Inventory & Materials Operator — SAP & Production Support

Smith & Nephew; Oklahoma City (OK); On-site; USD 22,000 - 30,000; Full time

Benefits offered by this job

401k Matching

Tuition Reimbursement

Paid Holidays

Flexible Time Off

Health Benefits

Employee Assistance Program

Job summary

Smith+Naphew is seeking a Material Handling Operator 2 in Oklahoma City to unload, log, and sort shipments, ensuring inventory accuracy and safe operation. You will work with SAP to verify counts, receive materials, and coordinate supply to production.

Ideal candidates have 1–2 years in a warehouse, SAP and Excel proficiency, and the ability to work independently in a fast-paced environment while maintaining accuracy and safety.

Qualifications

• High School education or equivalent required.
• 1–2 years of warehouse experience.
• SAP knowledge required.
• MS Excel proficiency required.
• Ability to read English and perform basic math.
• Lift and handle materials up to 50 lbs.

Responsibilities

• Verify inventory accuracy via cycle counts and SAP.
• Receive, verify, and assign materials per procedures.
• Safeguard components in storage areas for accuracy.
• Prepare and deliver materials for distribution to production.
• Coordinate materials supply to production lines.
• Maintain material traceability across processes.
• Follow occupational health and safety programs.
• Support audits, counting and area organization.

Skills

Warehouse experience

Communication skills

Analytical skills

Time management

Team collaboration

Multitasking

Record keeping

English literacy

Math skills

Independent work

Education

High School or equivalent

Tools

SAP

MS Excel

Job description

Smith+Naphew is seeking a Material Handling Operator 2 in Oklahoma City to unload, log, and sort shipments, ensuring inventory accuracy and safe operation. You will work with SAP to verify counts, receive materials, and coordinate supply to production.

Ideal candidates have 1–2 years in a warehouse, SAP and Excel proficiency, and the ability to work independently in a fast-paced environment while maintaining accuracy and safety.