Omar Bibi Email & Phone Number

Seattle, Wa, Us

Texas, United States

Dallas, Texas, United States

I connect with clients across various industries to find tech solutions for solving complex business challenges. Leveraging my solid understanding of Data Warehouse architecture, I drive projects from start to finish, managing everything from gathering requirements to designing, transforming data, developing, testing, and rolling out solutions. I implement solutions using the Microsoft BI Stack (SQL, SSIS, SSAS, SSRS) and the Azure platform, such as Azure Data Warehouse/Synapse, Azure Data Factory, Azure Data Lake, Databricks, and Azure Analysis Services. I act as both a data engineer and data scientist for clients in diverse sectors.

Dallas, Texas, United States

Dallas, Texas, United States

► Ensured robust infrastructure analysis and optimization by leading a cross-functional team of data engineers and scientists in the design of system architectures and health mapping for electrical grid assets.► Strengthened grid reliability, asset management, theft detection, and addressed sustainability/ESG challenges by implementing global power and utilities solution accelerators with pre-configured deployment code and AI models.

Irving, Texas, United States

In this role, I led the design, development, and execution of software for blood diagnostic instruments. I analyzed requirements, created system architecture diagrams, and oversaw DevOps releases, ensuring compliance with FDA and ISO standards. I also handled localization for software UI in 7 languages, coordinating with a global team of 7 translators. Leading a team of three junior developers, I managed scheduling, workload distribution, technical guidance, quality assurance, and team consensus.KEY CONTRIBUTIONS:► Reduced projected production errors by 64% through the design and implementation of a custom unit test framework, significantly minimizing rework and improving code quality.► Expanded business segment reach by ~30% through system process rewrites to include architectures in designs, enhancing cross-functional collaboration across three new segments.

Serving In a supervisory capacity, I designed and investigated failure modes, crafted advanced test plans to reproduce failures, and delivered weekly findings to senior engineers. Working closely with operations, I managed configuration changes and assessed their effectiveness. I utilized DMAIC or DOE for process organization and developed automation tools for data reconciliation and analysis.KEY CONTRIBUTIONS:► Achieved ranking as top investigator, closing 15% more investigations than second ranked member and 62% over site average, successfully utilizing DMAIC methodologies.► Eliminated field breakdowns to identify early wear-outs, developing over 130 data markers to create prediction models. ► Reduced customer-facing instrument failures by 32%. Gained $152M in annual revenue from previously lost customers.► Decreased operational costs by $3.5M after exposing a hidden firmware risk and preventing software errors in customer sites.

I was promoted to lead a team of scientists and bioengineers, focusing on investigating experimental data for prototyping research and automation tools. I designed troubleshooting action plans, coordinated reliability testing, and optimized experimental designs for R&D studies. Additionally, I assessed project directives and maintained comprehensive documentation to meet ISO and GMP standards. I was also entrusted with serving as the failure analysis lead, overseeing troubleshooting, directing, and analyzing advanced blood diagnostic instruments, research, and control systems.► Improved system processes by 382% through continuous development and deployment of SAS JMP applications to optimize capability results, reducing processing time and validating protocol hypothesis.► Designed an SMS mobile data analysis platform for RSLMS to remotely troubleshoot anticipated modes of failure. ► Enhanced team performance by 58%, while reducing overall operator errors by 62%, using extensive accountability systems.► Developed 13 technical analysis tools to effectively measure unobservable modes of failure.

I was hired to lead a Subject Matter Expert (SME) team in collecting and analyzing data for prototyping research automation tools, specifically focusing on reliability testing for diagnostic instruments in infectious disease and epidemiology R&D studies. Additionally, I managed the testing, calibration, maintenance, and repair of biomedical equipment, collaborating on root cause analysis and implementing solutions to enhance instrument reliability and design.

I identified and repaired critical hardware, collaborated with regional directors to create direct skills training programs for over 11,000 reservists, and provided operational and logistical support to six corporate departments. Additionally, I developed reports detailing cost-benefit analyses for cross-divisional clients and reviewed and edited communications collateral, all while mentoring new team members.KEY CONTRIBUTIONS: ► Saved division $160k, reducing service down time by 95%, by playing integral role in the designing and manufacturing of obsolete part items. ► Generated a $1.4M savings plan for the restructure of the Department of Veteran Affairs resource management by relocating funding to prepare for the Baby Boomer’s Honor Guard services. ► Increased job performance and security by 58% after restructuring divisional maintenance departments and implementing Six Sigma and Airspeed methodologies.

Master’S Degree, Systems Engineering

Bachelor'S Degree, Biological Chemistry

Activities and Societies: Chemistry and Biochemistry Society, Mu Sigma Microbiology