Systems-minded engineer driven by continuous learning and real-world impact.

I design and build fast, clean web experiences and custom implementations that drive revenue, reduce manual work, and scale business operations. Strong in front-end implementation, tooling, and pragmatic problem-solving, with a deep interest in applied physics, optimization, and elegant technical solutions.

Experience Skills Projects Research Education

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Experience

Founder

Varga Venture Consulting

Jun 2023 – Present

Built conversion-focused marketing sites and internal tools for small businesses.
Delivered web/software solutions end-to-end: discovery, build, launch, iteration.

Software Engineer & Formulation Chemist

Restorative Industries, LLC

Jun 2023 – Present

Developed and maintained Shopify storefronts, features and UX improvements.
Built internal tools to streamline order management and customer experience.
Created automation scripts for bulk ops and analytics via APIs.
Formulated new chemical products and optimized existing formulations.

Selected Projects

Product + UX

Astro + conversion UX

Strokes Gained Golf Simulator

A simple, premium website + booking funnel for an indoor simulator business.

Brand system

IronSeal Concrete Products

Brand + product pages designed for clarity, trust, and B2B growth.

UI components

Interactive Project Planner

Multi-step selector that guides customers to the right products.

Research

Systems + measurement + modeling

Embedded Systems • Python • Physical chemistry

Python Software for FTMW Spectrometer

June 2023 - May 2024

Developed overarching Python software controlling oscilloscopes, Fabry-Perot cavity mirror actuator, delay generator, synthesizers, and other components for a novel L-shaped FTMW spectrometer in Dr. Ranil Gurusinghe’s research lab. Built autonomous calibration, an overarching controller, and a user interface for spectrometer operation. Research presented at ISMS; publication pending.

Research Poster

Heat/Mass Transport • Material Science • Modeling

Quantifying Gaseous Diffusion through PTFE Membranes

Oct 2022 - Dec 2023

Engineered an apparatus to measure diffusion rates of gases through PTFE membranes with and without a thermal gradient. Modeled diffusion behavior from experimental data. Research contributed to an underground soil profiling sensor concept (NSF Grant) for agricultural optimization in Dr. Holly Stretz research lab; presented at AIChE 2024.

Research Poster

Education

Brief + skimmable

Tennessee Technological University

B.S. in Chemical Engineering

Graduated May 2024

Selected coursework: thermodynamics, heat, fluids, & mass transfer, reaction engineering.