Industrial Engineer II, Supply Chain

Sysco

Shift: Full time

Company: US6469 Sysco Payroll, Division of Sysco Resources Services, LLC Sales Territory: None Zip Code: 07305 Travel Percentage: Up to 75% Compensation Range: $117,000.00 - $175,400.00 The compensation range provided is in compliance with state specific laws. Factors that may be used to determine your actual rate of pay include your specific skills, years of experience and other factors. You may be eligible to participate in the Company's Incentive Plan.

BENEFITS INFORMATION

For information on Sysco’s Benefits, please visit https://SyscoBenefits.com

SUMMARY OF JOB PURPOSE

Areas of responsibility include assigned engineered labor standards development and maintenance, governance support, prescribed work methods, operational analysis, site audits, labor management system sustainment, field education, project coordination, and improvement efforts that support operational execution and business performance.

DUTIES AND RESPONSIBILITIES

Develop, maintain, and manage assigned engineered labor standards and prescribed work methods using engineered standards software, labor management systems, MOST, and other Industrial Engineering methods. Support ELS and LMS governance by addressing standards accuracy, sustainability, data integrity, documentation quality, and compliance risks within assigned scope. Analyze operational performance using labor management, warehouse management, transportation, and other Business Technology systems, including data extraction and analysis through SQL, queries, and related tools. Partner with operations leaders, IE leadership, and cross-functional teams to identify root causes, validate improvement opportunities, and translate Industrial Engineering analysis into practical operating actions, while influencing decisions across multiple functions and facilities. Lead or support assigned multi-site improvement work, pilot support, and cross-functional initiatives that improve productivity, labor utilization, process consistency, system accuracy, and measurable business results. Support project execution by understanding timelines, tracking progress against milestones, maintaining follow-up actions, performing quality assurance reviews of assigned work, and communicating progress, risks, and results. Conduct onsite observations, audits, governance reviews, and performance validations to assess method adherence, system accuracy, process consistency, labor utilization, equipment usage, workflow, and improvement opportunities. Support sustainment and optimization of labor management and related operational systems by validating configuration, calibration, parameters, and data integrity. Apply Industrial Engineering methods to develop labor models, simulation or congestion models, regression analysis, and other analytical tools that support operational improvement and resource utilization. Identify, quantify, and prioritize assigned opportunities; develop or support expected benefits, implementation plans, and results tracking against agreed measures. Serve as a trusted technical resource and provide field education on ELS, prescribed methods, work measurement, labor systems, Industrial Engineering, and continuous improvement tools. Mentor less experienced engineers, support onboarding and capability-building activities, and share best practices across the Industrial Engineering team. Accept additional responsibilities or special projects as requested, as other duties may be assigned.

ESSENTIAL COMPETENCIES

Problem Solving – Identifies issues, determines root causes, and develops practical solutions using Industrial Engineering methods, data analysis, 5S, and improvement tools. Driving Results – Plans assigned work effectively, understands timelines and priorities, and acts with urgency to deliver expected outcomes within assigned scope. Operational Partnership – Builds credibility with field operations and cross-functional partners by translating technical findings into clear actions that support improved execution, change adoption, and sustainment. Project Coordination – Understands project timelines, keeps assigned work on track, manages follow-up actions, performs quality assurance reviews of own work, and measures the value and results of assigned efforts. Accountability – Takes ownership of assigned work, follows through on commitments, escalates issues appropriately, and delivers solutions with integrity and urgency. Communication – Explains complex information clearly and succinctly through written, verbal, and presentation-based communication. People and Capability Development – Supports team capability by mentoring less experienced engineers, sharing best practices, and contributing to onboarding or training activities. Flexibility and Adaptability – Adjusts to changing priorities, manages ambiguity, and demonstrates willingness to adapt to business needs and growth opportunities.

EDUCATION

BS in Industrial Engineering, or another engineering discipline with relevant Industrial