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Bryan Chan is listed as Co-founder, Strategy at Xona Space Systems at Xona Space Systems, based in San Mateo, California, United States. AeroLeads shows a work email signal at gatech.edu, phone signal with area code 404, and a matched LinkedIn profile for Bryan Chan.
Bryan Chan previously worked as Co-Founder, VP Corporate Strategy at Xona Space Systems and Member, Subcommittee Vice Chair at National Positioning, Navigation, And Timing (Pnt) Advisory Board. Bryan Chan holds M.S., Aeronautics & Astronautics from Stanford University.
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AeroLeads found 1 current-domain work email signal for Bryan Chan. Compare company email patterns before reaching out.
I am an entrepreneur with a passion for building things with my creativity and curiosity. I enjoy working with professionals at all levels, from different areas of expertise. As a technical and program manager, I lead teams to deliver complex products under stress. Having worked at startups, government institutions, and corporations, I have a sense for executing in various environments and understand the importance of working together towards a common goal. I believe the sky is not the limit, it's only the beginning. After a decade in the aerospace industry, I have worked on a wide range of flight projects headed to various Earth orbits, to the Moon, and to Mars. Constantly fascinated by the natural world, I hike, I bike, I camp under the stars, and I get out and travel as much as I can.
Listed skills include Spacecraft, Matlab, Systems Engineering, Simulink, and 17 others.
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San Mateo, Ca, Us
Xona Space Systems is developing a global next-generation position, navigation, and timing (PNT) service to enable modern systems to operate safely in any environment.Xona's PULSAR PNT service offers the resilience, accuracy, and security that modern end users require to meet mission needs.
The National PNT Advisory Board advises the US executive branch and US government as a whole on GPS and satellite navigation services.
Woodside, Ca, Us
Co-founder and CEO of Night Crew Labs (NCL), an aerospace technologies and creative media company. NCL develops science and engineering technologies while providing turnkey solutions for space and high-altitude balloon missions. NCL has partnered with the National Oceanic and Atmospheric Administration (NOAA) and NASA under multi-year technology grants to develop a next-generation, aerial platform weather sensor applying the GNSS radio occultation (GNSS-RO) remote sensing technique to enable higher quality weather predictions. NCL is a commercial leader in exploring GNSS-RO technology on airborne platforms.On the creative media front, NCL's mission is to captivate viewers by showcasing the beauty of Earth from rarely-seen perspectives. The aesthetics of space can be captured from a balloon-based, near space perspective. The past several media projects, in collaboration with worldwide brands, have garnered millions of views worldwide.
Littleton, Nc, Us
Mothership Communications provides large-scale connectivity solutions for wide areas and outdoor users.
Westminster, Colorado, Us
Served as the program manager and systems engineering lead for SSL's first implementation of the Payload Orbital Delivery System (PODS), which delivered a hosted DARPA payload beyond low earth orbit in 2017. The DARPA hosted payload was integrated on the Hispasat-1F geosynchronous host spacecraft, and then ejected during transfer orbit. Tasks involved managing overall program issues and engineering tasks performed at SSL. Collaborated and directed work with SSL, DARPA, MDA Brampton, and subcontractors to design and deliver a payload on time to meet host spacecraft schedules.
Westminster, Colorado, Us
Served as lead systems engineer for several geostationary communications satellite programs, specializing in attitude determination and control. Interfaced with a multitude of groups including software engineers, controls/dynamics analysts, test engineers, and technicians to push flight programs forward and on time. Satellite programs include: Echostar-18, NBNCo, Asiasat-9, Hispasat-1F, PSN-6.Led the implementation of a new electric ion propulsion system used for extended orbit raising on the PSN-6 satellite program, a first for SSL. Due to the satellite's unique system capabilities and requirements, I acted as the lead on mission planning and developing a new concept of operations, from launch vehicle separation to geosynchronous orbit station insertion.Additionally, I led a root cause investigation on behalf of mission assurance and have developed product line improvements in attitude control systems.
Cape Canaveral, Florida, Us
Used MATLAB-based controls software to develop lunar landing dynamics models and generate lander stability metrics. In addition, I built hardware and software for a multi-copter-based platform to test GN&C descent and landing algorithms. I also was involved in the design and characterization of robotic landing gear and overall spacecraft structure.
Hawthorne, California, Us
Designed and built a portable test rack for testing Falcon 9 flight termination system components on site, hours before launch. Involved LabVIEW coding, electrical wire harnessing, and mechanical/electrical system integration.
Moffett Field, California, Us
Worked as the lead systems, communications, and GN&C lead on a small re-entry satellite serving as a thermal protection system (TPS) testbed.
Atlanta, Georgia , Us
While attending Georgia Tech, I worked on the Recovery of Inspace Cubesat Experiments (RICE) project, with an undergraduate team alongside NASA Ames personnel. Focused primarily on the Attitude, Determination, and Control (ADACS) subsystem design, but played a large role in spacecraft design. Research culminated in a poster presentation at the Interplanetary Probe Workshop (IPPW-7) in June 2010.
Pasadena, Ca, Us
Wrote MATLAB and Python scripts to lead the Verification and Validation (V&V) effort in analyzing and confirming performance of several entry, descent, and landing (EDL) events. Operated high-speed cameras during MSL parachute testing at 80' x 120' NASA Ames wind tunnel. Collected telemetry and developed test plans for week-long radar F/A-18 Hornet flight tests at NASA Dryden. Developed feasibility study of a Mars Sample Return mission re-using MSL technology, mass and volume constraints. Used NX Unigraphics CAD and system engineering techniques to design several Mars Sample Return lander and ascent vehicle configurations.
Quick answers generated from the profile data available on this page.
Bryan Chan works for Xona Space Systems.
Bryan Chan is listed as Co-founder, Strategy at Xona Space Systems at Xona Space Systems.
AeroLeads has found 1 work email signal at @gatech.edu for Bryan Chan at Xona Space Systems.
AeroLeads has found 1 phone signal(s) with area code 404 for Bryan Chan at Xona Space Systems.
Bryan Chan is based in San Mateo, California, United States while working with Xona Space Systems.
Bryan Chan has worked for Xona Space Systems, National Positioning, Navigation, And Timing (Pnt) Advisory Board, Night Crew Labs, Mothership Communications, and Maxar Technologies (Formerly Ssl).
You can use AeroLeads to view verified contact signals for Bryan Chan at Xona Space Systems, including work email, phone, and LinkedIn data when available.
Bryan Chan holds M.S., Aeronautics & Astronautics from Stanford University.
Bryan Chan is listed with skills including Spacecraft, Matlab, Systems Engineering, Simulink, Space Systems, Aerospace, Labview, and Aerospace Engineering.
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