Attend Space Industry Events

The space industry is smaller than you think. About 360,000 people work in the US space sector — that is roughly the population of a mid-sized city. The people who design rockets, plan missions, build satellites, and launch spacecraft form an interconnected community where personal relationships matter enormously. The hiring manager at Rocket Lab probably knows someone at JPL who used to work at SpaceX who mentored an intern at Ball Aerospace.

Getting into that network is not about being smooth or having a polished LinkedIn profile. It is about showing up, consistently, in the places where space people gather. Here is exactly how to do that.

SEDS: Your First Space Community

Students for the Exploration and Development of Space (SEDS) is the premier student space organization in the country. Founded in 1980 at MIT and Princeton, it now has chapters at over 100 universities. If your school has a chapter, join it this week. If it does not, start one — SEDS makes it straightforward.

What SEDS gives you:

• A national network of space-focused students. These are the people who will become your colleagues, collaborators, and references for the next 30 years of your career. The student you meet at a SEDS event today might be the program manager who hires you in ten years.
• SpaceVision, the annual conference. SEDS runs SpaceVision every fall at a different university. It brings together students, industry professionals, and NASA leaders. Registration is typically $50-$100 for students. Attending SpaceVision as a sophomore or junior puts you in the same room as people who can change your career trajectory.
• Project experience. Many SEDS chapters run technical projects — rocket builds, CubeSat development, mission design studies, outreach events. These are resume-builders and portfolio pieces.
• Leadership opportunities. Running a SEDS chapter — organizing events, managing a budget, coordinating projects — builds the organizational skills that space companies value. Engineers who can also lead are rare and in demand.

How to join: Go to seds.org, find your university’s chapter, and show up to the next meeting. If there is no chapter at your school, the national organization provides a charter kit and support to start one. You need a faculty advisor and a few motivated students.

Professional Conferences

Attending professional conferences as a student is one of the highest-return investments you can make. You will feel out of place at first. That is normal. Go anyway.

SpaceCom (Houston, TX). An annual commercial space conference focused on the business side of the industry. Brings together launch providers, satellite operators, investors, and government officials. Good for understanding how space companies actually make money and where the industry is heading. Student registration is discounted.

IAC (International Astronautical Congress). The largest annual gathering of the global space community. Typically attracts 5,000-9,000 attendees from 80+ countries. Location rotates internationally. The IAC includes technical sessions, industry exhibitions, and networking events. The International Astronautical Federation offers student grants to attend. Attending IAC is a significant commitment (international travel, registration fees), but the exposure to the global space community is unmatched. Worth targeting for graduate students or advanced undergraduates with published work.

AIAA (American Institute of Aeronautics and Astronautics) Events. AIAA is the primary professional society for aerospace engineers. Student membership is heavily discounted — and free for K-12 students. AIAA runs multiple conferences throughout the year:

• AIAA SciTech Forum (January). The largest aerospace technical conference. Thousands of papers presented across every aerospace discipline. Students can present research and attend for reduced rates.
• AIAA ASCEND (October-November). Focused on space technology and policy. More accessible than SciTech for students who do not yet have research to present.
• Regional AIAA student conferences. Smaller, more affordable, closer to home. Excellent for first-time conference attendees.

AAS (American Astronautical Society). Focused specifically on spaceflight. Runs the AAS/AIAA Space Flight Mechanics Meeting and the AAS Guidance, Navigation, and Control Conference. More specialized than AIAA but deeply respected in the orbital mechanics and GNC communities. Student membership is about $25/year.

Small Satellite Conference (SmallSat, Logan, UT, August). Run by Utah State University and AIAA. The premier conference for the small satellite community — CubeSats, SmallSats, responsive space. If you are involved in a university CubeSat project, this is the conference to attend. Relatively affordable and deeply technical.

Student Competitions as Networking Events

Competitions serve double duty: they build technical skills and put you in a room with the people who matter.

NASA Student Launch. Teams design, build, and fly a high-power rocket to exactly 5,280 feet (one mile) with a scientific payload. The competition includes design reviews with NASA engineers at Marshall Space Flight Center in Huntsville. Those review panels include NASA civil servants and contractors who are actively evaluating talent. Making a strong impression during your design review is a networking opportunity disguised as an academic exercise.

Spaceport America Cup (IREC). The world’s largest intercollegiate rocket engineering competition. Over 150 teams from around the world launch at Spaceport America in New Mexico. The event includes an industry career fair and networking sessions. Companies like Blue Origin, Northrop Grumman, and Aerojet Rocketdyne attend specifically to recruit. Bring your resume.

NASA RASC-AL (Revolutionary Aerospace Systems Concepts Academic Linkage). College teams design exploration architectures — lunar bases, Mars missions, deep space habitats. Selected teams present at a forum at NASA’s Cocoa Beach facility. The judges are NASA engineers and managers. This competition demonstrates systems engineering thinking, which is the single most valued skill in the space industry.

NASA Space Apps Challenge. A global hackathon held annually in October. Over 30,000 participants at 300+ locations worldwide. Teams spend a weekend solving real NASA challenges using open data. This is the lowest-barrier entry point for space community engagement. No travel required — events are local. No experience required. Just show up and build something. The winning projects receive recognition from NASA, and the collaborative experience is genuine resume material.

University Teams: Your Home Base

Before you attend a single conference, plug into your university’s space-adjacent teams. These are your local community and your proving ground.

Rocketry teams. Most engineering universities have teams that compete in NASA Student Launch or the Spaceport America Cup. You do not need to be an aerospace major to contribute — teams need structures people (ME), avionics people (EE), software people (CS), and recovery systems people. Join as a freshman.

CubeSat programs. If your university builds CubeSats (many do, often funded by NASA or the Air Force), getting on that team gives you hands-on satellite development experience that directly translates to jobs at Planet Labs, Maxar, L3Harris, or any satellite company. CubeSat projects involve real systems engineering — thermal analysis, power budgets, communications design, mission operations.

AIAA and AAS student chapters. These bring in speakers from local aerospace companies, organize plant tours, and host technical workshops. In space hub cities like Huntsville, Houston, LA, Denver, and the DC metro area, the speakers at these events are often hiring managers or senior engineers.

Online Communities

You do not need to wait for a conference to connect with the space community.

Reddit r/aerospace and r/spacex. Active communities where students, engineers, and enthusiasts discuss technical topics, job opportunities, and industry news. Lurk first, then contribute thoughtfully. Do not post basic questions that a Google search would answer.

NASASpaceFlight.com (NSF) Forum. One of the most knowledgeable online space communities. Deep technical discussions about launch vehicles, mission design, and space policy. The forum members include professional aerospace engineers, former NASA employees, and journalists. Reading NSF forum threads will teach you more about current space programs than most textbooks.

LinkedIn. This is where space professionals actually network. Follow companies and people at the organizations you want to work for. Engage with their posts substantively — not “Great post!” but actual technical commentary or thoughtful questions. When you attend a conference, connect with every person you have a real conversation with. Your LinkedIn network will become your job search network within a few years.

How Space Industry Networking Actually Works

Forget everything you have heard about networking being about collecting business cards or making small talk. In the space industry, networking is about demonstrating competence over time.

Here is the pattern that works:

1. Show up. Attend SEDS meetings, go to a regional AIAA conference, compete in NASA Student Launch, participate in Space Apps Challenge. Just be present.
2. Contribute. Do real work on your rocketry team. Present a poster at a student conference. Write software for your CubeSat. The space community respects people who build things.
3. Follow up. After meeting someone at a conference, send a brief LinkedIn message referencing your conversation. Not a sales pitch — just a human connection. “Good talking with you about the GOES-T thermal design at SmallSat. Hope the mission is going well.”
4. Be consistent. The person you met once at a conference is an acquaintance. The person you have seen at three events over two years, who you had real technical conversations with each time, is a connection who will answer your email when you are job hunting.

The space industry has a long memory. The people you meet as a student will be your professional community for decades. Treat every interaction accordingly.

Mentorship

Many space professionals genuinely want to help students break into the field. The industry has a strong culture of paying it forward — most senior engineers remember someone who gave them their first opportunity.

How to find a mentor:

• Ask your SEDS chapter advisor or your AIAA student chapter faculty contact for introductions.
• After a conference talk that resonated with you, approach the speaker with a specific question (not “can you be my mentor?” but “I am working on X and would love your advice on Y”).
• NASA and Space Force both have formal mentorship programs. Ask about them during internships.
• Space Grant consortia often pair students with professionals.

A good mentorship relationship develops naturally from repeated, genuine interactions. Do not force it. Show up, do good work, ask smart questions, and the right people will invest in you.

Your Action Plan

1. This week: Check if your school has a SEDS chapter (seds.org). Look up your university’s rocketry, CubeSat, or AIAA student chapter.
2. This month: Attend a meeting. Sign up for AIAA student membership (free for K-12, discounted for college students). Join r/aerospace and NASASpaceFlight.com forums.
3. This semester: Participate in the NASA Space Apps Challenge (October). Register for your regional AIAA student conference or SEDS SpaceVision.
4. This year: Compete in NASA Student Launch or Spaceport America Cup with your university team. Attend one professional conference. Build three to five genuine connections with people working in space.

The space industry is growing faster than it has since the 1960s. The Artemis program, commercial launch expansion, satellite mega-constellations, and the Space Force are all creating demand for talent. The community is open and welcoming to students who show up prepared, engaged, and willing to work.

Your next step is simple: find the nearest gathering of space people and walk through the door.