Identified, developed, and implemented automated test strategies for several generations of a proprietary Physician Programming Interface. Team lead for firmware verification of a Class 3 medical device encompassing multiple communication technologies. Identified, developed, and implemented test strategies, from conceptual design to commercialization, for a wearable ECG and motion sensing device.

Responsible for leading multiple teams of engineers engaged in software verification of medical devices used for spinal cord and deep brain stimulation therapies.Key member of QSIP team which ensured all test methods utilized company wide adhered to applicable regulatory and industry standards, and identified corrective actions to ensure compliance.Led a team of multi-disciplinary industry professionals in a division wide effort to streamline and update legacy Risk Management profiles and FMECA documentation for mission critical spinal cord and deep brain stimulation implantable devices.

Designed, implemented, and executed manual and automated tests for medical devices in an FDA regulated environment

Designed, developed, implemented, and directed System Test plans, and User Acceptance Test Plans, for an initial implementation of a financial data warehouse. Created test execution strategies to adhere to overall project time lines and implemented a formal results reporting process to monitor progressParticipated in system testing and delegated assignments to a team of test engineers, while resolving issues with development staff

Developed a detailed System Test Plan for a Broadband Loop Carrier/Optical Loop Carrier network element