Omeir R.
Process Engineer @Mondelēz International
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WORK HISTORY
Process Engineer @Mondelēz International
Portland, OR, US
Conducted Pareto analysis of chronic equipment failures, identifying 120 critical assets and components requiring reliability intervention across ingredient handling and mixing operations.• Implemented process reliability systems across pneumatic blowers, screw conveyors, hoppers, silos, sifters, and mixers—improving material flow, reducing downtime events, and stabilizing batch consistency.• Partnered with Quality and Reliability teams to replace run-to-failure patterns with MTBF-based preventive maintenance, improving OEE by 1.8 % within the first quarter.• Supported Foxboro-to-PlantPAx migration, validating recipes, instrumentation, and control logic to modernize process automation and enhance system visibility.• Collaborated with five line leaders and union operators to streamline PM schedules, saving 6 technician hours weekly while improving asset availability.• Built real-time Power BI dashboards for downtime, yield, and scrap tracking, standardizing data visualization for daily performance huddles.• Delivered continuous improvement projects in dough prep and oven systems, targeting waste reduction and cycle-time optimization using Six Sigma and SPC methods.Six Sigma • TPM • Reliability Engineering • Pareto & RCA • SPC • Process Optimization • PlantPAx • Power BI • Preventive Maintenance • Cross-Functional Collaboration • Union Workforce Coordination
EDUCATION
United Arab Emirates University
Bachelor of Engineering (BEng)
The University of Toledo
Master's degree
ABOUT OMEIR R.
I solve high-impact manufacturing problems where process reliability, automation, and advanced materials intersect—translating complex data into measurable gains in yield, OEE, and system uptime. Based in Portland–Hillsboro, OR, open to Pacific Northwest or remote US opportunities. At Mondelez International, I engineered improvements across ingredient-handling and dough-mixing systems—optimizing pneumatic blowers, screw conveyors, silos, sifters, and mixers. Using Pareto and Six Sigma methods, I identified 120 critical assets, transitioned the plant from run-to-failure to MTBF-based maintenance, and delivered an OEE increase of 1.8 % in one quarter. I also led the Foxboro → PlantPAx automation migration and built Power BI dashboards tracking downtime, yield, and scrap. Previously at Intel, I supported process development and optimization projects, executing SPC-driven root-cause and FMEA investigations that improved equipment reliability, recipe stability, and process control across high-volume manufacturing. At BASF, I contributed to OASE® gas-treatment optimization, cutting emissions and improving amine circulation efficiency. During graduate research, I achieved an 85 % yield increase in polyester formulations and saved $50 K by restoring polymer reactor performance. Core Technical Stack: Six Sigma • TPM • SPC • RCA • DFMEA • DOE • Process Optimization • Reliability Engineering • PlantPAx • Power BI • Python • JMP • Minitab • HYSYS • Project Execution • Continuous Improvement • Automation Systems • Energy Efficiency Target Work: Process Development | Reliability & Continuous Improvement | Project Engineering | Advanced Manufacturing | Energy & Climate Tech U.S. Permanent Resident — No sponsorship required.
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