Presentations
Keynote Address – Lunar Exploration Campaign
Joel Kearns
Deputy Director, Space Flight Systems
NASA Glenn Research Center
Developing and Distributing a Model-Based Systems Engineering (MBSE) CubeSat Reference Model
David Kaslow
INCOSE Space Systems
The Path To Open Source Cubesats
Raul Ramirez
Utah State University
A Brief Overview of Small Spacecraft Technology Activities at the NASA Glenn Research Center
Gary Hunter
NASA Glenn
STRATUS: Low-Cost, Scalable Cloud Data Collection in a CubeSat Form Factor
Matthew Sietsema, Marcello Guadagno, and Alexander Lock
Michigan Technological University
University Quality Development (UQD) Program
Mitch Nelson
Jet Propulsion Laboratory
The Puerto Rico CubeSat Project to Attract STEM Students Into the Area of Aerospace Engineering
Eduardo Ortiz
University of Puerto Rico - Mayaguez
Retrodirective Transceiver System for Communication Needs of Formation Flying (Swarm) CubeSats
Ehsan Sheybani
University of South Florida
Peaceful Uses of Outer Space
Mohammad Razani
New York City College of Technology, City University of New York
Project Aether: Small University Mission Quality Assurance
Christopher Murray and Pierce Smith
Capitol Technological University
Posters
- Rollocopter Development for Titan Exploration, Paul Akangah, North Carolina A&T University
- Adaptive, Energy Efficient Spatiotemporal Monitoring Using Wireless Sensors, Hadi Alasti, Purdue University Fort Wayne
- The Design and Fabrication of Portable Electrostatic Detector, Jafar Al-Sharab, Northwestern State University
- Modular Robotic Systems Toward Space Applications, Jose Baca, Texas A&M University – Corpus Christi
- Using STK for Engineering Technology Education, Andrew Bell, Ivy Tech
- Digital and Data-Driven Precision Agricultural Applications Using Unmanned Aircraft Systems (UAS), Ganesh Bora, Mississippi State University
- CubedOS: A Verified CubeSat Operating System, Carl Brandon, Vermont Technical College
- VLC - CubeSat, Rafiya Chowdhury, North Carolina A&T University
- A Generic Framework for the Miniaturization Of Satellites, Paris Chrysos, ISC Paris
- The ESG-Grid, A Self-Optimizing Platform in Support of Reliable and Scalable CubeSat Missions, Paul Darby, University of Louisiana at Lafayette
- The Business Side of Space, Abraham Falsafi, BridgeValley CTC
- Using AI to Improve Spacecraft Flight Automation, Mark Horvath, Capitol Technology University
- Retrodirective Transceiver System for Communication Needs of Formation Flying (Swarm) CubeSats, Giti Javidi, University of South Florida
- Embedded Reliability in Design Thinking Concept for Aerospace, Kouroush Jenab, Morehead State University
- Assessment of Autonomic Function of Astronauts Before and After Space Flight Using Power Spectra And Coherence Methods, Ahmed Kamal, Tennessee Tech University
- Drone Technology: Challenges for Standards Development and Ethical and Social Implications, Ahmed Khan, DeVrey University
- Integrating Project Quality Management and Lean Six Sigma Processes to Improve Product Quality, Jamison Kovach, University of Houston
- Mars Rover Strip (Wheels) Loading Test Applied to Its Regolith Strength Estimation, Jiliang Li, Purdue University Northwest
- Vehicle Trajectory Planning for Dense 2D Traffic, Yanchao Liu, Wayne State University
- Study of CubeSat Communication and Solar Powered Stirling Engine as a Source of Power, Cyril Okhio, Ted Grosch, Florian Misoc, Matthew Stotter, Cameron McKinney and Justin Keener, Kennesaw State University
- CubeSat-Inspired Project for First-Year Undergraduate Students: Design and Fabrication of Arduino-Based Prototype with APRS Tracking and High-Altitude Testing via Weather Balloon, Masataka Okutsu, Penn State University - Abington
- Kalman Filtering in Space Crafts, Snehashis Paul, George Mason University
- Performance of MoS2 Coated Gears Similar to Those Used in JWST’s Dual Wheel Mechanism, Iqbal Shareef, Bradley University
- Closure Fairing Mold Surfaces, James Wronecki, East Tennessee State University
- Gamma-ray Radiation Detection Coating for Space Shuttles, Zhibin Yu, Florida State University
- Ultra-high Precision Predictive Assembly of Composite Fuselage Joins via Surrogate Model Based Control, Xiaowei Yue,
Virginia Tech