During my time as an Environmental Compliance Engineer at Supermicro, I've had the opportunity to work on numerous projects involving REACH, SCIP, RoHS, TSCA 6(h), POPs, EPEAT etc. working diligently with several stakeholders regulatory requirements, customers, sales, our purchasing team and suppliers regarding the environmental compliance of our entire product line and the thousands of part numbers Supermicro has.In addition, I've had the opportunity to lead Supermicro's compliance in PFAS as regulations such as TSCA 8(a)(7) and several U.S. state regulations have quickly come into effect. I've also been able to lead efforts, develop the procedure and write the SOPs, regarding the deployment of lifecycle assessments of Supermicro Servers. By working with PAIA and our suppliers, we've been able to generate for the first time Product Carbon Footprint reports for our customers.

As an Environmental Engineer, I've been able to work on the data management, processing, and statistical analysis of large datasets pertaining to the radionuclide contamination of sites using Python, Microsoft Excel Macros, and ProUCL for the demolition of Nuclear Gaseous Diffusion Plants. Alongside the remediation efforts, I've been able to work on the design and development of cost estimation for the proposal of numerous environmental solutions with Geosyntec. I've also had the opportunity to get involved with writing up inspection plans, performing the inspection of TVA CCR Facilities, and writing up reports based on the inspection to ensure facilities comply with CCR Rules and regulations.

For Geosyntec SiREM, I was able to work on the development, improvement, build-up, and implementation of FTIR Continuous Process Monitoring (CPM) systems for the detection of emissions primarily for the semiconductor industry. During this time, I would also work with programs such as Python and MATLAB to further develop the software used to interface with the CPM systems that were built up. Also during this time, numerous tests were ran with the system to determine efficacy and capabilities of the CPM system.

Summer Chemical Engineering Internship experience where I worked mostly with Cupric Chloride, Ferric Chloride, and Hydrofluoric wet etching of printed circuit boards (PCBs). Worked towards the development of using voltage loss testing to improve uniformity testing within etcher tools.

Researcher for the Department of Meteorology and Atmospheric Sciences. Working on the PAM reactor project with Professor William H. Brune where the reactor would mimic upper-atmospheric conditions within a small chamber at ground level, allowing for a lower time requirement to perform experiments with regards to the upper atmosphere.