CDW2024_brochure

CUBESAT DEVELOPER ’S WORKSHOP

April 23–25, 2024 San Luis Obispo, CA #CubeSatDW

WELCOME

Welcome to the 2024 CubeSat Developers Workshop!

For the next three days you will be immersed in all things CubeSat — from attending presentations on today’s research and innovation, to networking and making new friends at banquet, to attending additional meetings all week long — there are countless things to do! We are so happy to have you join the CubeSat Community here in sunny San Luis Obispo, we hope you enjoy your time!

19 9 9 – T H E YE A R I T A LL B EGAN

The goal was to make space accessible to university students, but it has since extended far beyond that. People from all over the world have discovered this affordable way to conduct research in space and the CubeSat standard has now been adopted by hundreds of organizations worldwide. It has truly revolutionized the way people learn about space. The past 20 years have been so transformative for the aerospace industry, and CubeSats have played a big part in that. This year we recognize their role, look back at their many accomplishments, and turn to the future to see how we can make the next 20 years even better. CubeSat developers from academia and industry are brought together to share their knowledge and experience developing small satellites using the increasingly popular small satellite platform. There will be key-note speakers representing different segments of the community, as well as talks ranging in subject from emerging technologies and new developments in the field to mission success stories and current design considerations. Exhibitors will also be present to offer information and discussion of their own experiences and roles within the community. With so many people joining the community, we hope to continue advancing the industry by sharing our knowledge here at the 20th Annual CubeSat Developers Workshop. We are so happy to have you here, and we hope you leave inspired and ready to transform space!

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KEYNOTE SPEAKER S

Dr. Jordi Puig-Suari Grandfather of CubeSats

Dr. Puig-Suari received B.S., M.S., and Ph.D. Degrees in Aeronautics and Astronautics from Purdue University. Dr. Puig-Suari is a professor emeritus in the Aerospace Engineering Department at Cal Poly, San Luis Obispo.

In 1999, Dr Puig-Suari and Prof. Bob Twiggs at Stanford developed the CubeSat standard. Dr. Puig-Suari’s team was responsible for the development of the standard CubeSat deployer (the P-POD) and has supported launches for over 130 CubeSats in the U.S. and abroad.

In 2011, Dr. Puig-Suari co-founded Tyvak Nano-satellite Systems to support the commercial CubeSat market.

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KEYNOTE SPEAKER S

Randy Yount Director, Mission Operations Engineering at Millennium Space Systems, a Boeing Company

Millennium Space Systems is a small satellite prime, delivering operational highperformance constellation solutions for National Security Space. Founded in 2001, the company’s active production lines and 80% vertical integration enable the rapid delivery of small satellites across missions and orbits – LEO, MEO and GEO. As director, Yount is responsible for overseeing the in-space and ground segment components of the company’s satellite systems. He has more than 19 years of experience flying high-profile missions across orbits and vehicle types, with an emphasis on anomaly resolution and flexibility of operations. Prior to Millennium Space Systems, Yount was with The Boeing Company, focusing on GNC and spacecraft dynamics, operating more than 30 commercial and government satellites and leading the anomaly response teams for in-flight vehicles across the Boeing 702 satellite fleet.

Yount earned his bachelor’s and master’s degrees from Cal Poly, San Luis Obispo in aerospace engineering.

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THANK YOU SPONSOR S! PRESENTING

GOLD

SILVER

BRONZE

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CU BESAT DEVELOPERS WORKSHOP https://www.cubesatdw.org/

WORKSHOP AGENDA Tuesday April 23rd 0900 - 1000 Welcome & Keynote 900 Welcome and Keynote Introduction

Dr. John Bellardo, Cal Poly CubeSat Lab 910 Keynote I

Dr. Jordi Puig-Suari 1000 - 1020

Break

1020 - 1200 Session 1 1020 BioSentinel: Forging the path for Deep Space CubeSat Missions

Ben Bradley, NASA Ames Research Center 1040 SNIPE Mission: Formation Flying Nano-satellites for Small Scale Space Weather Research

Jaejin Lee, Korea Astronomy and Space Science Institute 1100

Space Duck 2024: The Final Frontier (Phase II STTR) Steve Dunton, Cal Poly

1120 CLIMB: A CubeSat mission to the Van Allen Belt

Carsten Scharlemann, FHWN 1140 Bridging the Gap: A Standard Bus For Nonstandard Payload

George Hollister, United States Naval Academy 1200 - 1300

Lunch

1300 - 1430 Session 2 1300 CubeSat Relativistic Electron and Proton Energy Separator

Sapphira Akins, University of Hawaii at Manoa 1320 Monitoring Solar Effect with CubeSats on Cosmic Ray Flux Variation at Sea Level

Victoria Padgett, Georgia State University 1340 Development and Testing of an TDC-based data and timing transfer scheme for the CLICK mission

Thomas Schwarze, University of Florida Mechanical & Aerospace Engineering Department

CU BESAT DEVELOPERS WORKSHOP https://www.cubesatdw.org/

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WORKSHOP AGENDA Tuesday April 23rd 1400 Falcon-RAD Joint Military Academy CubeSat & Interface Board

Raj Raghulan, USAFA 1420 Implementation of a Cryogenic Optical Instrument in a 12U CubeSat: The Doppler Wind and Temperature Sensor (DWTS) Flight Experiment

Marcus Murbach, NASA Ames Research Center 1440 - 1500

Break

1500 - 1720 Session 3 1500 Small Satellite Deployable Radiator Study

Trystan Madison, The Aerospace Corporation 1520 Off-Axis Reflective Optics for EO/IR Camera Onboard CubeSat: Linear Astigmatism Free - Three Mirror System

Soojong Pak, Kyung Hee University 1540 A Preliminary Architecture for a Modular and Scalable Edge Computing System for Small Spacecraft

Kelly Williams, Bronco Space | Cal Poly Pomona 1600 Passive orbital debris deployable collector: smallsat demonstration mission

Imraan Faruque, Oklahoma State University 1620 Electroadhesive Technology Enabled CubeSat Missions

Kalia Crowder, Cambrian Works, Inc. 1640 CubeSat-scale Robotic Arms in Space

Noah Loftis, United States Naval Academy 1700 SeaLion Doppler & Comms USCG Payload

Richard Freeman, US Coast Guard Academy 1720 1800 - 2200

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Closing Remarks Networking Dinner SLO Brew Rock

CU BESAT DEVELOPERS WORKSHOP https://www.cubesatdw.org/

WORKSHOP AGENDA Wednesday, April 24th 0900 - 1000 Keynote & Welcome 900 Welcome and Keynote Introduction

Dr. John Bellardo, Cal Poly CubeSat Lab 905 Keynote II

Randy Yount 930 - 1000

Break

1000 - 1200 Session 4 1000 3UCubed: Command and Data Handling, and Flight Software

Shane Woods, 3UCubed 1020 Preliminary Implementation of the F’ Software Framework for Management of Machine Learning Algorithms in Space Applications

Alex Mariano, Bronco Space | Cal Poly Pomona 1040 Deploying and optimizing onboard machine learning algorithms with Amazon Web Services (AWS)

David Besson, Amazon Web Services 1100 Enabling and Leveraging Industry to Advance Small Spacecraft Technologies

Rodolphe De Rosee and Samson Phan, NASA’s Flight Opportunities program and Small Spacecraft Technology program 1120 Standards for Laser and High-Frequency Space Links

Thom Stone, Axient Inc. 1140 InOrbit NOW: In-orbit transportation services for satellites and responsive hosted payload IOD

Matteo Andreas Lorenzoni, D-Orbit 1200 - 1300

Lunch

1300 - 1500 Session 5 1300 CubeSat Launch Initiative Update

Norman Phelps and Creg Raffington, NASA’s CubeSat Launch initiative 1320 Additive Manufacturing in Developing a Universal CubeSat Technology Testbed

Sharlene Nazari, Cal Poly Pomona

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WORKSHOP AGENDA Wednesday April 24th 1340 Warm Isostatic Press for Additively Manufactured ABS Outgassing Reduction in CubeSats

Jackee Gwynn, United States Naval Academy 1400 Space Program Success as a Function of Space Accessibility: A Study into Developer Tools to Increase the Probability of Success

Jesse Reynolds, Bronco Space | Cal Poly Pomona 1420 Low-Profile, CubeSat SADA

Alexi Rakow, MMA Design LLC 1440

1500 - 1530

Can CubeSat ESD Qualification Testing with sound Packaging Engineering Protocols before Launch ensure Successful Deployment for Space Survivability?

Bob Vermillion, RMV Technology Group Break

1530 - 1710 Session 6 1530 The PY4 Mission: A Low-Cost Demonstration of Multi-CubeSat Coordinateion

Zachary Manchester, Carnegie Mellon University 1550 SeaLion 3U Impedance Probe Space Plasma Measurement Investigations

Richard Freeman, US Coast Guard Academy, Old Dominion University, US Naval Research Laboratory, US Air Force Institute of Technology 1610 Affordable CubeSat format STEM experiments on ISS

Judi Sandrock, MaxIQ Space 1630 Integration and Testing of a Commercial ADCS for the Naval Academy Standard Bus

Dorian Williams, United States Naval Academy 1650 Increasing Production Efficiency through Automation with evolving BCT XB1 CubeSat Architectures

Graham Grable, Blue Canyon Technologies 1710

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Closing Remarks

CU BESAT DEVELOPERS WORKSHOP https://www.cubesatdw.org/

WORKSHOP AGENDA Thursday, April 25th 0850 - 1030 Session 7 850 Design and Development of a CubeSat Robotic Arm for In-Orbit Inspection and Servicing

Alice Sukhostavskiy, Cal Poly 910 A Low-Cost Mobile Ground Station Kit for Amateur UHF Communications: POINTY

Adam Elsharhawy, Bronco Space | Cal Poly Pomona 930 An ongoing investigation on the measurement, analysis, and simulation of micro-vibrations with the aim to characterize reactions wheels for high-performance imaging missions

Marisa du Plessis, CubeSpace Satellite Systems 950 Cislunar Omnidirectional Optical Terminal for SmallSats

Jose Velazco, Chascii Inc. 1010 Advances in Technologies for Transmitters for CubeSats

Naresh Deo, QuinStar Technology 1030 - 1230

Career Fair

1830 - 2030

Farmer’s Market

CU BESAT DEVELOPERS WORKSHOP https://www.cubesatdw.org/

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EXHIBIT MAPS M1

M17

M4

M15 6

Refreshments

M13

M8

M9

MAIN LOBBY

M14

M7

M12

M11

M10

Elevator

https://www.cubesatdw.org/

To Pavilion

Regis

M5

M1

M2

M3

M6

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Regis

n tratio

n tratio

EXHIBIT MAPS Key: M1 and M2 — NASA Small Spacecraft Technology Program / Small Spacecraft Systems Virtual Institute M3 — NASA Ames Research Center M4 — NASA CubeSat Launch Initiative M5 — NASA Jet Propulsion Lab / Advanced Multi-Mission Operations System M6 — Cubespace M7 — DHV M8 — Blue Canyon Technologies M9 — Experior Laboratories M10 — Vacco Industries M11 — Terran Orbital M12 — Gran Systems M13 — Millennium Space Systems M14 — Rydberg M15 — Pumpkin Space Systems M16 — Leaf Space M17 — Maverick Space Systems

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EXHIBIT MAPS Founder’s Room Seating Area

BALCONY Elevator

Seating Area

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CU BESAT DEVELOPERS WORKSHOP https://www.cubesatdw.org/

EXHIBIT MAPS

Large Meeting Rooms

Pavilion Green Room & Small Meeting Rooms

Stage

Auditorium Seating

Main Lobby

CU BESAT DEVELOPERS WORKSHOP https://www.cubesatdw.org/

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GREEN ROOM & SMALL MEETING ROOMS

Room 111

Room 110

Stage

Green Room (109)

Auditorium Seating

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LARGE MEETING ROOMS

Cal Poly CubeSat Staff Area Room 117

Cal Poly CubeSat Staff Area Room 118

Room 119

Room 120

Room 121 Room 115

To other Meeting Rooms

CU BESAT DEVELOPERS WORKSHOP https://www.cubesatdw.org/

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Lights

PAVILION

Sound

Charging Station

To Main Lobby

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CU BESAT DEVELOPERS WORKSHOP https://www.cubesatdw.org/

How To Connect to WiFi: 1. Go to the Wi-Fi menu on your device and select CalPolyGuest.

2. The guest wifi login page should open automatically. If it doesn’t, launch a browser.

3. Click the Login button to accept the Guest Network Terms of Agreement.

4. You should now be connected to CalPolyGuest.

Additional Info · The CalPolyGuest WiFi network is for Cal Poly guests only and does not give access to campus resources. · Streaming is limited on the Guest network.

Contact Information If you have any questions, you can contact us 24/7 via email at cubesat-workshop@calpoly.edu If it is an urgent matter, call (916) 945 - 8721, leave a voicemail with any questions or concerns and a way for us to reach you and you will hear back from us by the end of the week!

CU BESAT DEVELOPERS WORKSHOP https://www.cubesatdw.org/