CURRENT PROJECT (WIP)
GNC & Control Systems

Missile Guidance Simulation

Developing a high-fidelity 6-DOF missile simulation using MATLAB/Simulink. Implementing a Linear Quadratic Gaussian (LQG) controller for optimal state estimation and a two-loop autopilot topology for robust trajectory tracking.

Control Method

LQG + PID

Simulation

6-DOF / Simulink

MATLAB Simulink Control Theory Kalman Filter
View Model Documentation
Missile Guidance Simulink Model
Simulink Architecture: Integration of Airframe, IMU Sensor Dynamics, and Autopilot Controller loops.
PID Controller Response
Guidance Command Response: PID controller tracking performance and command signal verification.
01
Propulsion

Solid Rocket Motor Design

Comprehensive design of a solid rocket motor utilizing an AP/Al/HTPB propellant blend. Features a custom-sized BATES grain configuration optimized for consistent burn area and stable chamber pressure throughout the flight profile.

Propellant

AP/Al/HTPB

Grain Type

BATES

Internal Ballistics MATLAB Nozzle Design
View Design Report
Internal Ballistics: Burn area progression analysis showing neutral thrust curve characteristics.
02
Mechanical Design

Spur Gear Turbine Box

A precision-engineered mechanical transmission system focusing on torque multiplication and smooth power transfer. Designed with strict GD&T standards to ensure assembly fit and operational efficiency.

Core Tool

SolidWorks

Focus

System Integration

SolidWorks GD&T Mechanical Design
03
Propulsion

Pulse Plasma Thruster

Electromagnetic propulsion system designed for 3U CubeSat integration. The titanium housing (Ti-6Al-4V) was engineered to manage high thermal loads while providing necessary EMI shielding for sensitive satellite electronics.

Form Factor

3U CubeSat

Material

Ti-6Al-4V

Thermal Analysis EMI Shielding SolidWorks
Pulse Plasma Thruster Housing
04
Space Systems

3U In-atmosphere CubeSat

Innovative satellite design launched from Virgin Spaceport America. Engineered a non-explosive parachute deployment system integrated with the Attitude Determination and Control System (ADCS) module.

Deployment

10,000 ft

Comms

LoRa

Recovery Systems ADCS Satellite Systems
3U CubeSat Flight Hardware
Flight Hardware: Integrated CubeSat system prior to Virgin Spaceport launch.
05
Aerodynamics

Panel Method & XFOIL

Implemented source/vortex panel methods to model pressure distribution and streamlines for NACA airfoil profiles. Compared lift/drag trends under varying Reynolds numbers.

Profiles

NACA Series

Validation

XFOIL

MATLAB Panel Method CFD
Airfoil Streamlines
06
Analysis & Simulation

Structural FEA

Advanced Finite Element Analysis using ANSYS Workbench. Performed mesh convergence studies to validate results and analyzed Von Mises stress distributions to predict failure modes under operational loading.

Software

ANSYS

Method

Mesh Refinement

FEA Simulation Stress Analysis
Stress Contours: High-fidelity simulation results identifying critical load paths.