Designed, debugged, and automated TestStand production test deployments and database connectors. • Migrated NI TestStand results to MySQL Server. Replicated in Azure SQL Server. Ingested with Azure Data Factory. Processed and Transformed with Databricks. Processed with Synapse. Displayed with Power BI.• Optimized MySQL queries, reducing run-times from 50 minutes to 5, boosting efficiency.• Collaborated with data engineers to migrate databases to AWS cloud, ensuring a seamless transition.

• Picked up C# and MS Visual Studio on-the-job to reverse-engineer communication drivers from C# into an extensible DQMH LabVIEW framework.

Designed, developed, and maintained TestStand systems and LabVIEW drivers, ensuring reliability and efficiency.• Extracted and analyzed three-years-worth of PCB operational data to uncover trends. • Developed a Python utility to streamline data extraction from TestStand SQL database, enhancing accessibility for end-users through a standalone executable. https://github.com/ahmedlrashed/teststand-kpi-dashboard• Implemented Statistical-Process-Control dashboards, significantly boosting production KPI-tracking and first-pass yields for enhanced operational efficiency. https://github.com/ahmedlrashed/teststand-database-utility

Added EtherCAT communication to the 352 Ion Guage PCB board/final test stands using LabVIEW Object Oriented Programming (OOP); doubling test stand capacity & improving pass-fail rate from 75% to 95%.• Conducted in-depth SQL analysis of ion-gauge PCB telemetry data, translating complex test data into actionable Tableau reports.• Implemented and validated a new data collection/analysis system, boosting accuracy by 20%.

Managed test station software projects, ensuring quality and reliability of software through comprehensive regression testing and streamlined reporting processes.• Managed LabVIEW projects for PCB test stations: mentoring junior developers, chairing code reviews.• Standardized JIRA scrum and kanban workflows and trained coworkers on how to use these workflows.• Picked up SQL and Python on-the-job to drive enhanced data visualizations for TechOps & Business Unit teams, preventing ~ $50,000 in lost annual revenue by catching defects before they leave the factory floor.• Created visually impactful dashboards and executive data visualizations in Tableau to track production yields and failure modes, saving test engineers over 10 hours weekly in diagnostics and manual reporting.• Led the development and rollout of internal real-time Statistical Process Control system to the production floor, including Xbar & R Charts, Gage R&R reports, and Cpk and KPI metrics.

Incorporated extensive upgrading and overhauling legacy product lines. Rewrote LabVIEW test software architecture into robust, data-driven, user-friendly applications, improving quality, reliability, and efficiency.• Integrated Tableau dashboards with data-pipeline, revolutionizing bug-fix processes and illuminating workflow bottlenecks for strategic improvements.• Developed LabVIEW web service drivers to connect various product lines to custom database (Visual Factory), allowing engineers and line operators to catch process issues in hours rather than days.• Sustaining production by resolving issues on the floor. Regularly performed Kaizen blitz and FMEA analysis to find root causes of test failures, implementing short- and long-term solutions using Cpk and KPI metrics.

Maintained test software to ensure the quality of products, resolving stand problems to keep production moving. Creating, troubleshooting, and updating LabVIEW test software as needed.• Cleaned, transformed, and prepared data for visualization, ensuring accuracy, consistency, and relevancy.• Standardized data collection and storage, deconstructing data silos and enabling seamless data sharing across departments, improving pressure sensor and flow meter production yield from 88% to 95%.

Responsible for designing, building, testing, and troubleshooting complex electronic circuits that were used to control and measure the frequency and stability of novel atomic clocks. Wrote documentation to describe the design and operation of the circuits and firmware. Transitioned to manufacturing support. • Developed LabVIEW test software for production Automatic Test Equipment. • Monitored and modified production performance using execution plans and key-process indicator (KPI) tuning. • Key contributor to high-visibility Six Sigma Green Belt project, improving Rubidium Atomic Clock production yield from 88% to 95%.