Thrust Vector Control System
An STM32 microcontroller, 6-axis gyroscope and two servos that stabilize a model rocket's trajectory from gyro readings and report flight statistics.
STM32IMUServos
Online — Systems Engineer · Lockheed Martin RMS
Electrical & Computer Engineer building for space_
Working on the Sanctum project and an M.S. in Space Systems Engineering at Johns Hopkins. B.S. ECE from Rowan University.
$ whoami --verbose
- role
- Systems Engineer @ Lockheed Martin RMS
- studying
- M.S. Space Systems Engineering, Johns Hopkins
- degree
- B.S. Electrical & Computer Eng., Rowan ’23
- certs
- FAA Part 107 remote pilot
$
// 01 — projects
Selected work
ADS-B Flight Tracker
Tracked local flights with an RTL-SDR and Dump1090, then decoded ADS-B signals by hand.
RTL-SDRDump1090
32-Bit ARM Processor
Verilog processor with ALU, control unit, PC, RAM and ROM, built in Intel Quartus Prime.
VerilogQuartus
D-Flip-Flop Layout
Master–slave DFF with preset and clear, laid out and simulated in Cadence Virtuoso.
CadenceVirtuoso
// 02 — about
From FIRST Robotics to space systems.
I'm a Systems Engineer at Lockheed Martin on the Sanctum project, and I'm working on my Master's in Space Systems Engineering at Johns Hopkins University. I earned my B.S. in Electrical & Computer Engineering from Rowan University in 2023.
I started on FIRST Robotics Team 3637 at Hunterdon Central, where I also worked for the school's IT department. At Rowan, I worked in the ECE Resource, Fabrication and Assembly Centers, helped develop a composite DLP printer for the Advanced Materials & Manufacturing Institute (AMMI), and served as Vice President of the AIAA student branch.
I also hold an FAA Part 107 certificate for commercial drone operations.