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Why Choose Us

Empowering Women in Space Industry

SHE ORBITS is a multidisciplinary Space & STEM global company dedicated to advancing women's participation in aerospace technology, satellite missions, and space exploration. We bridge the gender gap in STEM through quality training, global recognition, practical research, and 30+ space and STEM sectors where learners can discover their path into the future space industry.

1000+

Women Trained in Aerospace Technology

50+

Space Research Projects Completed

10+

International Space Partnerships

30+

Space Sectors Across Different Fields

Learn More About Our Mission

Space & STEM Sectors We Pioneer

Discover 30 interdisciplinary pathways where girls can lead humanity's journey beyond Earth — from engineering and medicine to policy, business, arts, and future human space systems. To explore any sector in detail, just click on it.

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Our Research

Our Research Projects

SHE ORBITS advances interdisciplinary research across autonomy, satellite systems, orbital dynamics, astronaut health, and Earth observation—turning ambitious ideas into publishable, mission-ready insight.

Cyber-Resilient Satellite Collision Avoidance research

Cyber-Resilient Satellite Collision Avoidance via Deep Reinforcement Learning: An End-to-End PPO Framework with Adversarial Robustness

An AI-driven research project developing an autonomous satellite collision avoidance framework for Low Earth Orbit (LEO) using Deep Reinforcement Learning and Proximal Policy Optimization (PPO). The system enables intelligent, fuel-efficient maneuver planning while enhancing resilience against adversarial cyber threats, contributing to safer and more autonomous satellite operations.

Deep Reinforcement Learning Autonomous Satellite Navigation Space Cybersecurity
Design and Operations of Small Satellites in LEO

Design and Operations of Small Satellites in Low Earth Orbit

A Pre-Phase A/Phase A conceptual design study for a generic 12U LEO CubeSat bus, covering orbit selection, subsystem architecture (ADCS, EPS, C&DH, structures/thermal), mass/power budgets, and the full mission lifecycle from fabrication through launch, operations, and end-of-life disposal in compliance with debris mitigation guidelines.

CubeSat design LEO mission lifecycle Small satellite systems engineering
Spacecraft Formation Flying in Retrograde Orbits

Dynamics and Control of Spacecraft Formation Flying in Retrograde Orbits

A technical review examining relative-motion dynamics (HCW, T-H, Yamanaka-Ankersen) and control strategies (PID, LQR, MPC, distributed/cooperative) for spacecraft formation flying in retrograde orbital regimes, with emphasis on J2 and third-body perturbations, collision avoidance, and emerging machine learning/multi-agent RL approaches for autonomous GNC.

Spacecraft formation flying Retrograde orbit dynamics Autonomous GNC
Effects of Space Radiation on Human Health

Effects of Space Radiation on Human Health in Low Earth Orbit

A literature review examining how galactic cosmic rays, solar particle events, and trapped radiation affect astronaut health in LEO (with ISS and Tiangong as case studies), covering molecular, cellular, CNS, cardiovascular, ocular, and reproductive effects, current shielding/countermeasure strategies, and key research gaps such as the lack of long-term human dose-response data.

Space radiation biology Astronaut health risks LEO dosimetry
Exploring Lagrange Points for Space Observation

Exploring Lagrange Points for Space Observation Missions

A study of the five Lagrange points arising from the Circular Restricted Three-Body Problem, covering their derivation, stability properties (unstable collinear vs. stable triangular points), and their use in real missions—including SOHO and DSCOVR at L1, JWST, WMAP, and Planck at L2, and Chang'e 4's Queqiao relay at Earth-Moon L2—along with future prospects for L4/L5 as sites for stable long-term structures.

Lagrange points Three-body problem Space telescope orbits
Satellite Coverage Analysis for Disaster Monitoring

Satellite Coverage Analysis for Disaster Monitoring: A Review of Orbital Mechanics, Ground Track Analysis and Satellite Observation Techniques

This study analyzes satellite coverage, ground tracks, and revisit times for disaster monitoring, using RISAT-1 over flood-prone Assam as the primary case study (with MENA and China's Jianghan Plain as secondary regions). It evaluates SAR-based flood detection and satellite pass patterns to assess how effectively different orbital configurations support real-time disaster response.

Satellite Coverage SAR Flood Detection Revisit Time Analysis
Legal Counsel Memo – Launch of an Italian Private AI-Enabled Earth Observation Satellite

Legal Counsel Memo – Launch of an Italian Private AI-Enabled Earth Observation Satellite

A legal roadmap for an Italian New Space startup developing an AI-enabled Earth observation satellite, covering authorization, registration, liability, cybersecurity, export controls, debris mitigation, and AI governance.

AI in Space Earth Observation Space Regulation
The Artemis Accords and Space Resource Extraction

The Artemis Accords and Space Resource Extraction

Examines the legal framework surrounding space resource extraction under the Artemis Accords and the Outer Space Treaty, including resource utilization, safety zones, and competing international approaches.

Artemis Accords Space Resources International Law
The End of the ISS? Legal Implications of the Deorbiting of the International Space Station

The End of the ISS? Legal Implications of the Deorbiting of the International Space Station

Explores the legal and environmental implications of ISS deorbiting, including international responsibility, jurisdiction, liability, safety, and potential marine environmental impacts.

ISS Liability Space Sustainability
Space Tourism and Criminal Liability

Space Tourism and Criminal Liability: Who Is Responsible When a Crime Happens in Space?

Investigates criminal jurisdiction in commercial space tourism and proposes an international framework for determining jurisdiction, cooperation, evidence handling, and responsibility for crimes in space.

Space Tourism Criminal Law Jurisdiction
From Prevention to Action: The Challenge of Space Debris

From Prevention to Action: The Challenge of Space Debris

Examines the transition from preventing space debris to actively remediating it, addressing ownership, liability, jurisdiction, authorization, and the governance of active debris removal.

Space Debris ADR Space Sustainability
Iridium 33 – Kosmos 2251

Iridium 33 – Kosmos 2251

Analyzes the 2009 collision between Iridium 33 and Kosmos 2251, focusing on fault, negligence, liability, collision avoidance, and the legal challenges created by orbital debris.

Orbital Collision Liability Space Debris
Space Insurance

Space Insurance

Explores insurance across the space mission lifecycle, from pre-launch and launch to in-orbit operations and third-party liability, highlighting its role in managing commercial space risks.

Space Insurance Risk Management Liability
Before Liftoff: Legal Counsel's Roadmap for Launching a Commercial Earth-Observation Satellite

Before Liftoff: Legal Counsel’s Roadmap for Launching a Commercial Earth-Observation Satellite

Provides a practical legal roadmap for a commercial Earth-observation mission, covering launch licensing, remote sensing, spectrum, registration, insurance, cybersecurity, export controls, and debris mitigation.

Earth Observation Commercial Space Licensing
Policy Brief for a First Private Satellite Mission

Policy Brief for a First Private Satellite Mission

Proposes a regulatory framework for a government authorizing its first private satellite mission, addressing licensing, registration, insurance, ITU requirements, cybersecurity, debris, and national security.

Satellite Licensing Regulation Policy
Legal Memorandum for a Startup: Pre-Launch Compliance

Legal Memorandum for a Startup: Pre-Launch Compliance

Examines the legal requirements facing an Italian Earth-observation startup before launch, including authorization, licensing, registration, insurance, spectrum, export controls, and end-of-life obligations.

Compliance Licensing Earth Observation
Kosmos 954 – Damage Caused by a Space Object

Kosmos 954 – Damage Caused by a Space Object

Analyzes the 1978 Kosmos 954 nuclear satellite accident and the resulting radioactive contamination in Canada under the Outer Space Treaty and Liability Convention.

Kosmos 954 Liability Nuclear Spacecraft
The 2021 Russian ASAT Test

The 2021 Russian ASAT Test: Space Security, Responsibility, and the Challenge of Protecting the Orbital Environment

Examines the destruction of Cosmos 1408, the resulting orbital debris, and the international legal questions surrounding state responsibility, liability, and destructive ASAT testing.

ASAT Orbital Debris State Responsibility
The 2021 Russian ASAT Test and International Legal Governance

The 2021 Russian ASAT Test and International Legal Governance

Studies the legal implications of the 2021 Russian ASAT test, focusing on orbital debris, state responsibility, attribution, and the need for stronger international restrictions.

ASAT Space Governance Orbital Debris
Personal Reflection on AI and Space Law Making

Personal Reflection on AI and Space Law Making

Explores emerging legal challenges created by autonomous AI systems in space, including collision risks, fault-based liability, safety audits, transparency, and algorithmic decision-making.

AI Space Law Autonomous Systems
SpaceX Falcon 9 Moon Crash

SpaceX Falcon 9 Moon Crash

Examines the legal implications of a spent Falcon 9 upper stage impacting the Moon, particularly the distinction between physical alteration of celestial bodies and legally compensable damage.

Lunar Activities Liability Space Resources
Advising a Government That Wants to Authorize Its First Private Satellite Mission

Advising a Government That Wants to Authorize Its First Private Satellite Mission

Provides a government-focused framework for authorizing and supervising a private satellite mission under international space law and national regulatory requirements.

Authorization Supervision Space Regulation
2030 Space Program: The Need for a Stronger Legal Framework

2030 Space Program: The Need for a Stronger Legal Framework

Analyzes future space initiatives up to 2030, emphasizing regulatory gaps, international cooperation, and policy adaptations required for sustainable space operations.

Space Policy 2030 Strategy Legal Framework
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Upcoming Opportunities

Space Industry Programs

Comprehensive aerospace programs designed to empower women with cutting-edge skills in satellite technology, mission planning, space research, and leadership in the global space industry.

Explore all opportunities
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Why Choose SHE ORBITS

Where women turn ambition into real opportunities in the space industry.

SHE ORBITS is built exclusively for women who want to learn, innovate, and build their future in space. We bridge the gap between women, knowledge, the space industry, and real missions—creating pathways that go beyond traditional education.

01 Women-Only. Purpose-Built.
  • A dedicated environment exclusively for women in space and STEM.
  • Designed to help women learn, collaborate, lead, and grow with confidence.
  • Built around the unique needs and ambitions of women in STEM.
02 Connected to the Real Space Industry
  • Direct industrial connection to the space sector.
  • Exposure to real industry practices, challenges, and technologies.
  • Access to real industry opportunities and experiences.
03 From Learning to Real Missions
  • Knowledge is only the beginning.
  • Pathways from learning and research toward real engineering projects.
  • Gain experience that goes beyond the classroom.
04 Industry-Relevant Skills
  • Skills and knowledge that matter in the evolving space sector.
  • Aerospace, satellite technologies, and Earth observation.
  • AI, data science, astronomy, and emerging space applications.
05 Multidisciplinary by Design
  • Space challenges require more than one discipline.
  • Bringing science, engineering, technology, and innovation together.
  • Approach complex space challenges from multiple perspectives.
06 From Ideas to Impact
  • Transform learning into research, projects, and solutions.
  • Develop innovations with real-world potential.
  • Focus on meaningful impact—not simply certificates.
07 Opportunities to Build & Lead
  • Take responsibility and contribute to projects and missions.
  • Develop ideas and turn them into meaningful contributions.
  • Grow as future leaders in the space industry.
08 A Community With a Purpose
  • A focused community of women who share an ambition for space.
  • Connect, collaborate, learn, and grow together.
  • Become active contributors to the future of space.
OUR PROMISE

We don't just prepare women for the space industry.

We create opportunities for them to become part of it.

30+

Space sectors across science, technology, engineering, business, health, sustainability, policy, arts, and future space fields.

1000+

Girls Engaged Globally

SHE ORBITS

Hundreds of girls worldwide have joined SHE ORBITS workshops, mentorships, programs, and research experiences—building skills, confidence, and pathways into the global space industry.

Astronauts working in space
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FAQs

Frequently Asked Questions

Learn more about our programs, admission requirements, and how SHE ORBITS is creating pathways for women to lead in the global space industry.

SHE ORBITS is a global space company dedicated to empowering the next generation of innovators through education, research, innovation, and international collaboration across the space sector. Our mission is to create accessible opportunities that inspire individuals to contribute to the future of space exploration and technology.

Our programs are open to women and girls from all backgrounds who are passionate about space and STEM. We offer programs for high school students, university students, and professionals looking to transition into aerospace careers. No prior space experience required - just curiosity and commitment!

Yes. SHE ORBITS is an international company with participants from more than 60 countries. Most of our educational programs, workshops, and events are delivered online, allowing learners worldwide to participate.

Yes. Participants who successfully complete the program requirements receive an official SHE ORBITS Certificate of Completion. Some programs may also include additional recognition for outstanding performance or project excellence.

Many of our initiatives are offered free of charge to expand access to high-quality space education. Some specialized programs may have different participation models, which will always be announced in advance.

Applications for the SHE ORBITS Ambassadors Program open periodically throughout the year. Ambassadors represent SHE ORBITS in their universities and communities by organizing events, promoting space education, and supporting our global initiatives.

Absolutely. Participants are encouraged to join multiple programs and explore different sectors based on their interests and career goals.

Yes. SHE ORBITS supports research and innovation across multiple disciplines, including artificial intelligence, satellite technologies, Earth observation, orbital mechanics, space medicine, cybersecurity, sustainability, and future space exploration. We actively encourage participants to engage in research projects and collaborative initiatives.

We welcome collaborations with universities, research institutions, companies, nonprofits, and industry experts. Partnership opportunities include educational programs, research projects, workshops, conferences, outreach initiatives, and strategic collaborations.

Follow SHE ORBITS on our official social media platforms and regularly visit our website to receive updates on new programs, research initiatives, workshops, conferences, competitions, and global opportunities. Still have questions? Email contact@sheorbitscompany.com — we typically respond within 48 hours.

Participants work on real space missions including satellite design and launch, Mars habitat development, asteroid mining research, and space medicine experiments. You'll have hands-on experience with mission control operations, data analysis from active satellites, and collaborative projects with international space agencies.

Yes! We offer full and partial scholarships based on merit and need. Over 60% of our participants receive some form of financial assistance. We also have partnerships with corporations and space agencies that sponsor talented women. Our goal is to ensure financial barriers don't prevent anyone from reaching the stars.

Our graduates work at leading space agencies (NASA, ESA, ISRO), private space companies (SpaceX, Blue Origin, Virgin Galactic), and research institutions worldwide. Career paths include satellite engineering, mission planning, space medicine, astrobiology, and space policy. With our 95% job placement rate, you'll be well-positioned for your dream space career.

Programs range from 6-week intensive bootcamps to 2-year comprehensive training programs. We offer both on-site programs at our state-of-the-art facilities and hybrid options combining online learning with periodic hands-on sessions. International participants can join our virtual labs and collaborate on global projects through our digital platform.

Our team is here to help.
📧 Email: contact@sheorbitscompany.com
💬 Response time: Within 48 hours
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Latest Updates

Space Industry News

Stay updated with the latest space exploration news, space industry developments, and breakthrough research from organizations shaping humanity's journey beyond Earth.

Launch: 2027

Artemis III: NASA’s Next Giant Leap Toward the Moon

NASA’s Artemis III is planned for 2027 as a crewed demonstration mission designed to test critical systems required for future lunar surface missions. The mission will launch four astronauts aboard Orion and demonstrate rendezvous and docking operations with commercial lunar landing systems in low Earth orbit.

NASA

Launch: August 30, 2026

Nancy Grace Roman Space Telescope: A New Window on the Universe

NASA’s Nancy Grace Roman Space Telescope launched on August 30, 2026, aboard a SpaceX Falcon Heavy. The observatory is designed to investigate dark energy, exoplanets, and the large-scale structure of the universe, expanding our ability to study the cosmos with wide-field observations.

NASA

Launch: 2026

Falcon Heavy: SpaceX’s Heavy-Lift Powerhouse

SpaceX’s Falcon Heavy remains one of the world’s most powerful operational launch vehicles, combining three Falcon rocket cores to deliver large payloads to orbit. Its capabilities support demanding government, commercial, scientific, and deep-space missions—including the launch of NASA’s Nancy Grace Roman Space Telescope in 2026.

SpaceX
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Join Us

Launch Your Space Journey

Ready to break barriers and reach for the stars? Join our community of pioneering women in space. Share your dreams with us—we're here to help you achieve them.