I optimized test procedures, developed new software, and improved efficiencies across the board for new ultrasound transducer acoustics. Additionally, I conducted stress testing with Python and Ruby within a Jenkins framework enabling continuous integration and automated testing.• Revamped legacy test software applications with NI LabVIEW and Visual C++/MFC for compatibility with modern operating systems to realize a 25% decrease in downtime and increased test throughput.• Designed and launched new test software and test fixture for ultrasound system auxiliary battery chargers using Python, I2C/SMBUS embedded tool, and basic power conversion test tools such as DC power supplies, Digital Multimeter, and Electronic Load.

I assisted with PCBA bring-up and debugging.• Assisted in the design of the functional test scripts to exercise Oculus VR engineering evaluation units.

I collaborated in the development of an active Infrared motion detection system (AIR).• Performed failure isolation and failure analysis (FI/FA) of Nest Labs field failures.• Lead open-source hardware platform (Arduino) training activities to hardware test team.

I developed automation system test scripts in Python to perform system integration and E2E tests on OnCue set-top boxes.• Reduced testing time by 20% by developing automated test scripts.

I designed test scripts to perform reliability stress tests for mobile devices with android- and Linux-based systems.• Slashed overall testing time by 20% by optimizing script and speeding up product iteration cycles.• Reduced overall test execution time by 20% through efficient script optimization, leading to faster product iteration cycles.• Supported product build cycles at CM during product development life cycle.

During my tenure, I executed software testing, migrated legacy systems and protocols, and established metrics and reporting for test case development processes. Specifically, I facilitated software testing for a rechargeable implantable pulse generator (IPG) for spinal cord stimulation.• Ensured 100% coverage of testing protocol requirement with implementation of traceabiliy matrix.• Successfully reworked legacy protocols and procedures in alignment with regulatory standards and achieving a zero-defect audit by the FDA.

I effectively developed a cost-effective, high-density, secure optical storage device for Xbox game consoles. Additionally, I conducted game console field failure isolation and failure analysis.• Improved fault detection accuracy by 10% leading to faster resolution and cost savings due to automated field data collection and analysis system.