Hi My name is Vamshi Vavilla

Honors Bachelors in Computer Engineering

I’m a multidisciplinary problem-solver passionate about building secure systems, exploring subatomic physics, and working with low-level hardware. I've contributed to research from positron energy spectrometry to high-voltage particle detection systems. I love working at the intersection of embedded engineering, cybersecurity, and quantum systems.

• 🌍  I'm based in Arlington, Texas
• ✉️  You can contact me at vkr.vavilla@gmail.com

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💻 Skills & Technologies

🛡️ Cybersecurity & Risk

🔌 Embedded Systems & Robotics

🧠 AI, CV & Data Science

🧰 Tools & Environments

🗄️ Databases

👨‍💻 Programming Languages

🏅 Certifications

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🌐 Socials

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🔬 Research Experience

🧲 Magnetic Bottle Spectrometer Simulation | UTA Physics

• Designed and simulated a time-of-flight spectrometer with an ExB system to analyze positron-induced electrons.
• Used field solvers and modeling techniques (FEM, FDTD) to map trajectories and kinetic energies.

🧪 DUNE Neutrino Detector Systems | Fermilab

• Worked on MCP-PMT detectors and analog signal timing systems for long-baseline neutrino experiments.
• Assisted in high-voltage testing, calibration, and timing analysis.

🔹 UTA Research Institute (UTARI)

• Contributed to prototyping and stress-testing advanced sensor modules and high-voltage diagnostic systems.
• Participated in engineering simulations and lab analysis for mission-critical electronics.

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🌱 Currently Exploring

• 🔐 SIEM tools & threat detection with Microsoft Sentinel
• ⚛️ Quantum-safe cryptography and secure AI simulations
• 🖥️ xv6 OS kernel programming, MLFQ, and virtual memory
• 📟 Embedded systems (Cortex-M, signal interfacing, timing circuits)

📫 Feel free to reach out — let’s build something impactful together!