Warehouse Shipper/Receiver: Forklift & RF Scanner Pro

Connect Staffing; Houston (TX); On-site; USD 48,712,000 - 51,577,000; Full time

Job summary

Connect Staffing seeks an experienced Shipper/Receiver to join a busy warehouse operation in the Houston 77066 area. You will handle inbound and outbound shipments, operate Reach Lift and Sit-Down Forklift, and utilize RF scanners for inventory control and shipping tasks.

The role is full-time with a standard 9:00 AM–6:00 PM schedule, Monday through Friday. The ideal candidate has forklift experience, strong computer skills, and a keen eye for detail to ensure accurate records and efficient

Qualifications

• Warehouse experience with shipping/receiving preferred.
• Experience operating Reach Lift and sit-down forklift.
• Proficient with RF scanners and inventory records.
• Strong computer skills and accurate data entry.
• Good organizational skills and reliability.

Responsibilities

• Receive, inspect, and organize incoming shipments.
• Prepare and process outgoing shipments.
• Operate Reach Lift and Sit-Down Forklift.
• Use RF scanners to track and move inventory.
• Verify quantities, part numbers, and shipping docs.
• Enter/update information in computer systems.
• Assist with inventory control and warehouse organization.
• Load and unload materials safely.
• Maintain shipping/receiving records and follow safety procedures.

Skills

Forklift operation

RF scanner usage

Inventory management

Attention to detail

Computer literacy

Tools

Reach Lift

Sit-Down Forklift

Job description

Connect Staffing seeks an experienced Shipper/Receiver to join a busy warehouse operation in the Houston 77066 area. You will handle inbound and outbound shipments, operate Reach Lift and Sit-Down Forklift, and utilize RF scanners for inventory control and shipping tasks.

The role is full-time with a standard 9:00 AM–6:00 PM schedule, Monday through Friday. The ideal candidate has forklift experience, strong computer skills, and a keen eye for detail to ensure accurate records and efficient