We are building
the infrastructure
for humanity’s
expansion into space.
Since our founding in 2019, our mission has been clear: to
enable affordable, available satellite servicing. We believe
humans are meant to expand throughout the universe;
our novel technology will help us autonomously build the
future off-world economy.
Meet our team members
Austin Link
Co-founder Aerospace Engineering, Purdue Physics, Stanford
Trevor Bennett
Co-founder PhD Aerospace Engineering, University of Colorado Boulder
Adam Herrmann
Flight Algorithms PhD Aerospace Engineering Sciences, University of Colorado, Boulder
Akil Middleton
Flight Algorithms MS / Aerospace Engineering, Massachusetts Institute of Technology
Aldo Siananta
Technician Engineering Arizona State University
Alex Coultrup
Business Development Human Factors and Space Policy, Florida Institute of Technology
Alex Gonring
Flight Algorithms Aerospace Engineering, Purdue
Alex Herbets
Business Development Electrical Engineering / MBA, Georgia Tech / Chicago Booth
Amelia Dumovic
Flight Algorithms Electrical Engineering, University of Washington
Andy Wilcox
Flight Algorithms Aerospace Engineering, Purdue
Anna Miller
Space Robotics Civil Engineering, UAA Mechanical Engineering, Dartmouth
Ari Juster
Business Operations Economics, Northwestern
Arthur Klinkefus
Technician U.S. Navy
Augie Collins
Satellite Systems Mechanical Engineering, University of Washington
Azalea Andrews
Satellite Systems Multidisciplinary Engineering Technology, Texas A&M
Ben Ponto
Mission Manager PhD / Chemical Engineering, University of Washington
Brendan Hagan
Flight Algorithms Aerospace Engineering, Purdue
Brendan Hurley
Satellite Systems Electrical & Computer Engineering Oregon State
Brian Cruz
Space Robotics Electrical Engineering, Caltech
Callum Burgess
Flight Algorithms MS / Computer Science, Stanford
Cameron McCoy
Flight Algorithms Computer Engineering Purdue
Cameron Selby
Flight Algorithms MS / Mechanical Engineering Carnegie Mellon
Cappie Pomeroy
Space Robotics Mechanical Engineering, Massachusetts Institute of Technology
Carl Hulit
Space Robotics Mechanical Engineering, Duke University
Chris Glasnapp
Flight Algorithms Computer Science Virginia Polytechnic
Christoph Frauzem
Space Robotics Aerospace Engineering, RWTH Aachen University
Clayton Baumgart
Flight Algorithms Mechanical Engineering Columbia University
Collin Pernu
Space Robotics Electrical Engineering, University of Washington
Dahlia Baker
Flight Algorithms PhD Aerospace Engineering Sciences University of Colorado Boulder
Drew Galbraith
Flight Algorithms Computer Science, Georgia Institute of Technology
Eiji Shibata
Satellite Systems Aerospace Engineering, Purdue
Eva Kloiber
Satellite Systems Electrical Engineering, University of Michigan
Fabiola Portillo
IT & Business Operations Mechanical Engineering Cal State Long Beach
Griffin Avery Tucker
Flight Algorithms Computer Engineering University of Illinois at Urbana-Champaign
Ian Heidenberger
Space Robotics Aerospace Engineering, University of Southern California
Islam Nazmy
Flight Algorithms Aerospace Engineering, Purdue
Jeff Liu
Project Execution Information and Computer Science, University of California, Irvine
Jen Thompson
Marketing and Business Operations Journalism, University of Oregon
Jesse Adams
Satellite Systems Aerospace Engineering, Purdue
Jonathan Kneller
Project Execution Technology and International Affairs, George Washington University
Kit Kennedy
Flight Algorithms Aerospace Engineering, Massachusetts Institute of Technology
Kush Shah
Flight Algorithms Aerospace Engineering, University of Texas at Austin
Lee Morris
Satellite Systems Aerospace Engineering, Embry-Riddle
Liam Maloney
Space Robotics Mechanical Engineering, University of Michigan
Lizzie Kimmel
Satellite Systems MA / Aerospace Engineering, Georgia Tech
Luis Vidal
Business Development MS / Aerospace Engineering, Georgia Tech MBA / Harvard
Margot Ruthardt
Flight Algorithms Computer Engineering, Penn State University
Matthew Adkins
Satellite Systems MS / Mechanical Engineering Arizona State
Michael Hibbard
Flight Algorithms PhD / Aerospace Engineering University of Texas at Austin
Michael Hlas
Project Execution Computer Science, University of North Dakota
Michael Madrid
Business Development Aerospace Engineering, Naval Academy
Michael Magnin
Satellite Systems M.Eng. / Mechanical & Aerospace Engineering, Nanyang Technological University
Neel Mondal
Space Robotics Electrical Engineering & Computer Science, MIT
Nicolas Chu
Flight Algorithms Aerospace Engineering, University of Washington
Nicole Brown
Mission Manager MBA / University of Washington
Patrick Zhang-Vaughn
Flight Algorithms Computer Science, University of Maryland
Preeti Mohan
Flight Algorithms MS / Computational Linguistics, University of Washington
Rachel Harris
Space Robotics Mechanical Engineering, University of Tennessee
Rachel Price
Satellite Systems MS / Advanced Aeronautical Engineering Imperial College London
Rachel Rise
Systems Engineer Aerospace Engineering Sciences, University of Colorado Boulder
Randall Kliman
Flight Algorithms MS / Electrical and Computer Engineering, Georgia Tech
Rutvik Marathe
Flight Algorithms Aerospace Engineering, University of Michigan
Ryan Henderson
Satellite Systems Aerospace Engineering, Purdue
Sam Sharma
Satellite Systems Space Engineering, University of Michigan
Sarah Bang
Business Operations Environmental Sciences, University of Washington
Sean Burchesky
Space Robotics SB Physics / MIT, PhD Physics / Harvard
Sofia Kwok
Space Robotics MS Robotics Carnegie Mellon
Steven Liu
Flight Algorithms Aerospace Engineering, Massachusetts Institute of Technology
Tiffany Le
Project Execution Aerospace Engineering / MBA, Purdue / Indiana
Tucker Ward
Business Operations Computer Science / MBA, Stanford / Harvard
Zach Sabin
Flight Algorithms Computer Science, Johns Hopkins
What’s in a name?
Why “Starfish”? Starfish are known as a “keystone species,” meaning they are vital to their habitat, and hold together the complex web of relationships in an ecosystem. We believe Starfish Space has a similar mission: to maintain and uplift the ecosystem of space, supporting its growth, health, and long-term viability for human expansion.
Our Investors
We are proud to be venture-backed and supported by prominent organizations in the space and startup ecosystems.
