Provide technical expertise and conceptual insights into regulatory requirements globally along with innovative analysis to support our advocacy and engagements.

-Accessed Carbon Capture and Sequestration technologies to reduce CO₂ emissions for LNG facilities by understanding utility requirements, CAPEX, OPEX, technology design, etc.-Rotated through the Construction, Commissioning and Operations teams at a new Central Delivery Pointhydrocarbon Processing facility in Carlsbad, New Mexico.-Facilitated vendor communication on behalf of the site to purchase critical parts and maintenance forprocess equipment.

Lead and oversee a group of over 30 active students and three committees to enhance the undergraduate student experience in the chemical engineering department at UT Austin.Consult the department on curriculum changes, implement projects to help students become competitive candidates in the work field. CHE UAB works alongside department administrators, faculty members, and other chemical engineering organizations, such as OXE, AIChE, and UCHEW, to provide student resources and improve… Show more Lead and oversee a group of over 30 active students and three committees to enhance the undergraduate student experience in the chemical engineering department at UT Austin.Consult the department on curriculum changes, implement projects to help students become competitive candidates in the work field. CHE UAB works alongside department administrators, faculty members, and other chemical engineering organizations, such as OXE, AIChE, and UCHEW, to provide student resources and improve the chemical engineering undergraduate community. Projects include Freshman Survival Guide, Supplemental Academic Resources, Senior Exit Survey, Interview Tips from Upperclassmen, and Emotional Distress Brochure for Faculty. Show less

Increased the throughput rate and efficiency of a CVD process by 24% saving $16,000 and 4000 process hours annually – Received verification from the Risk Assessment Control Board to enact the changes.Designed a dynamic Spotfire file to reveal, the #1 most used material, helium cost, and usage in the CVD department to suggest ways to minimize the use of helium in all processes.Evaluated the Advanced Process Control (APC) system to propose new targets to prevent tool interlocks and… Show more Increased the throughput rate and efficiency of a CVD process by 24% saving $16,000 and 4000 process hours annually – Received verification from the Risk Assessment Control Board to enact the changes.Designed a dynamic Spotfire file to reveal, the #1 most used material, helium cost, and usage in the CVD department to suggest ways to minimize the use of helium in all processes.Evaluated the Advanced Process Control (APC) system to propose new targets to prevent tool interlocks and further decrease preventable stop-loss cases. Show less

Coordinated a $70K research project analyzing pre- and post-irradiated uranium oxide samples from the Oak Ridge National Laboratory which resulted in a 100-page lab report that details the results of the project.Performed irradiation analysis in collaboration with graduate students and professors; interpreted spectroscopic data obtained from Raman Spectroscopy, Scanning Electron Microscopy and Electron Back Scatter Diffraction.