orbit by 32 minutes.
Mitigation strategies depend on the asteroid’s size and how much warning we get. Nuclear deflection is still on the table for big threats with little warning. Gravity tractors can slowly nudge smaller asteroids over years.
Space exploration has sparked some wild new ideas for planetary defense. Ion propulsion can reach asteroids faster than chemical rockets and offers the precision these missions need.
Robotic spacecraft now fly with a variety of defense tools. Depending on the threat, they can use kinetic impactors, gravity tractors, or even nuclear payloads. Flexibility is the name of the game.
Current Defense Technologies:
Ground-based lasers might one day vaporize small asteroids or debris. These could take care of threats too tiny for space missions. Several countries are working on powerful laser arrays for this purpose.
International teamwork makes sure the world stays covered. The European Space Agency is planning the Hera mission to check out DART’s impact site. This data will help refine future deflection missions.
The International Space Development Conference sparks excitement in the next generation of space professionals through educational programs and competitions. The National Space Society uses ISDC to connect students with real industry experts and hands-on learning opportunities.
The Gerald K. O’Neill Space Settlement Contest stands out as a flagship ISDC program. It challenges students in grades 7-12 to design detailed space settlements that tackle real engineering and social puzzles.
Students submit proposals covering life support, gravity, radiation shielding, and resource management. The contest pushes them to think about economics, governance, and human factors—not just science basics.
Winners get recognized at ISDC and can present their work to industry pros. The contest has launched many students into aerospace careers and draws entries from all over the world.
The National Space Society partners with groups like Club for the Future to expand STEM programs year-round. These partnerships offer grants for space-focused education beyond the conference.
ISDC includes special sessions for teachers who want to bring space topics into their classrooms. Educators learn about current missions, new technologies, and practical ways to add space science to their lessons.
The conference also runs biotech competitions where students design experiments for the International Space Station. These programs give students a direct line to ongoing space research.
ISDC has programming just for younger attendees and STEM students. These sessions keep things age-appropriate but still technical.
Students join workshops on Mars settlement planning, space law, and new propulsion tech. They chat with astronauts, engineers, and entrepreneurs during networking sessions.
The conference lets young people experience the same professional atmosphere as industry veterans. This exposure helps them see possible career paths and meet future mentors.
The International Space Development Conference brings together space leaders from commercial, government, and academic worlds. Attendees can form partnerships, join hands-on activities, and connect with international delegates shaping the global space economy.
ISDC draws executives from the biggest space companies, government agencies, and research groups. Attendees meet decision-makers from spacecraft manufacturers, launch providers, and up-and-coming startups.
The conference hosts networking receptions and dinners. These events encourage collaboration between traditional aerospace giants and new commercial ventures. Space leaders often announce fresh partnerships or joint projects right at these gatherings.
Key networking opportunities include:
Plenty of attendees set up private meetings during the event. The laid-back vibe makes it easier to talk business and brainstorm future collaborations. Space companies often use ISDC to scout new partners for upcoming missions and tech development.
ISDC sets up plenty of ways for people to connect outside of formal presentations. The NextGen Program goes after students and early-career professionals, offering mentoring sessions and exclusive workshops.
Kennedy Space Center tours pull participants together for shared experiences beyond the usual conference rooms. These group outings often spark professional friendships that last well beyond the event.
You’ll find the NSS Silent Auction, which gives everyone a laid-back spot to meet and mingle.
Competition events like the Gerard K. O’Neill Space Settlement Contest unite international student teams. Faculty advisors and industry judges get to know each other as they review inventive space habitat designs.
Social events pop up throughout each conference day. Coffee breaks, lunches, and evening receptions keep conversations going between technical sessions.
ISDC usually brings in 300 to 400 international delegates from a total crowd of 800 to 1,000. These folks represent space agencies, universities, and companies from all over the world.
International space leaders jump in to share their views on regulatory frameworks and cross-border collaboration. Many of these chats revolve around joint missions and shared tech development.
Foreign delegates often organize country-specific meetups during the conference. These smaller gatherings help people dive deep into regional space initiatives and partnership opportunities.
With such a global mix, companies looking at international markets can meet potential partners and customers from target regions right at the event.
The conference puts the spotlight on breakthrough technologies driving space development, from advanced propulsion systems to new manufacturing methods. Companies step up to show off solutions that change how we access and operate in space.
Space development speeds up thanks to bold new tech on display at the conference. Advanced propulsion systems grab attention, with companies showing off electric and nuclear thermal engines that could cut months off Mars travel.
Additive manufacturing is shaking up spacecraft construction. 3D printing lets crews make tools and parts in space when they need them, so they don’t have to haul every spare from Earth.
Artificial intelligence now manages complex space operations without human intervention. These systems keep tabs on spacecraft health, tweak flight paths, and make critical calls without waiting for ground control. That’s huge for deep space missions, where delays can stretch for minutes or even hours.
Space-based solar power stands out as another focus. New lightweight photovoltaic systems generate more electricity per kilogram than older panels, making large orbital power stations more realistic.
Advanced life support systems recycle air and water up to 99% efficiently. Closed-loop systems cut down on resupply needs, supporting longer missions and even permanent settlements.
Private companies now push innovation way faster than government agencies ever did. Startups pitch technology that could drop launch costs from $10,000 per kilogram to under $1,000 within the next decade.
Reusable rocket technology is at the heart of commercial space. Companies roll out first-stage recovery systems that slash launch expenses by 70%. Some even develop fully reusable vehicles meant to work more like commercial jets.
Space manufacturing startups talk about orbital factories making fiber optics and pharmaceuticals you just can’t produce on Earth. Microgravity lets them create perfect crystals and ultra-pure materials.
Private companies now design modular commercial space stations, aiming to take over as the ISS retires. These platforms serve as research labs, manufacturing hubs, and even tourist spots, pulling in revenue from different streams.
Mining companies reveal asteroid extraction tech. Robotic systems hunt down valuable materials and pull out precious metals worth trillions. Water from asteroids can fuel deep space missions.
Venture capital is pouring into space startups like never before. Investors see huge potential as the industry shifts from government-only to commercial ventures.
The next big conference lands June 4-7, 2026, in McLean, Virginia, at the Hilton McLean Tysons Corner. Registration opens several months ahead with early bird pricing. Volunteering and sponsorship applications usually go live six months before the event.
The 44th International Space Development Conference runs June 4-7, 2026, in McLean, Virginia. The National Space Society picked the Hilton McLean Tysons Corner for this four-day gathering.
Conference planning happens on a yearly cycle. The National Space Society announces locations about 18 months ahead. Past events have rotated through major U.S. cities.
In 2026, the conference will highlight space settlement, commercial spaceflight, and emerging tech. Sessions generally feature talks from NASA officials, private space company execs, and international agency reps.
McLean sits close to Washington D.C., making it a solid spot for government space program discussions. The location gives easy access to federal policy makers and defense contractors.
ISDC 2026 registration opens in early 2026 with several pricing tiers. Early bird rates usually save you $100-200 over standard fees.
Students get sizable discounts if they’re enrolled in college or university. Military members and National Space Society folks also pay less. Companies registering five or more people can snag group rates.
A full conference pass gets you into all presentations, exhibit halls, and networking events. Single-day passes let you pick specific sessions if you don’t want the full commitment.
The registration portal goes live on the National Space Society website. You can pay by credit card or institutional purchase order. They typically allow full refunds up to 30 days before the event.
Volunteer applications open six months before each conference. The National Space Society needs help with registration, tech support, and event coordination.
Student volunteers usually get free admission for 16-20 hours of work. Professional volunteers can network with industry leaders while helping out.
Corporate sponsors can pick from packages that include exhibit space or even keynote slots. Gold and platinum sponsors get their branding all over conference materials and digital platforms.
Local space companies and aerospace contractors often sponsor regional events. Sponsorship applications ask for company info and your preferred level of involvement. The National Space Society reviews these based on fit and available opportunities.
People usually have questions about registration, speakers, networking, and educational options at this top space development conference. Here are answers to some of the most common questions about conference themes, registration, and resources.
The main themes are Moon and Mars exploration and settlement. Deep space exploration and new technology get a lot of attention in the sessions.
Planetary defense and space solar power are big discussion points. Attendees will also hear about space debris management and mitigation.
Living in space and space law policy sessions give practical info for space development. There’s even a look at how science fiction shapes space tech commercialization.
Space settlement design and construction are covered too. Educational tracks feature STEM outreach programs and career development options.
You’ll see top managers, engineers, and scientists from both civilian and military space sectors. Astronauts often headline as keynote speakers or join panels.
Commercial space execs and entrepreneurs share their views on market trends. Government reps bring updates on policy and regulations.
Educational leaders and STEM advocates talk about workforce development. International speakers from over 20 countries bring fresh perspectives on space development challenges.
Business leaders discuss financing and investment in space ventures. Grassroots advocates share community engagement strategies and tips for public outreach.
You’ll find registration details on the National Space Society’s official conference site. They usually offer early bird discounts if you sign up in advance.
Students and groups from educational institutions get special rates. NSS members also pay less than the general public.
Different tiers give access to various parts of the conference. Full passes cover all sessions, workshops, and networking events.
Some payment plans and scholarships might be available for those who qualify. Registration includes access to conference materials and proceedings if those are offered.
The conference sets up structured networking sessions between formal presentations. Coffee breaks and meals give people time to chat informally.
Exhibit areas let attendees meet space industry companies and organizations face-to-face. Poster sessions allow researchers and students to present their work directly.
Professional meetups help connect people with similar interests or backgrounds. Industry-specific gatherings focus on areas like commercial space or policy.
Social events and receptions offer a relaxed way to build relationships. The whole setup encourages collaboration between experienced pros and new talent.
Access to conference proceedings depends on speaker permissions and content agreements. The National Space Society usually shares select presentations and materials.
Registered attendees often get digital access to available slides and papers. Some sessions might be recorded for later viewing.
Published proceedings can include peer-reviewed papers and research presentations. Details about access and timing come out during registration.
Educational materials and workshop handouts often show up on the NSS platform. You’ll get specifics as the conference dates get closer.
You’ll usually find educational workshops and STEM activities woven into the conference program. The Gerald K. O’Neill Space Settlement Contest also happens alongside the main event.
Organizers sometimes offer pre-conference workshops that dive into technical topics or professional development. You’ll probably need to register for these separately, and spots can fill up fast.
They design educational tracks for students and folks just starting out in the space industry. There are hands-on activities and interactive sessions mixed in with the usual presentations.
STEM outreach programs reach out to local schools and educational groups. Most workshops focus on what’s happening right now in space development and the latest tech trends.
