JB Fueston
Aerospace Engineering | Embry-Riddle Honors College
Bridging the gap between theoretical physics and functional hardware. My work focuses on rigid body dynamics, experimental aerodynamics, and building secure, embedded infrastructure.
Technical Vitae Brief
Resume - PDFInstitutional TrainingEmbry-Riddle Aeronautical University (BSAE '27)
Engineering ToolchainMATLAB, Inventor, Git, Linux (Debian/Ubuntu)
Hardware & MicrocontrollersESP32, Aruba L2/L3 Switches, sUAS Platforms
Honors & CredentialsHonors College Scholar, Presidential Scholarship Recipient
Systems & Domain Matrix
Aerospace & Dynamics
Rigid Body Stability, 3-1-3 Euler Sequences, Boundary Layer Analysis
Infrastructure & Systems
Proxmox Hypervisors, Layer 3 Routing (OPNsense), VLAN Segmentation
Field Ops & Capture
sUAS Operations, RF Spectral Tracking, Manual Mobile Optics
Featured Project
Dynamics & Stability of Spacecraft Attitude Systems
A comprehensive computational analysis of rigid body stability in orbit. This project involved simulating 3-1-3 Euler angle sequences, tracking angular velocity vectors, and resolving complex vector projection constraints.
Read the Case Study →