Robotic Welder - Weekend Shift & Weekly Pay

Express Employment Professionals - Cincinnati East; Saint Joseph (MO); On-site; USD 25,000 - 33,000; Full time

Benefits offered by this job

Weekend shift

Weekly pay

Job summary

Express Employment Professionals - Cincinnati East is seeking a Robotic Welder in Saint Joseph, MO. You will operate and monitor robotic welding equipment, load fixtures, inspect welds, and read blueprints on a weekend shift with weekly pay.

Ideal candidates have welding or fabrication experience, can read work orders, and are safety-minded and dependable. This role offers consistent work with the potential for growth in a fabrication environment.

Qualifications

• Welding, fabrication or manufacturing experience required.
• Knowledge of what a good weld should look like is essential.
• Comfortable around automated equipment and robotics.
• Strong mechanical aptitude and good measuring skills.
• Detail-oriented, safety-minded and dependable for shift work.

Responsibilities

• Operate and monitor robotic welding equipment.
• Load and position parts into fixtures.
• Monitor automated welding cycles.
• Inspect finished welds for quality.
• Make adjustments when needed.
• Read work orders and blueprints.
• Perform basic equipment checks and troubleshooting.
• Measure finished parts.
• Keep your work area safe and organized.

Skills

Welding experience

Fabrication experience

Manufacturing experience

Good weld quality knowledge

Equipment familiarity

Mechanical aptitude

Measuring skills

Detail-oriented

Safety-minded

Dependable

Tools

Robotic welding equipment

Job description

Express Employment Professionals - Cincinnati East is seeking a Robotic Welder in Saint Joseph, MO. You will operate and monitor robotic welding equipment, load fixtures, inspect welds, and read blueprints on a weekend shift with weekly pay.

Ideal candidates have welding or fabrication experience, can read work orders, and are safety-minded and dependable. This role offers consistent work with the potential for growth in a fabrication environment.