- Develop Observability solutions for Red Hat Advanced Cluster Management for Kubernetes- Design feature solutions to improve OpenShift ACM Installer operator

- Automate setting up new Automated Materials Handling Systems (AMHS) Linux servers with python, significantly improving new server installation and server upgrade times.- Engage in and align with worldwide AMHS software development goals, maintaining worldwide compliance and development time.- Communicate with Micron worldwide AMHS software development teams to globally maintain consistency between fabs.- Lead local and worldwide Emergency Response Team to resolve and prevent future occurrences of Fab production emergencies, bettering productivity and mitigating future incidents.

Identify and resolve cyber security threats in ultrasound systems.- Redesigned existing automation script to improve user experience and introduced new Command Line Interface (CLI) to automate security test software for customized fuzz-testing of ACUSON SequoiaTM Ultrasound System according to test specification requirements, resulting in improved identification and response to potential security vulnerabilities in instrument software.- Converted PowerShell scripts into C# programs, allowing for stricter security policies to be enforced on ACUSON Sequoia Ultrasound System.- Tested known Windows OS vulnerability exploits on legacy Siemens Medical Devices, resulting in increased understanding of legacy devices.

Debug ACUSON SequoiaTM Ultrasound System software and develop test data collection script.- Programmed and debugged C++ code, resulting in wider range of testing use cases and increased confidence in software robustness.- Introduced new pipeline features in ACUSON Sequoia(TM) Ultrasound software, resulting in new imaging capabilities.- Automated performance data collection, using MATLAB, resulting in better understanding of Ultrasound System performance under various circumstances, allowing for system improvement.

Programming and testing of hardware, building test fixtures to validate product performance with third-party electronics, surface-soldering circuit board components, D-SUB wire splicing.- Collaborated to automate behavior of innovative, semi-autonomous product transport robot for use in strawberry harvesting, resulting in a 6-fold productivity improvement and increased farmer profitability.- Analyzed and resolved controller-support errors in third-party software, enabling the replacement of motor subassembly with lower cost solution.- Soldered small components onto a circuit board by hand at an increased rate compared to other employees (100s per week), exceeding shipment demand.