Designing FPGA functionality for tactical radio RF signal processing for specialized waveforms
Team of fourteen engineers designing in VHDL and running simulations in ModelSim and Vivado
FPGA design for high frequency filtering of software defined radio signals received by satellites
Hardware design, signal processing simulation, and chip implementation
Signal post processing with accuracy analysis, Fourier Transforms, and ROC Curves
Filtering and analysis techniques developed in Verilog and integrated within Python pre and post processing
Neural network localization of radio frequency signal origin and environment mapping using GPS, IMU, topographical data, compass, and altimeter UAV data collection
Team of five students coding in Python, simulating results, and verifying experimentally
Autonomous mowing area coverage for a ZT6100 lawnmower using state estimation and path optimization
Team of six students equipped hardware and wrote software for Simultaneous Localization and Mapping
Particle filter tracking of dynamic obstacles and Extended Kalman Filter tracking of GPS data
Streamlining of a supplement packaging line using lean manufacturing principles and single-piece flow
Won first place in the regional IISE paper competition and third place in the national competition
$1.2 million in estimated annual savings from reduced labor costs and inventory
Complete redesign of a ceramics manufacturing facility floorplan using value stream mapping and gemba kaizen
$740,000 in estimated annual savings from reduced floorspace and forktruck usage
Chemical engineering analysis of automobile paint composition and the effects of weathering
Lab testing using mass spectrometry, gas chromatography, and nuclear magnetic resonance spectroscopy
Clinical trial design and data analysis to study causes of diabetes
Published a paper in the Journal of the Endocrine Society and presented a poster at NIH Summer Poster Day
Trained in clinical diabetes research, patient screening, and data analysis