Study design effects on MRI signal communication, reception, and performance to support improved imaging outcomes.
Design and optimize RF coils and high-dielectric structures for MRI applications.
Analyze electric and magnetic field behavior using electromagnetic simulation tools to inform design decisions.
Additional Coursework in RF coil modeling, electromagnetic simulation, MRI signal transmission/reception
Construction Estimator Intern
MYR Group
Syracuse
05.2026 - 08.2026
Reviewed plans, specifications, and bid documents to develop accurate electrical construction estimates.
Prepared detailed estimates for electrical materials, equipment, labor, and project scopes to support project planning.
Compiled estimate details and bid documents for project proposals.
Research Assistant
Penn State University College of IST
State College
01.2025 - 05.2026
Co-author of academic manuscript in progress, From Technical Skill to Creative Literacy: Teaching Prompt Engineering with Generative AI in Higher Education.
Examined AI literacy, large language models, prompt engineering, and learning outcomes in higher-education contexts
Supported literature review, writing, and analysis of academic work in human-AI interaction research.
Power Distribution Intern
TRC Companies
Syracuse
06.2025 - 08.2025
Supported power distribution projects in Upstate NY using SPIDAcalc, IKE, PLS-CADD, O-Calc, and VDI systems for pole loading, field-data review, and overhead line design.
Reviewed utility design inputs and documentation for accuracy, compliance, and alignment with distribution system standards and engineering procedures.
Education
Bachelor of Science - Electrical Engineering
Pennsylvania State University
University Park, PA
05-2028
Skills
Programming & Analysis: Python, MATLAB, Excel, Data Analysis
Communication System End-to-End Simulation — Python, NumPy, SciPy, Matplotlib, Streamlit
Built an end-to-end modular communication system simulator that includes AM/DSB-SC modulation, AWGN noise generation, coherent demodulation, filtering, FFT analysis, SNR, and BER.
Simulated BPSK modulation/demodulation and plotted BER vs. SNR to analyze digital communication system performance under noisy channel conditions.