Florida Space research Consortium

The Future Is Launched Here

The Florida Space Research Consortium (FSRC) brings together Florida’s leading research universities to better align the state’s academic strengths with its central role in space.

By connecting expertise across institutions and linking it more directly to Florida’s space infrastructure, the Consortium strengthens the state’s ability to contribute to — and help shape — civil, commercial and national security space activities.

It provides a clearer, more coordinated way for partners across government, industry, and academia to engage with the full breadth of capabilities at Embry‑Riddle Aeronautical University, Florida A&M University, Florida Institute of Technology, Florida International University, Florida State University, UCF, the University of Florida and the University of South Florida.

Director’s Message

It is a profound honor to serve as the inaugural Director of the Florida Space Research Consortium (FSRC).

My vision is to position the FSRC as a powerful catalyst for Florida’s space economy through research. By uniting our members’ considerable strengths, we will tackle ambitious initiatives and space missions that no single organization could achieve alone.

Through strategic partnerships among our members — and with other Florida organizations, industry, government, and the investment community — the Consortium will pursue bold goals. We will leverage space-based research to address critical health challenges on Earth, advance the manufacturing of high-value materials and biomaterials, develop transformative technologies, and make discoveries that expand human potential both on Earth and in space.

Together, we will push the boundaries of living, working, and thriving beyond our planet while reinforcing Florida’s position as a global leader in space exploration and innovation.

I look forward to collaborating with all of you to turn this vision into reality.

Alain Berinstain, Ph.D.
Director, Florida Space Research Consortium

Join the Consortium

The Florida Space Research Consortium welcomes partners across academia, industry, government, and investment who are committed to shaping the future of space.

Together, we are launching what’s next.

Partner News

Florida Space Research Consortium names Alain Berinstain as Director

Alain Berinstain, an internationally recognized leader in space research and business, has been named director of the Florida Space Research Consortium (FSRC), a statewide partnership designed to align Florida’s universities around space research, innovation and workforce development. Berinstain, who is also director of the Florida Space Institute at the University of Central Florida (UCF), has […]

Universities, NASA and space companies meet to discuss the future of Florida’s space ecosystem

Nearly 200 university researchers and representatives of the space industry gathered Tuesday (4/21) at the Kennedy Space Center to launch the next phase of the Florida Space Research Consortium (FSRC), a statewide partnership designed to align Florida’s universities around space research, innovation and workforce development.

Artemis II launch reveals unique seismic activity captured by USF scientists

As millions watched Artemis II lift off from Kennedy Space Center, USF scientists remained on the ground, capturing rare seismic and infrasound data—insights that inform launch impacts on Earth.

Embry‑Riddle Researchers Collaborate on NASA’s Northern Lights Rocket Launch

A NASA dual-rocket launch scheduled this month will explore the northern lights, whose sky-spanning colors have recently made a stunningly extensive appearance. Researchers from Embry‑Riddle Aeronautical University and eight other institutions are collaborating on the mission, which aims to advance the understanding of what occurs in Earth’s upper atmosphere during the aurora borealis.

Cleaning Up the Final Frontier: Embry‑Riddle Researchers Develop Net Mechanism to Catch Space Debris

With damaging strikes by accumulating space debris a serious threat to space missions and exploration, Embry‑Riddle researchers are developing a mechanism that can snag the debris with nets and tow it toward Earth’s atmosphere to burn up on reentry.

UCF to Play Key Role in NASA’s Artemis IV Mission

Researcher Phil Metzger prepares for the first real-world test of lunar dust theory that could have implications for activities being planned on the moon’s surface.

NASA Discovers New Bacteria “Playing Dead”

The finding could potentially reshape how scientists think about microbial survival on spacecraft and the challenges of preventing contamination during missions to space.

Cislune Partners with UCF on Simulation to Improve Decision-Making for Future Lunar Missions

Funded by NASA, the research leveraged immersive technologies and insights across disciplines to examine trust dynamics between humans and machines, ensuring safety and success for future space exploration.

Instruments Built by Embry‑Riddle Ready for Liftoff on NASA’s ESCAPADE Mars Mission

When the ESCAPADE mission blasts off toward Mars, instruments designed and built by Embry‑Riddle Aeronautical University students will be on board — ready to probe the red planet’s atmosphere and uncover how solar storms and space weather impact it, thus helping to unravel Mars’ planetary evolution history and possibly paving the way for the first […]

Florida Engineers Test Photonic AI Chips In Space

UF’s contribution focuses on testing the resilience and performance of next-generation photonic semiconductor technologies in space, a step toward developing faster, more efficient computing systems capable of withstanding extreme conditions.

Florida Tech Astrophysicist Finds Exoplanet Formation Simulations May Help in Search for Extraterrestrial Life

Theoretical Data Helps Explain Lack of Water in TRAPPIST-1 Exoplanet System

Florida Tech Offers An Eater’s Guide to Mars

As humanity sets its sights on Mars, scientists are hungry to answer an essential question: How will our interplanetary travelers eat?

Embry‑Riddle Students Prepare to Launch CubeSat to Study Memory Chip Decay From Space Radiation

After seven years of painstaking work, an Embry‑Riddle Aeronautical University student team is finally cleared to launch its second small satellite into orbit.

Embry‑Riddle Researchers Launch Rockets for a Deeper Look at Ionized Clouds That Disrupt Communications

Embry‑Riddle researchers recently shot two 46-foot-tall rockets into clouds high in the Earth’s atmosphere to learn more about the complex dynamics that affect critical communications and radar operations.

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Impact & Vision

The Florida Space Research Consortium builds on Florida’s unique position in space by more closely connecting research, talent, and infrastructure across the state.

Florida is already a national leader in launch and space operations. The Consortium extends that leadership by ensuring the research and workforce development underway across its universities are better aligned with emerging needs in space exploration, technology, and commercialization.

By working in a more coordinated way, Consortium partners are better positioned to:

Address complex challenges that span multiple disciplines and institutions
Pursue larger, more integrated research and development opportunities
Translate research into space applications more efficiently
Align education and workforce development with the evolving space economy

This approach does not add new layers of activity. Instead, it makes existing capabilities more visible, more connected, and more effective.

Over time, the State University System becomes a more cohesive resource for the nation’s space enterprise—able to engage at scale, respond to changing priorities, and contribute to the technologies, knowledge, and workforce that will define the next phase of space activity.

Our Mission

The Florida Space Research Consortium exists to connect, amplify, and advance space‑related research and innovation across the state.
Through collaboration among academia, NASA, state agencies, industry, and investors, FSRC works to:

Accelerate research that enables space exploration and benefits life on Earth
Support commercialization and the transition from discovery to deployment
Grow Florida’s space workforce and innovation pipeline
Position Florida as the nation’s premier space research and technology ecosystem

A Statewide Space Ecosystem

Florida occupies a unique position at the intersection of research excellence, launch capability, manufacturing strength, and investment power.

The Consortium brings together university‑based research, NASA’s Kennedy Space Center, Space Florida, and industry partners to leverage:

The world’s busiest and most diverse spaceport
A rapidly expanding aerospace manufacturing base
State‑supported financing, infrastructure, and commercialization programs
A deep pipeline of high‑impact research and technical talent

Together, these elements create an end‑to‑end space ecosystem—from fundamental science to mission deployment.

Signature Capabilities

Across Florida’s universities and research centers, FSRC partners operate an exceptional range of laboratories, facilities, and test environments, including:

Flight hardware development and payload processing
Thermal vacuum, vibration, radiation, and materials testing
Autonomous systems, robotics, and AI‑enabled space technologies
Microgravity research using suborbital, orbital, and analog platforms
Advanced sensing, communications, and instrumentation laboratories

These shared capabilities enable rapid experimentation, validation, and transition to flight‑ready systems.

Commercialization & Investment

FSRC works closely with Space Florida and global investment partners to bridge the gap between research and market impact.

Through programs supporting:

Startup and investor readiness
Industry‑aligned research translation
Access to capital, test facilities, and spaceport infrastructure
Connections to national and global aerospace markets

The Consortium helps ensure that innovations developed in Florida launch, scale, and succeed—in Florida.

Why Florida?

Purpose & Approach

TThe Florida Space Research Consortium connects capabilities that already exist across Florida’s universities and organizes them in ways that make them more effective in the context of space.

Rather than creating new programs or duplicating existing efforts, the Consortium focuses on alignment—across institutions and with partners such as NASA, Kennedy Space Center, Space Florida, federal agencies, and commercial space companies. This alignment makes it easier to access expertise, coordinate activity, and pursue shared priorities.

Operating at the scale of the State University System allows the Consortium to support efforts that are difficult to advance individually, particularly those that require multidisciplinary collaboration, shared infrastructure, or broader visibility. It also provides a more coherent way for external partners to engage with Florida’s universities as a connected research ecosystem.

At its core, the Consortium reduces fragmentation and improves coordination—helping Florida’s universities contribute more effectively, together, to the future of space.

Research represented within the Florida Space Research Consortium The Florida Space Research Consortium reflects the breadth of space-related work already underway across Florida’s universities while creating more intentional pathways for that work to connect and grow.

Areas of focus include:

Space science, exploration, and Earth observation
Spaceflight systems, propulsion, power, and communications
Materials, manufacturing, and infrastructure for space environments
Human health, performance, and biological systems in space
Autonomy, robotics, sensing, and data-driven space systems
Space commercialization, policy, and workforce development

Together, these areas represent a comprehensive foundation for advancing space research and application—supported by stronger coordination and shared direction.

Through its university partners, the Consortium provides access to a wide range of capabilities that support the full lifecycle of space research and development.

These include:

Spaceflight hardware development and payload processing
Thermal vacuum, vibration, radiation, and materials testing
Advanced laboratories for sensing, communications, and autonomy
Additive manufacturing and novel materials research
Microgravity research using suborbital, orbital, and analog platforms

By improving visibility and coordination across these assets, the Consortium makes it easier for researchers, agencies, and industry partners to access the resources needed to move work forward—from early discovery through flight-ready systems.

The Florida Space Research Consortium strengthens connections between university research and the growing space economy.

Working closely with Space Florida and industry partners, the Consortium helps align research activity with real-world application and opportunity. This includes supporting:

Technology maturation and transition
Engagement with startups and investors
Industry-informed research collaboration
Access to infrastructure and testing environments

A more coordinated approach helps ensure that innovations developed within Florida’s universities can move more efficiently into use—supporting job creation, attracting investment, and reinforcing the state’s role in the space economy.

The Florida Space Research Consortium is built on the idea that Florida’s universities are strongest when they are working in alignment.

By bringing together complementary strengths across the State University System—and maintaining close connections to the state’s spaceport, industry base, and public-sector partners—the Consortium provides a more unified, accessible, and effective way to engage Florida’s academic capabilities.

Together, the Consortium partners are helping ensure that Florida’s leadership in space extends beyond launch—contributing to the research, technology, and workforce that will shape the future of space.

University Partners

The Florida Space Research Consortium is powered by Florida’s major research universities. Each partner contributes distinct strengths in science, engineering, medicine, policy, business, and workforce development—creating a deeply interdisciplinary space research enterprise.