Welcome to

Inter-Planetary Small Satellite Conference

1-2 May 2023
California Institute of Technology
Pasadena, CA
ATTENDEES: We are sold out. Only remote attendance is possible at this time.


    This conference is organized by students, alumni, and staff from Caltech, MIT, Cornell, the University of Michigan, JPL, California Polytechnic State University, and NASA's Small Spacecraft Systems Virtual Institute. We look forward to welcoming the community back to ISSC to explore mission concepts, discuss emerging technologies, and foster “outside the box” thinking that will be critical to future interplanetary small satellite missions.


    Many thanks to our speakers, poster presenters, exhibitors, and attendees. We are looking forward to seeing everyone in person for ISSC2023!
    ATTENDEES: In-person registration is sold out. ISSC2023 will be hosted publicly and on-line for free. Please fill out the participation form, so we can e-mail your log-in credentials for the web conference: Click here

ISSC 2023 Keynote Speakers

Dr. Charles Elachi

Experience and interest in the use of spaceborne active microwave instruments and remote sensing of planetary surfaces spheres and subsurfaces. Analysis and interpretation of radar imagery of planetary surfaces (including Earth).

During his 16-year tenure as JPL Director; JPL launched 24 mission: 2001-Genesis; 2001-Jason 1; 2001-Mars Odyssey; 2002-GRACE; 2003-GALEX; 2003-Opportunity; 2003-Spirit; 2003-Spitzer Space Telescope; 2005- Deep Impact; 2005-Mars Reconnaissance Orbiter; 2006-Cloudsat; 2007-Dawn; 2007-Phoenix; 2008-Jason 2; 2009-Kepler; 2009-NEOWISE; 2011-Aquarius; 2011-Curiosity; 2011-GRAIL; 2011-Juno; 2012-NuStar; 2014-OCO-2; 2015-SMAP; 2016-Jason 3.

Principal Investigator on a number of NASA research studies and development including: Analysis of the Apollo 17 radar imagery and profiles of lunar surface (1973-1976); Imaging Radar Oceanography (1975- 1977); Polar Ice Mapping and Dynamics (1977-1979); Shuttle Polar Ice Sheets Sounder (1978-1979); Comparative Imaging Radar Planetology (1977-1981); Earth Imaging Radar Geology (1977-1983); Electromagnetic sounding of a comet nucleus (1977-1980); Study of Venus clouds properties (1977-1980); Multispectral Titan Radar Imager/Sounder 1984-1987); Mars Altimetry (1984-1986). He has also participated in a number of mission development studies including Magellan, Seasat-A, LPO, Comet mission, Cassini and Mars Orbiter. He is responsible for a number of mission/sensors studies including: Shuttle Imaging Radar Series, Shuttle Scanning Altimeter, Shuttle Polar Ice Sheets Sounder and Titan Radar Mapper.

He is the author of 230 publications (including reports and conferences) and holder of four patents in the fields of space and planetary exploration, Earth observation from space, interpretation of active microwave remote sensing data, wave propagation and scattering, electromagnetic theory, lasers and integrated optics. He is the author-editor of the Chapter on "Microwave and Infrared Satellite Remote Sensors" which is in the new edition of the Manual of Remote Sensing (1983) and author of three textbooks on the "Physics and Techniques of Remote Sensing,” "Spaceborne Radar Sensors,” and “Radar Polarimetry”.

Dr. Roger Walker

Roger Walker has 15 years of experience at ESA in the CubeSat domain with 14 missions flown, from the beginnings of the CubeSat sector in Europe when they were mainly used as tools for hands-on education, to the present day working closely with a maturing European industry developing complex demonstrator and follow-on operational missions in Low Earth Orbit and beyond. For the last decade, he has been responsible for planning, preparing and implementing CubeSat missions for technology in-orbit demonstration with a growing team of system engineers. His long-term objectives have been to rapidly advance the state-of-the-art and diversify the applications of CubeSats according to a roadmap through the systematic use of ESA studies, R&D activities and IOD missions funded by ESA programmes. Strategic pillars have focussed on fostering the utility of CubeSats for LEO constellations, close proximity operations, and lunar/interplanetary missions. Roger is the chair of the Inter-Directorate CubeSat Working Group to coordinate CubeSat-related matters within the Agency, as well as the point of contact with European CubeSat industry & research institutions. He acts as Technical Chair of the CubeSat Workshop at the Small Satellite Systems & Services (4S) Symposium, and convener of the ESA CubeSat Industry Days.

Previous Conferences

    Click the link below to access papers, presentations, and other information about previous conferences. This page will be used to archive conference materials as this event continues in future years.