About ME
robotics ∗ UAS testing ∗ simulation ∗ technical analysis
I am an aerospace engineer with extensive experience in robotics testing, along with sUAS/ UAV evaluation, simulation, controls, and applied engineering analysis.
My work is centered on technical problems that need to be tested carefully, understood clearly, and translated into usable engineering decisions.
My background spans flight dynamics, CAD-based design, experimental analysis, autonomous systems work, and performance-focused testing in both academic and applied settings. I am especially interested in engineering roles that connect analysis, hardware, and real operating constraints.
Background
I hold a B.S. in Aerospace Engineering from the University of Maryland.
My work spans flight controls, structural analysis, CAD, autonomous drone development, systems-focused capstone work, and robotics and drone testing tied to performance evaluation and technical documentation.
Focus Areas
Testing and Validation
sUAS, UAVs, and ground/ water based robotic systems
Performance Measurement ∗ Test Design ∗ Repeatable Workflows
Autonomy and Simulation
Path Planning * Embedded Autonomy ∗ Model-based Analysis ∗ Simulation Workflows
Aerospace Engineering
Controls ∗ Path Planning ∗ Navigation-Related Analysis ∗ CAD ∗ FEA
and experimental engineering work
Linking modeling, analysis, and testing to better technical decisions.
