Ahmed Rashed Email & Phone Number

Cleveland, Ohio, United States

Covington, Louisiana, United States

• 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.

Milwaukee, Wisconsin, United States

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

Eaton, Ohio, United States

• 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

Broomfield, CO

• 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%.

Methuen, Massachusetts, United States

• 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.

Methuen, Massachusetts, United States

• 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.

Methuen, Massachusetts, United States

• 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%.

Beverly, Massachusetts, United States

• 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.
• 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%.

Master Of Arts - Ma

Bachelor Of Science - Bs