Student Collaborations Participants: Tungsten Class (2023-2024)
Psyche Student Collaborations opportunities in 2023-24 (Tungsten Class) included participants from colleges and universities around the country. Participants are listed below. (Lists of previous participants are available here.)
AR/WebXR for Public Engagement – ASU-A
Arizona State University
Julius Shipton (Physics & Software Engineering), Edgar Hakobyan (Software Engineer), Mia Palmer (Software Engineer), Sarah Nicolas (Software Engineering)
AR/WebXR for Public Engagement – Timeless PSyche: Navigating Space History
Pennsylvania State University
Ana Diru (Software Engineering), Anthony Zigerelli (Software Engineering), Avinaash Ghansam (Software Engineering), David Casey (Software Engineering)
AR/WebXR for Public Engagement – Zotonauts
University California, Irvine
Jingjing Wang (Computer Science), Trinh Nhu Khang Le (Computer Science), Carl Grini (Computer Science),Van Anh Trinh (Computer Science), Trey Miller (Computer Science), Menachem Mendel Shifrin (Computer Science)
Asteroid Surface VR – Asteroid Odyssey:16 Psyche
Arizona State University
Gavin Beaudry (Software Engineer), Esaias Glasco (Software Engineer), Grant Kelsay (Software Engineer), William Mastronardi (Software Engineer), Christopher Rogers (Software Engineer)
Asteroid Surface VR – CSU Asteroid VR
Cleveland State University
Mayurkumar Patel (Computer Science), Felicia Wenner (Computer Engineering), Amritraj Singh Dhillon (Computer Science), Jason Razum (Computer Engineering)
Hypothesized Surface: Future Power Solutions for Exploring Hypothesized Surfaces – Hybrid PV-TEG Power System for Asteroid Rover
Virginia Commonwealth University
Andrew Moffett (Mechanical Engineering), John Rebaldo (Mechanical Engineering), Jonas Neihardt (Mechanical Engineering)
Hypothesized Surface: Future Power Solutions for Exploring Hypothesized Surfaces – Astrocrafters
Arizona state University
Almozahmi (Electrical Engineering), Marc Alania (Electrical Engineering), Zoe Wilderspin (Electrical Engineering), Chase McPherson (Electrical Engineering), Muhannad Alsulaiman (Electrical Engineering)
Hypothesized Surface: Future Power Solutions for Exploring Hypothesized Surfaces – POWER SOLUTIONS FOR FUTURE MISSIONS TO THE ASTEROID 16 PSYCHE
Michigan State University
Matthew Bush (Mechanical Engineering), Ian Calandrino (Mechanical Engineering),Tyler Doral (Mechanical Engineering), Joe Hamouda (Mechanical Engineering), Lucas Henricks (Mechanical Engineering)
Hypothesized Surface: ISRU for Hypothesized Surfaces – RIT-A
Rochester Institute of Technology
Alex Nestor (Mechanical Engineering), Anthony Smith (Mechanical Engineering), Eliya Fischev (Computer Engineering), Madeleine Goulet (Biomedical Engineering), Max Wolbeck (Mechanical Engineering), William Z. Tom (Computer Engineering)
Hypothesized Surface: ISRU for Hypothesized Surfaces – ARKANSAS RAZORNAUTS
University of Arkansas
Chris Stites (Mechanical Engineering), Denton McCullough (Mechanical Engineering), Orion Buster (Mechanical Engineering), Richard Lundsgaard III (Mechanical Engineering)
Hypothesized Surface: ISRU for Hypothesized Surfaces – DEEP SPACE METALLURGY
Rose-Hulman Institute of Technology
Jonah Fechner (Mechanical Engineering), Ryan Krieghbaum (Mechanical Engineering) Scott Hennarty (Mechanical Engineering), Mikaela Ikeda (Mechanical Engineering)
Hypothesized Surface: ISRU for Hypothesized Surfaces – The EMIE Rover: An Electromagnetic Design
Arizona State University
Adianne Alamban (Materials Science & Engineering), Abigail Rothert (Materials Science & Engineering), Blake Dorame (Materials Science & Engineering), Hayley Ruddick (Materials Science & Engineering)
Hypothesized Surface: ISRU for Hypothesized Surfaces – MAGNETIC ORE SEPARATION FOR SPACE EXPLORATION
University of Georgia
Bailey Overacker (Mechanical Engineering), Cooper Reese Patterson, Will McConnell
Hypothesized Surface: Landing System for Hypothesized Surfaces – Tungsten Titans
Michigan State University
Atharva Burande (Mechanical Engineering), Carter Beck (Mechanical Engineering), Catherine Schenone (Mechanical Engineering – Aerospace Concentration), Enido Shyti (Mechanical Engineer), Noah Benson (Mechanical Engineering)
Hypothesized Surface: Landing System for Hypothesized Surfaces – HEPHAESTUS
Arizona State University
Amy Valencia (Robotics Engineering), Diego Rodriguez (Robotics Engineering), Raven Lynn (Mechanical Engineering), Seth St. Clair (Mechanical Engineering), Uriah Villa (Robotics Engineering)
Hypothesized Surface: Robotic Explorer for Hypothesized Surfaces – Penn State – Behrend-A
Pennsylvania State University – Behrend
Aidan Domencic (Mechanical Engineering), Carl Pietrzyk (Mechanical Engineering), Isabella Pilyih (Mechanical Engineering),Theodore Boehm (Mechanical Engineering)
Hypothesized Surface: Robotic Explorer for Hypothesized Surfaces – 16-PSYCHE ARTICULATING WHEEL SET
University of Georgia
Alexander Torjak, Brandon White, Kevin Jackson (Mechanical Engineering), Sophie Barrett
Hypothesized Surface: Robotic Explorer for Hypothesized Surfaces – MSU-A
Michigan State University
Nicholas Malcolm (Mechanical Engineering), Drew Darin (Mechanical Engineering), Ethan Wise, Sara Moscone (Mechanical Engineering), Justin Schmitz, Sean Blanchard
Hypothesized Surface: Robotic Explorer for Hypothesized Surfaces – Hermes
Arizona State University
Brennen (Mechanical Engineering Systems), Chasity Joelene James (Mechanical Engineering Systems), Ivan Makarenko (Robotics Engineering), Samuel Barnett (Robotics)
