Wyatt Klass

I performed routine reliability and verification testing of the SynHall valves and 50 cc TAH-t while upholding FDA protocols and regulations. I was responsible for the segregation and assignment of primary/secondary designations to the motor controllers of the TAH-t by completing multi-step hardware analysis to make the manufacturing of the Freedom Driver more efficient. I coordinated the assembly and restructure of the SynCardia Research and Design Lab as part of the Lean 6 Sigma process to facilitate a more economical work space. I completed a right heart failure assessment project to propose a predictive model for ideal TAH patients.

As a clinical engineering intern, I used problem-solving skills on a day-to-day basis while completing rounds, troubleshooting medical equipment, observing cardiac surgeries, transporting heart failure patients, and observing clinic appointments under the guidance of clinical engineers and other medical staff. I also conducted preliminary research of a Mock Cardiovascular Loop under the guidance of clinical engineers at Aurora St. Luke's Medial Center. Taking into consideration previous designs of cardiovascular mock loops, I designed a mock loop prototype that included an interface for interchangeable left ventricular assisting devices, the ability to substitute different heart valves, and incorporated live feed-back mechanisms to monitor physiological variables.