Operations Integration Lead- Indianapolis, IN.

Summary:

The Operations Integration Lead drives the conversion of non-workable to workable work in a 0-90-day outlook and ensures that factory operations are execution-ready. This role bridges planning, procurement, manufacturing, and engineering functions to ensure program alignment and schedule health.

Key Responsibilities:

• Own the conversion of non-workable to workable material plans within a 0-90 day window
• Validate PR readiness, BOM completeness, routing accuracy, and demand alignment in MRP
• Escalate delays in procurement, engineering, or supplier execution that impact readiness
• Lead material readiness briefs and support factory-facing schedule execution reviews
• Coordinate cross-functional closure of material issues with buyers, planners, engineering, and quality
• Track supplier progress and ensure alignment with manufacturing demand schedules
• Support Estimate at Complete (EAC) reviews by flagging execution risk and supporting variance analysis
• Develop and maintain Material Program Plans (execution-focused) that align scope, schedule, and risk mitigation
• Represent Operations in program reviews related to material execution, procurement health, and factory readiness
• Drive action on aged PRs, long lead time risks, and data disconnects between BOM and MRP

Minimum Qualifications:

• Bachelor's degree in operations, supply chain, business, or technical field or equivalent experience
• 5+ years in manufacturing, planning, material control, or supply chain execution
• Strong working knowledge of ERP/MRP systems (SAP S4HANA preferred)
• Proven ability to manage cross-functional teams and drive accountability
• Ability to identify root causes, communicate effectively, and close issues in a fast-paced environment
• Able to obtain and hold a DoD Secret Clearance

Preferred Qualifications:

• Aerospace or defense manufacturing experience
• Familiarity with AS9100, AS6500, or EVM-related environments
• Experience leading readiness or IPT reviews
• Understanding of build-to-print, prototype, and depot manufacturing flows