I collaborated with technicians and the technical group and utilized simulation software to create or update designs to improve the separation of entrained liquids from a gas stream, to monitor pipe and vessel fouling upstream of a reciprocating compressor, and for the safer addition of a polymerization inhibitor to a waste tank. I also initiated the Management of Change (MOC) process to implement changes in the unit by creating scope documents, conducting project walk downs to obtain quotes and estimate implementation costs, evaluating the potential cost avoidance, and presenting projects to the management team for approval.

I graded homework and hosted office hours for Transport II, a Chemical Engineering course which reviews heat and mass transfer. I aided students with homework and answered course material questions.

I sized process equipment and piping networks and performed economic analysis for use in the evaluation of a project to debottleneck a distillation column. I also oversaw the installation of sample points and developed equipment sizing estimates and economic analysis for a new process line to aid in the evaluation of a potential opportunity to increase the yield of a feedstock.I optimized an excel spreadsheet used in calculating the required railcar loading in order to remain within certain limitations. I also participated in safety walkabouts around the process unit.

I developed a market POV for a product by working with the company’s various capabilities to have market research, performance testing, and quality testing conducted. I researched sustainability claims for a product to provide a POV on how to move forward with a message to consumers.

I studied the hydrophobic and hydrophilic properties of paper, how to observe and measure these properties, and how to use PFE and oxygen plasma to alter these properties. I helped the graduate researcher confirm the relation between exposure to PFE plasma and the depth of the resulting hydrophobic section of the paper substrate. I determined the time to etch completely a PFE film on a silicon chip using oxygen plasma etching.

I was an Undergraduate Course Assistant for Numerical Methods and Thermodynamics I in the School of Chemical and Biomolecular Engineering at the Georgia Institute of Technology. I hosted office hours and graded and provided feedback on assignments to aid students with their understanding of course material.

I was hired by the Mathematics Department at Clayton State University to tutor College Algebra, Trigonometry, Pre-calculus, and Calculus.

I worked for the Mathematics Department helping Professors during math support classes by answering students' questions as well as teaching students concepts with which they had difficulties.