MFE Engineer

End-to-End Material Flow System Knowledge & Implementation:

• Define and deploy material flow concepts covering receiving storage internal logistics point-of-use supply finished goods movement shipping and empty-return loops for internal dunnage.

• Establish exception flows (quarantine/hold nonconforming material routing rework loops offline verification routing where applicable).

• Define and govern automation zones in material flow concepts (handoff points parking/charging constraints do-not-block areas and exception handling).

Internal Dunnage & Container System Design (Scale):

• Lead internal returnable dunnage/container fleet strategy definition (e.g. for repack racks kit bins/racks sequence racks): container/rack families spare philosophy turnaround planning storage footprint repair and wash strategy (where applicable).

• Improve governance for internal dunnage shortage prevention and recovery (controls escalation contingency methods).

Quality / Traceability Integration:

• Ensure material flow and internal dunnage enable traceability and compliance (label content/placement standards scan discipline mix-prevention methods containment flow).

• Define internal dunnage-related controls for part protection cleanliness and damage prevention across multiple process areas.

Supplier Readiness (for Material Delivery) & Launch/Change Management:

• Lead supplier readiness plans for material delivery: trial builds capability reviews PPAP delivery elements as applicable deviation controls and closure discipline.

• Own internal cutover plans training needs and risk registers for MFE deliverables.

Team Development:

• Mentor SG5/SG6 engineers; review and approve technical outputs (internal dunnage specs PFEP governance compliance plans).

Cost & Performance Ownership:

• Own internal logistics cost models and drive reductions through standardization and waste elimination.

• Develop/maintain business case inputs for automation and lean storage initiatives (labor impacts safety/quality impacts space recovery internal container fleet impacts total cost of ownership).

Automation / Lean Storage / Analytics-led Engineering:

• Lead feasibility and cross-functional deployment for AGV/AMR initiatives (route concepts interface requirements acceptance criteria commissioning/start-up support).

• Lead implementation of lean storage solutions (high-density storage concepts dynamic replenishment lanes modular supermarkets) including change management and sustainment audits.

• Coordinate simulation/digital twin studies (where required) to validate capacity congestion and route performance

Professional / Organizational Competencies Preferred

System-level material flow design and governance.

Strong engineering depth for internal returnable/expendable dunnage (e.g. repack racks kit bins/racks sequence racks) and container strategies.

Ability to lead risk-based planning and execution across multiple stakeholders.

Familiarity with intralogistics automation concepts (AGV/AMR operating model handoff design safety interface basics).

Coaches others and raises capability within the team.