Lead Warehouse Material Handler - WMS Leader, Evening Shift

Graybar Electric Company, Inc.; Cincinnati (OH); On-site; USD 25,000 - 33,000; Full time

Benefits offered by this job

Employee stock ownership plan

Medical, Dental, Vision benefits

Profit sharing

Education reimbursement

Paid time off

Job summary

Graybar Electric Company, Inc. in Cincinnati, OH is seeking a Lead Service Center Warehouse Material Handler to ensure products move efficiently from receiving to shipping. You will direct work in your area, operate pallet jacks and forklifts, and perform WMS tasks while contributing to a safe, organized environment.

Join Graybar, an employee-owned company, and enjoy benefits, growth opportunities, and a collaborative culture that values reliability and efficiency in every shift.

Qualifications

• Must be at least 18 years old.
• 4+ years warehouse experience preferred.
• Experience with WMS processes at an advanced level required.
• Ability to lead others.
• Physical ability to lift loads and climb ladders.

Responsibilities

• Direct the work in an assigned area to support the Warehouse Manager.
• Operate pallet jacks, forklifts and push carts to move material.
• Receive and store incoming material according to WMS.
• Select, pack and palletize shipments for dispatch.
• Sort and pack less-than-truckload shipments; perform cycle counts.
• Maintain a clean and safe warehouse and conduct daily safety inspections.

Skills

Lead others

WMS experience

Physical stamina

Forklift operation

Pallet jack operation

Tools

Pallet jacks

Forklifts

Job description

Graybar Electric Company, Inc. in Cincinnati, OH is seeking a Lead Service Center Warehouse Material Handler to ensure products move efficiently from receiving to shipping. You will direct work in your area, operate pallet jacks and forklifts, and perform WMS tasks while contributing to a safe, organized environment.

Join Graybar, an employee-owned company, and enjoy benefits, growth opportunities, and a collaborative culture that values reliability and efficiency in every shift.