Responsible for backend development focused on automating tax form filings, performing reconciliation and audits to ensure accurate and reliable information at all times.

Batista Research Group: Computational Study: modeling of catalyst-substrate interactions and catalytic mechanisms: Material/Catalyst: 1. Analyze molecule-surface interactions with a computational chemistry package (Gaussian) on high performance computer. 2. Model molecule surface infrared signals with a homemade python program. 3. Model variant surfaces with VASP to investigate the catalytic mechanism by identifying reaction intermediates. 4. Design and render a 3D journal cover using Adobe Dimension, Adobe Photoshop, and Adobe Illustration. Battery: 1. Rationalize the catalyst behavior under different solvents and voltages with density function theory. 2. Optimize battery design by analyzing both theoretical and experimental results. 3. Study solvent effect, both explicitly and implicitly. 4. Model reaction pathways. Organic Synthesis: 1. Model and rationalize reaction intermediates to figure out reaction pathways. Pfefferle Research Group: Experimental Study: Sooting effect of solid organic chemicals, especially phenolics.

Developed high throughput workflow running on a Kubernetes cluster on AWS to generate conformers for bioreachable molecule library. Characterized chemical features of bioreachable library using RDKit and fingerprint analysis

Enhancement and control of local magnetic field at visible wavelengths using gold nanogunbarrels. Skills: Thermal Evaporator Coating, Scanning Electron Microscope (SEM), Focused Ion Beam (FIB) and Electron Beam Lithography (EBL)