Collaborated with a team of senior engineers to interpret and comprehensively model an end-to-end radar flight scenarioDerived equations for electronic countermeasures on a radar system Programmed functions to model various tone and noise jammersCreated MATLAB GUIs and scripts to model ECM effects and understand RF design and DSP techniquesModeled a 3D ambiguity function for the radar’s waveform and clutter responseProduced a GUI that selectively maps simulation outputs such as pre-compression signal-to-noise ratio and Range-Doppler realization under jamming conditions given various reentry vehicle flight parametersAnalyzed a coded communications signal response to additive white Gaussian noise in MATLABEstimated error in range given system parameters

Experimented, tested, and built a 3D printer that could print ceramics using Contour CraftingProgramed motors and designed circuits using various microcontrollers Programed user interfaces using both XCode and Visual StudioBuilt and coded a viscosity reader Created a Visual Studio program that proofreads G-Code and modifies parameters to fit our machine’s specsBecame proficient with KFLOP, KSTEP, and Arduino microcontrollers and synchronized all three in one single system

Filed and alphabetized gift receipts, organized office and vault file spaceConfigured, adjusted, and set up computers and technical equipment

Generated leads based on research and university databases, researched and reported industry trendsContributed to the company business plan and strategy, assisted in strengthening relationships with possible partners and affiliates, contributed to creating new and improving existing marketing materials