Ericson Labs

My Projects

Explore my work and achievements in various projects.

Vorpy

Vorpy is a 3D Voronoi diagram-generating program developed for performing geometric analysis of biological molecules whose atoms are represented by spheres.

Github Projects

Work Experience

Scientific programmer with 5+ years of experience in molecular modeling, computational physics, and open-source software development. Skilled in Voronoi diagram modeling, machine learning, and simulation analysis. Passionate about building sustainable scientific tools and cross-disciplinary collaboration.

Experience

Georgia State University - Chemistry Department | Atlanta, GA | Aug 2021 – Present

Designed and developed VorPy, a software tool for spatial analysis of atomic ensembles using weighted Voronoi diagrams.

Conducted NMR and molecular dynamics (MD) data analysis in Unix/Linux environments.

Co-authored two upcoming publications on spatial decomposition in statistical and molecular systems.

Key Accomplishments

Experience. With our intuitive design and user-friendly interface, your website will captivate visitors. 2

My Education

Graduated with a Bachelor of Science in Physics from the University of Georgia and a Master's in Chemistry from Georgia State University. Skilled in programming, I excel in analyzing scientific literature and translating theoretical concepts into practical applications

B.S. Physics - University of Georgia

This project aims to develop a user-friendly mobile application that enhances productivity and organization. Through intuitive design and seamless functionality, users can efficiently manage tasks, set reminders, and collaborate with team members.

M.S. Chemistry - Georgia State University

This project aims to develop a user-friendly mobile application that enhances productivity and organization. Through intuitive design and seamless functionality, users can efficiently manage tasks, set reminders, and collaborate with team members.

Welcome to Ericson Labs Portfolio

At Ericson Labs, we showcase our accomplishments, provide contact information, and link to our various profiles, including GitHub and LinkedIn, to connect with our audience effectively.