Managed scope, schedule, and resources for the planning and execution of test campaigns including Design Verification Test (DVT),Hardware Qualification Procedure, and Acceptance Test Procedure for phased array antennas.Partnered with the Reliability team to define the scope and schedule for the execution of Reliability testing for phased array antennasincluding Accelerate Life Testing (ALT), Highly Accelerated Life Testing (HALT), and Highly Accelerated Stress Screening (HASS).Led the design, development, and fabrication of manufacturing test stations to check the functionality of phased array antennasin the satellite assembly line.

Managed project scope, schedule, and resources for the development of firmware for Scout robots. Coordinated the timely delivery of firmware tasks for internal and external teams including contract manufacturers.Led the design and implementation of robot prototypes to perform data collection for cameras, lidars, and radars to drive design improvements.

Led a team of engineers for the design and development of robust manufacturing test systems for Surface products. Collaborated with cross-functional teams to create clarity on requirements for manufacturing tests. Standardizes end-to-end procedures for smooth and timely execution of program deliverables.

Performed design verification, data analysis, DOEs, and GR&R to identify and correct system variation and performance of test equipment to confirm readiness for mass production.

Developed a protocol for the deployment of an antenna measurement system to calculate antenna efficiency and radiated power. Designed and verified test methodologies to reduce sources of error for antenna measurements across 2.4 GHz and 5 GHz bands.

Contributed to a data migration project by developing scrips with TACL commands and mapping of mainframes architecture.Assisted with the management of a data migration project by developing protocols, timelines, and resources assignments.