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Concurrent B.S./M.S. Program

• Master of Science (M.S.), Electrical Engineering (Expected June 2027)
• Bachelor of Science (B.S.), Electrical and Computer Engineering (Expected June 2026)
• GPA: 3.86/4.0, ECE GPA: 3.95
• Relevant Coursework
  • Machine Learning Algorithms, TinyML, Network Security and Cryptography, Robotics, Digital Signal Processing, Digital Circuits and System, Network Architecture, ML for Signal Processing, Data Structures and Algorithms, C and C++ Programming, Natural Language Processing (NLP), Random Signals for Communications

Summer Exchange Program, RASF Scholar

• Designed, built, and launched a Can-Sat Sattelite with a team of 5 other engineering students from across the globe.
• GPA: 4.0/4.0

High School

• Activities: Captain of Varsity Swim Team, Vice President of DECA (financial literacy club), President of Dawgpound (school spirit club).

Research Assistant / Summer 2025 Research Intern

• Researching RF signal processing, artificial intelligence, and 6G wireless communication systems with Prof. Joshua Smith
• Developed a novel, physics-informed deep learning framework for the NASA LunaNet program that outperformed all existing baselines, achieving a .9068 SSIM in predicting wireless network coverage on the moon.
• Engineered a high-fidelity data pipeline in Python to generate a dataset of 65,000 radio maps, simulating lunar terrains and wave propagation using the NVIDIA Sionna ray-tracing engine, and spearheaded analyzing data and data cleaning
• Developed and parallelized a custom terrain generator based on lunar topographic statistics, improving data generation speed by 10x
• Designed and implemented a triplet-U-Net architecture with a Denoising Diffusion Probabilistic Model (DDPM) to refine signal predictions by modeling wave propagation based on the Helmholtz equation in 3 dimensions.
• Conducted comprehensive experiments and ablation studies yielding a 10% improvement in NMSE
• Collaborated to co-author a research paper, which was submitted to the IEEE ICASSP 2026 conference.
• Research Links
  • Paper: https://www.arxiv.org/pdf/2509.14559
  • Project Website: https://radiolunadiff.github.io
  • GitHub: LunarTerrainGenerator

Software Engineering Internship

• Developed a C/C++ program for ESP32s to transmit CAN data via Ethernet/WiFi, enabling real-time remote diagnostics for robotic charging systems, collaborating and communicating with a small start-up team to problem-solve
• Enhanced the Pycyphal library by integrating support for the Socketcand CAN interface, improving compatibility and functionality for a team of 20 engineers
• Project Links
  • GitHub (socketcand_translate): wibotic/socketcand_translate
  • GitHub (Pycyphal PR): OpenCyphal/pycyphal/pull/306

Engineering Intern

• Worked with the production team to test product hardware/software reliability, collected data, and helped troubleshoot internal software tools.
• Managed inventory, shipping, and receiving.

Server / Host

• Worked in the dining hall of an assisted living community, serving as a server and host for residents.

Assistant Swim Coach & Lifeguard

• As Coach: Led a team of 140 swimmers during practices and meets, collaborating with 8 other coaching staff.
• As Lifeguard: Oversaw daily pool operations and managed over 100 patrons.

Private Contractor

• Managed expenses, led a team of skilled laborers, and communicated with clients to build fences, decks, and other landscaping requests.

House Painter

• Worked independently to assess and fix paint and maintenance problems to prepare houses for sale.

Vice President/Head of Risk Management

• Mary Gates Scholar (University of Washington)
• Valedictorian (Garfield High School)
• National Merit Scholar (National Merit Scholarship Corporation)