Experience

DuPont Silicon Valley Technology Center

• United States
• Research
• 1 - 100 Employee

• Senior Scientist

  • Apr 2023 - Present

• Materials Characterization Scientist

  • Jan 2021 - Apr 2023



Dow

• United States
• Chemical Manufacturing
• 700 & Above Employee

• R&D Chemist

  • May 2018 - Jan 2021

  New Product Development||Metallization New Product Development||Metallization



24 Hour Fitness

• United States
• Wellness and Fitness Services
• 700 & Above Employee

• Master Trainer

  • May 2010 - Jan 2018



UC San Diego

• United States
• Higher Education
• 700 & Above Employee

• Summer Research Intern

  • May 2016 - Jul 2016

  The Paesani Research Group: Laboratory for Theoretical and Computational Chemistry at UC San Diego develops and employs new methods and software that model the behavior of complex molecular systems. I worked under mentor Marc Riera , studying ion hydration. Specifically, examining the interaction of water-halide clusters through replica exchange molecular dynamic simulations. The Paesani Research Group: Laboratory for Theoretical and Computational Chemistry at UC San Diego develops and employs new methods and software that model the behavior of complex molecular systems. I worked under mentor Marc Riera , studying ion hydration. Specifically, examining the interaction of water-halide clusters through replica exchange molecular dynamic simulations.



University of California, Berkeley

• United States
• Higher Education
• 700 & Above Employee

• NIH Research Fellow

  • May 2015 - Aug 2015

  Gian Garriga'a Lab in the Molecular and Cell Biology Department studies how asymmetric cell division, cell migration, and axonal pathfinding contribute to the ultimate connectivity of the Caenorhabditis elegans nervous system. My work focused on whether the vab-8 gene, which is essential in most posterior cell and growth cone migration, mediates the effect of a particular Wnt receptor. Experience gained through this internship includes preparation of OP50 bacteria and seeding petri plates… Show more Gian Garriga'a Lab in the Molecular and Cell Biology Department studies how asymmetric cell division, cell migration, and axonal pathfinding contribute to the ultimate connectivity of the Caenorhabditis elegans nervous system. My work focused on whether the vab-8 gene, which is essential in most posterior cell and growth cone migration, mediates the effect of a particular Wnt receptor. Experience gained through this internship includes preparation of OP50 bacteria and seeding petri plates, performing ethyl methane sulfonate (EMA) mutagenesis, screening phenotypes for mutation of interest under stereoscope, screening for induced GFP marker under a compound epiflourescent microscope, and measuring mutation progression in multiple strains using ZEISS Microscopy. Show less Gian Garriga'a Lab in the Molecular and Cell Biology Department studies how asymmetric cell division, cell migration, and axonal pathfinding contribute to the ultimate connectivity of the Caenorhabditis elegans nervous system. My work focused on whether the vab-8 gene, which is essential in most posterior cell and growth cone migration, mediates the effect of a particular Wnt receptor. Experience gained through this internship includes preparation of OP50 bacteria and seeding petri plates… Show more Gian Garriga'a Lab in the Molecular and Cell Biology Department studies how asymmetric cell division, cell migration, and axonal pathfinding contribute to the ultimate connectivity of the Caenorhabditis elegans nervous system. My work focused on whether the vab-8 gene, which is essential in most posterior cell and growth cone migration, mediates the effect of a particular Wnt receptor. Experience gained through this internship includes preparation of OP50 bacteria and seeding petri plates, performing ethyl methane sulfonate (EMA) mutagenesis, screening phenotypes for mutation of interest under stereoscope, screening for induced GFP marker under a compound epiflourescent microscope, and measuring mutation progression in multiple strains using ZEISS Microscopy. Show less