Global Logistics Control Tower Program Manager

Google LLC; New Albany (OH); On-site; USD 188,000 - 274,000; Full time

Job summary

Google LLC is seeking a Program Manager to lead complex, multi-disciplinary logistics projects across global supply chains. You will plan requirements, manage schedules, identify risks, and coordinate with cross-functional partners across multiple offices and time zones.

The role focuses on establishing and optimizing a centralized digital control tower, overseeing 4PL execution, material flows, and critical transit nodes to prevent disruptions and optimize spend.

Qualifications

• Requires a Bachelor's degree or equivalent practical experience.
• 8 years of program management experience.
• Experience with 4PL management and KPI metric reporting.
• Experience in supply chain planning to orchestrate end-to-end logistics.
• Experience with logistics software (TMS, WMS, ERP).

Responsibilities

• Manage relationships and workflows with 4PL partners to optimize extended workforce capabilities.
• Own the order lifecycle from receipt to final delivery with strict schedule adherence.
• Collaborate with Sales, Production Planning, Warehouse, and Transportation teams to optimize inventory allocation.
• Oversee carrier selection and route planning for cost-effectiveness and on-time delivery.
• Measure and report core logistics metrics such as OTIF, order accuracy, and freight spend.

Skills

Program management

4PL management

KPI reporting

Supply chain planning

Logistics software

Education

Bachelor's degree or equivalent practical experience

Tools

TMS

WMS

ERP

Job description

Google LLC is seeking a Program Manager to lead complex, multi-disciplinary logistics projects across global supply chains. You will plan requirements, manage schedules, identify risks, and coordinate with cross-functional partners across multiple offices and time zones.

The role focuses on establishing and optimizing a centralized digital control tower, overseeing 4PL execution, material flows, and critical transit nodes to prevent disruptions and optimize spend.