Technical Lead overseeing capital equipment and implant device development.

Designed and maintained ECG detection algorithm. Supports control module firmware and clinician application development tasks.Manage external control unit BOMs, assembly, and performance from unit error state behavior to unit pneumatics performance to meet desired safety and efficacy outputs.Leading V&V efforts pertaining to the external control unit.

R&D Engineer responsible for novel LVAS ECG detection algorithm development and EKG sensing configuration and component design.Responsible for system level test design and executionParticipated in numerous acute animal studies to guide development path

R&D Engineering consultant responsible for product component design, design feasibility testing, and rapid prototyping of a Class II hyperhidrosis treatment device.

Extension of initial Co-op assignment. Role transitioned to test design and execution along with revisions to existing test methods.Responsible for the statistical trend calculation and reporting for Heartmate II and Heartmate 3 LVAS battery system to assist R&D development decisions.

Co-op postion responsible for the development and execution of simulation test benches on the Heartmate II and Heartmate 3 LVAS. Wrote and editted protocol documents for executing said tests and analyzed and presented results to cross functional team to support future design decisions.

Co-op position responsible for assisting in the design and manufacturing process of Class I wearable device prototype.

Employed as an Acedemic Tutor for the School of Engineering and Computer Science