Risk-Based Development Class. Worked with a team of three others to develop a prototype for an adhesive delivery device to be used on mesh during laparoscopic surgery.Translational Internship - A&M and Quest Medical. Research and development of a device capable of monitoring biomarkers during heart surgery to confirm the patient falls within healthy ranges and notify physicians when the next dose of cardioplegia is necessary.

2020 MBA Venture Challenge Winner (1st Place). Evaluated a start-up company with a team to determine financial and market viabilityMBA Capstone Project. Performed market research for a medical device company. Findings were included in their Angel Investor Presentation.

Collaborated with a team to redesign the current pessaries on the market for patients’ ease of insertion and removal

• Redesigned the drive system for a motorized swing for children with disabilities for Ronald McDonald House• Built a new motorized swing to accommodate a young girl with severe impairment and neurological dysfunction• Maintained a detailed, budgeted spreadsheet of all materials and secured outside funding of $200 for the project

• Specified heat exchanger bundles planned to be replaced during turnaround and submitted the packages to vendors for their competitive prices • Created separate engineering packages for replacing a section of pipeline, replacing broken valves, and installing backflush valves on the dollar plates of heat exchangers to ensure more efficient heat exchanger cleaning

• Designed a welded enclosure, taking into consideration pressure, necessary weld thickness, stress, and more using the program VCESage, for a corroded pipe to prevent leaks• Calculated minimum wall thickness for nozzles using PVElite to lengthen the duration of their lives• Assisted in the relocation of a sample point on a lube oil skid for easier access