Warehouse Specialist: Safe Forklift & Inventory Pro

SPI - Specialty Products & Insulation; Auburn (MA); On-site; USD 18,000 - 41,000; Full time

Benefits offered by this job

Medical, Dental and Vision

401(k) Matching

Paid Holiday and PTO

Tuition Reimbursement

Life & Disability Insurance

Employee Assistance Program

Job summary

SPI - Specialty Products & Insulation is hiring a Warehouse Specialist in Auburn, MA to support loading, unloading, receiving, storing and distributing inventory in a safety-conscious environment. The role emphasizes accurate cycle counting, load security, and efficient material flow while adhering to company standards.

The position requires forklift operation, scanning accuracy, and basic math skills, with competitive benefits and potential for growth within a leading energy-efficient materials

Qualifications

• Must be at least 18 years old.
• Valid driver’s license if operating a vehicle for the company.
• Ability to use a handheld scanning unit.
• Compute basic math problems.
• Previous experience working in a warehouse environment.
• Forklift certification is preferred, but not required.

Responsibilities

• Safely operate a forklift and/or pallet jack.
• Cycle count inventory and inspect stock for wear or defects.
• Ensure loads are complete and secured to minimize damage.
• Frequent bending, stooping, pushing and pulling; lifting up to 50 lbs.
• Stand for up to 12 hours to perform tasks.
• Other duties as assigned.

Skills

Forklift operation

Cycle counting

Load securing

Prolonged standing

Math skills

Tools

Handheld scanner

Job description

SPI - Specialty Products & Insulation is hiring a Warehouse Specialist in Auburn, MA to support loading, unloading, receiving, storing and distributing inventory in a safety-conscious environment. The role emphasizes accurate cycle counting, load security, and efficient material flow while adhering to company standards.

The position requires forklift operation, scanning accuracy, and basic math skills, with competitive benefits and potential for growth within a leading energy-efficient materials