I’m Enzo Adorno, a physics student, engineer, and researcher with a deep focus on accelerator physics, high-voltage systems, and precision instrumentation. My work blends hands-on engineering with analytical modeling: I design, build, and characterize advanced hardware ranging from ion sources and vacuum systems to CNC-machined components, and custom feedthroughs.

I’m currently a third-year Physics major at Rochester Institute of Technology, where I work across multiple domains including plasma physics, vector calculus, computational modeling, and experimental nuclear/particle physics. My academic work is complemented by industry-style engineering experience in machining (Haas TM-P1), waterjet and laser processes, electromechanical design, and materials science including carbon-fiber forging.  

Before college, I built and operated a particle accelerator system during high school, culminating in a full technical paper and supporting datasets — an early project that shaped my passion for beam physics and experimental hardware. Since then, my projects have grown to include RF systems for plasma generation, vacuum-compatible components, accelerator subsystem restoration, and high-power electronics for research environments.  

I’m also an entrepreneur and co-founder of an engineering venture focused on advanced scientific instrumentation, accelerator systems, and high-performance manufacturing workflows. My goal is to bridge high-end research tools with practical, accessible engineering solutions.  

Across all my work, I value clarity, precision, and meaningful hands-on experience. This portfolio hosts my research papers, data, videos, machining projects, and exploratory builds. If you’d like to collaborate, discuss research ideas, or explore opportunities in accelerator technology or advanced engineering, feel free to reach out.