3D ML, Sensors, Space Vehicles & Robotic Perception

Thomas
Pierson

I work on perception and sensing problems for space vehicles, robotics, and computer hardware. Right now, I'm focused on AI hardware and nuclear security.

About

Hey! Thanks for visiting my website.

I’m currently researching at Los Alamos National Laboratory on 3D ML Neural Radiance wavefield reconstruction for a robotic laser doppler vibrometer.

I will be a part of the first Cambridge AI Safety Hub Hardware Security Cohort this fall. I am deferring grad school at Carnegie Mellon University to work on 3D models for robotic perception, because I think hardware and nuclear security is a more pressing problem.

I grew up in Albuquerque, and finished my undergrad degree at New Mexico Tech. I built the first piezoelectric wafer testing experiment in space, which flew on the MISSE platform of the International Space Station this year. I also organized and led a team to win $10k in funding for a NASA competition to build an optical damage detection sensor. I have worked with AFRL, SNL, and NASA for intern/Co-Op positions during school.

I am always open to new projects or meeting new people, so feel free to reach out to me!

Logos of New Mexico Tech, Sandia National Laboratories, NASA, HuLC, U.S. Space Force, Los Alamos Dynamics Summer School, and Carnegie Mellon University
AFFILIATIONS
Portrait of Thomas Pierson
My girlfriend took this photo! helenatran.com
Location
Albuquerque, NM
Current
Los Alamos National Laboratory
B.S.
New Mexico Tech
Next
M.S., Robotics — Carnegie Mellon
Fall 2026
Cambridge AI Safety Hub — Hardware Security Cohort

Updates
4 ENTRIES
FIG. 01 HuLC Innovation Award Thomas Pierson

NASA HuLC Innovation Award

The team I led won the innovation award at the NASA Human Lander Challenge

FIG. 01 Thomas Pierson SPIE

SPIE Paper Published

“Structural health monitoring payload for the MISSE platform on the International Space Station” — Thomas Pierson, Dr. Andrei Zagrai, Evgenii Volkov.

FIG. 02 NASA HuLC competition proposal cover for an optical damage detection sensor

NASA HuLC Competition Finalist

Proposal submitted and approved — Thomas Pierson, Shawna Dodge, Riley Morris.

FIG. 02 NASA HuLC competition proposal cover for an optical damage detection sensor

SHM Experiment deployed to ISS

Part of MISSE substation

FIG. 03 Air Force Research Laboratory Space Vehicles Directorate insignia

AFRL Mentorship

Project leader of a team of interns for the Space Vehicles Directorate.