Harry led development of the grid fin landing system for SpaceX. He later managed the final integration team that achieved a biweekly vehicle production rate.
We are a tight team with big goals. That means we need all hands on deck. At ABL, every person takes ownership of their work, and understands how it impacts our mission. Accessing space doesn’t need to be expensive, complicated, or difficult, and we’re building the systems, CONOPS, and organization to prove it.
ABL is committed to the national security of the United States and our allies. Our innovative vehicle and launch systems enable space resiliency. We are made in the USA, ensuring all suppliers and sub-suppliers are highly vetted and technically audited.
In the US and abroad, private and civil entities are funding missions to build a better tomorrow. Whether it’s for natural resource management, global communications, or exploring the solar system—we support the science and business that is shaping our world. Our reliable and affordable launch systems help make this possible.
Quickly manufactured, flexibly operated. Our versatile launch systems can activate new launch capability anywhere you want it. We service the full cislunar volume and beyond
Dan previously held investment, business development, and engineering roles at Morgan Stanley, AltSchool, Redpoint Ventures, and Dynasty.com. He leads ABL’s corporate and business functions and holds degrees in Physics and Economics from MIT.
JBarr led the avionics and integration team for the Falcon 9 launch vehicle at SpaceX supporting over 75 launches. He led avionics development for five versions of Falcon including stage 1 reentry.
Becker started as one of the original members of Virgin Orbit’s propulsion team working on engine layouts, high-flow cryogenic valves, and turbomachinery. He built and led the components team and coordinated all turbomachinery and propulsion component related efforts from initial specification to qualification.
John Conafay is a Veteran of the United States Air Force and has worked in business and leadership roles at SEDS-USA, Spire Global, Bryce Space and Technologies, NASA HQ, Astranis, and Spaceflight Inc. He is currently leading commercial business development for ABL.
Josh has spent majority of his career doing GNC for SpaceX. He has contributed to many of the company’s firsts: Dragon docking with the ISS, Falcon 9 landing, Falcon Heavy, and the Starhopper test vehicle.
Matthew recently coordinated materials management at Virgin Orbit. Previously, he was an early employee at SpaceX where he led production control and supervised materials management.
Ryan began his career as a mechanical design engineer at Boeing and then Parker Hannifin. At SpaceX, he designed the third generation Falcon 9 grid fin landing system and led the Falcon 9 stage 1 propulsion systems team.
Luke led the structures team at Vector Launch. Previously, he was responsible for the delivery of the world’s first full-scale Hyperloop vacuum structure at Hyperloop One, and was part of the team that integrated the first Airbus A350 composite wings.
Blaine previously worked at SpaceX, where he was the Stage RE for 15 Falcon 9 & Falcon Heavy missions, led the booster refurbishment effort of the first F9 booster to re-fly, and previously supported the company in Finance & Supply Chain.
Dan’s background is in corporate finance, with experience in mergers and acquisitions, as well as capital markets. He was recently a Senior Vice President in Stout’s investment banking group responsible for execution of sell-side M&A transactions. Previously, he spent five years at CRT Capital in a generalist role focused on primarily leveraged finance and private capital raises.
Jake recently led a team of integration technicians at Virgin Orbit. Earlier, he led final assembly for Falcon 9 Stage 1 and Dragon Structures at SpaceX, where he performed final integration on over 40 rocket stages.
I-Hwei began his career in the U.S. Army where he led infantry and military intelligence soldiers in global operations. Following his service, I-Hwei joined JPMorgan Chase where he held positions in strategic workforce development, internal consulting, and technology strategy.
Erin led all legal and compliance matters as the General Counsel at International Launch Services. Previously, she advised space and satellite clients, from startups to established defense contractors, at Hogan Lovells. Erin also advised banking, insurance, and retail units at Cognizant Technology Solutions.
Kirk was the SETA technical lead for the DARPA Launch Challenge. Prior to that he managed external payloads integration at NanoRacks. His background includes tours of duty as a Navy intelligence officer and extensive experience in National Security Space.
Eva spearheaded research on the small launch sector at Lockheed Martin Ventures. She built geospatial data platforms that leverage EO constellations and mobile-user data. Earlier, she moderated debates on dual-use technology hosted at the United Nations General Assembly.
Kenny began his career in the US Army, serving as a Helicopter Crew Chief, with deployments in Afghanistan, Iraq, and Kuwait over a six year time span. After returning, he became a Lead Aircraft Mechanic for Singapore Airlines out of LAX before bringing his technical expertise to ABL.
Eric spent three years working on cancer therapeutics after graduating from UCSB. After undergrad, he earned a master’s degree from Cal Poly, SLO focusing on the operational aspects of UAVs, developing the avionics package for Cal Poly’s collegiate rocket club.
Jerry has more than two decades of experience in the industry, starting in 1996 at Northrop Grumman, building 747 fuselages. Later, he transferred to the military division, where he worked on the F-35 Stealth Fighter, F/A-18E/F Super Hornet, and EA-18G Growler aircraft. In 2013, Jerry joined SpaceX, where he helped create the Advanced Sub-Assembly Department.
Saylor coded a physics simulator to analyze separation and clearance for Virgin Orbit’s first payload. Earlier, she designed, built, and tested the recovery system for the Stanford rocket that won first place at the Intercollegiate Rocketry Engineering Competition.
Kevin managed global marine operations of 46 drilling units and 360+ personnel for Diamond Offshore. He previously supervised operations for the first-article construction of an offshore drilling unit at Atwood Oceanics.
Roy has been working on real time embedded systems professionally since high school, and has won awards for his rocket avionics, hybrid motors, and full-stack quadcopter projects.
Andrew developed a hybrid rocket motor, led the rocketry team, and founded a SEDS chapter while at Johns Hopkins University. At SpaceX, he was on the Starlink satellite constellation thermodynamics group where he supported early architecture trades and avionics hardware reliability.
Austin was lead test stand engineer at the USC Liquid Propulsion Laboratory. He was in charge of reviewing operations and safety plans before tests to evaluate hazards. This led him to pursue working on the regulatory side of the launch process at ABL.
Anthony brings his wealth of experience from building software at startups and agencies. Previously, he consulted for BCG Digital Ventures to help launch Avail, Allstate’s newest carshare business.
Millie recently developed aircraft design models at Boom Supersonic. Previously, she worked in conceptual design and computational methods at Aurora Flight Sciences, Boeing, and Northrop Grumman.
Matt started his career at Northrop Grumman, where he led the prototype micro-machining division. Later, Matt went to Georg Fischer Signet where he and his team developed a manufacturing cell capable of bringing 97% of outsourced machined products in house.
Cady started her career working on fixed-wing aircraft. Most recently, she was at Boeing in aerodynamic performance, in positions spanning commercial flight test to experimental wind tunnel testing.
Rudy’s career began at Swift Core Aerospace, advancing quickly to CNC Operator. Picking up experience at PB Fasteners as a Tool and Die Maker, he was soon recruited by Northrup Grumman as a R&D Multi-Axis Programmer and Assembly Technician, where he made significant contributions to the JWST Telescope. Since Northrop, he has led CNC and manufacturing operations at companies such as Hera Technologies and California Machines.
Jon started his career at Moog Inc. Space and Defense Group where he led a group of Engineers developing and validating high precision Actuators and Mechanisms. At SpaceX, he ran multiple development programs from conception to flight in the propulsion component department.
Jeff has been welding professionally for 15 years. He has produced parts for military and civilian turbojet and turbofan engines. Jeff also served as a member of the propulsion welding team at SpaceX.
Shane was a machine operator at Hyatt Die Cast and Engineering Co, and is a graduate of The Fab School. Earlier, Shane was an Airman in the U.S. Air Force.
Andre began his career as a researcher in the R&D departments of early stage biotechnology companies. After graduating from UC Irvine with a degree in Biology, he worked for an emerging Medtech company in Santa Monica. During his first two years there, the company doubled in revenue and headcount, and accomplished their first year audit. He most recently worked for Full Stack Finance, an LA-based accounting firm specializing in early stage, VC-backed start-ups across a variety of industries.
Hridu most recently designed a six-degree of freedom simulation and on-board state machine as part of the GNC/Flight Software team for the PyCubed-1 proof-of-concept CubeSat mission. He previously published research on GNSS spoofing detection at the Stanford GPS Lab.
Stephen most recently managed build and test operations for over a dozen component product lines in the Dragon Commercial Crew Program at SpaceX.
Cody has performed heavy-lift operations & precision rigging for over 15 years.
In 2016 he began his aerospace journey at SpaceX, where he was responsible for all heavy-lift operations across Falcon 9 rocket production. Later he joined the Final Integration team, completing 40 successful launch campaigns, including Falcon Heavy, & NASA crew missions.
Alex recently developed simulations and algorithms for various programs at Lockheed Martin Missiles and Fire Control. Previously, he held hardware, systems, and avionics roles for Boeing and Honda Aircraft.
Ellen played a key role in establishing the University of Notre Dame’s first 3D Print Lab. During her time in the Edison Program at GE Power, she worked on the design, development, and qualification of metal additive components for gas turbines.
Ryan has worked in the IT and Aerospace industry for the past 15 years, shaping his passion for science and technology. He built network systems for companies such as Sea Launch and Virgin Orbit, before bringing his expertise to ABL.
Cesar has been in the industry for over twenty years starting as a satellite electronics technician at SSL in Palo Alto. Previously he was the lead R&D technician developing rocket engine components for the Falcon 9 and Raptor engine at SpaceX.
Jacob designed GNC algorithms for three prototype UAV programs at Boeing Phantom Works. Later, he developed GNC systems for commercial drones at AeroVironment.
Bryce founded a small launch vehicle startup, advocating to the DoD for tactically responsive small launch. He built and flew the first FAA-certified, autonomous high-altitude balloon launch platform. Previously, he integrated and tested the James Webb Space Telescope propulsion system.
Dan has worked in both plastics and metal 3D printing for more then 28 years. With experience from three prior start ups, he has fabricated everything from toys to super cars.
Will joined the US Marine Corps in 2004 as a helicopter engine mechanic, building turboshaft engines that would be used all over the world. In 2010 he returned and earned his associates degree in Aeronautics, along with an airframe and power plant certificate. This led him to work for an international aircraft maintenance, repair, and overhaul station at LAX, before joining ABL. Will hopes his work on rockets is an inspiration for his daughter, a reminder for her to always pursue her dreams.
Jeff designed the structure of the PyCubed-1 micro-satellite and led the design of a miniature methane/oxygen rocket engine while at Stanford. Most recently, he worked on the SpaceX Raptor engine, developing fluid systems and contributing to various hardware prototyping efforts.
Kirill designed and implemented over a dozen advanced avionics platforms for High Altitude Balloons at Stanford University. Earlier, he won a World Championship in competitive robotics.
Manny has been in the Aviation and Aerospace industry for 13 years. He started as a CH53-D/E Helo engine technician, and later a Quality Inspector within the Marine Corps. In 2016 he was hired as a Final Integration technician at SpaceX and eventually became a member of the Rocket Refurbishment Program where his work contributed to over 30 rocket builds across multiple teams.
Matt developed aerostructures and conducted system architecture trades as an early member of the Starship team at SpaceX. Before that, he helped build and test the first full-scale hyperloop track, responsible for the airlock structures and mechanisms.
Mark is an embedded engineer with experience in FPGAs and software for aerospace, cybersecurity, and medical applications. He previously worked at SpaceX doing firmware design for a number of projects, including the Falcon engine controller.
Mike began his career as an executive assistant to the operating partner of Keller Williams Silicon Beach and a legal assistant to the firm founder of Carlson & Messer LLP. During his tenure, he was responsible for implementing numerous organizational and account management practices.
Sean most recently was a member of the Liquid Propulsion Laboratory at the University of Southern California. He was an integration and test engineer for the Balerion rocket engine development campaign. He also has two publications with AIAA and IAC regarding additively manufactured rocket engines.
Connor recently worked in the marine industry, in both manufacturing and retail operations. There, Connor managed a dealer and customer network spanning all of North America, the Caribbean, and Oceania, as well as parts of Europe.
Oleg built a novel horizontal test stand and tested a 2500lbf liquid rocket engine at Boston University, where he also developed a prototype piston pump. At Analytical Space, he led full life cycle development of systems that have flown on CubeSats.
Jake started his career at SpaceX on the manufacturing team assembling, testing, and qualifying all high pressure high flow components for the Falcon 9 rocket. Later he was recruited by the R&D team developing the Raptor engine designed to fly to Mars.
Zach served in the United States Marine Corps before joining SpaceX in 2016. There he worked as a propulsion technician building the Merlin 1D engine, supporting engine integration and octaweb assembly efforts. After, he focused on the Falcon 9 refurbishment program, working alongside the recovery and launch operations team. His experience spans launch sites from Vandenberg to Cape Canaveral, with over 60 flights under his belt to date.
Patrick most recently wrote control system software for aircraft engines at Pratt & Whitney. Earlier, he developed hybrid liquid/solid rocket propulsion systems at Yale.
Dave built both user interfaces and microservices for software products used by over ten thousand schools covering eight million students while working at GoGuardian. Previously, he was the lead backend developer of the Purple Squirrel hiring marketplace.
Zach has performed inspections of commercial space operations to ensure public safety at Cape Canaveral Air Force Station, Vandenberg Air Force Base, and Pacific Spaceport Complex – Alaska.
Sam most recently designed the composite intertank at Vector Launch. Previously he worked as a mass properties engineer at SpaceX, and was the leader of Cornell’s FSAE team.
Our goals are ambitious. The work is challenging. We take a deep personal responsibility for everything we make. Driven by great people and greater talent, ABL is reimagining the next generation of space launches.
- Aerothermal Analyst
- Avionics Engineer
- Avionics Firmware Engineer
- Component & Mechanism Engineer
- Deployable Launch Engineer
- Deployable Launch Systems Engineer
- DevOps Engineer
- Director, SWE
- Engineering Intern / Co-op
- Flight Software Engineer
- Fluid Systems Designer
- Full Stack Software Engineer
- Ground Software Engineer
- Guidance, Navigation, and Control Engineer
- Hardware Development Engineer
- Integration and Test Engineer
- Manufacturing Engineer
- Mechanical Engineer, Special Projects
- Propulsion Engineer
- Propulsion Test Engineer
- Senior Full Stack Software Engineer
- Senior Propulsion Engineer
- Structures Build Engineer
- Structures Engineer
- Structures R&D Engineer
- Turbomachinery Engineer