Flexible Machining System (FMS) Operator - 73809

Boeing•Auburn, WA

26d•$33 - $61•Onsite

About The Position

At Boeing, we innovate and collaborate to make the world a better place. We're committed to fostering an environment for every teammate that's welcoming, respectful and inclusive, with great opportunity for professional growth. Find your future with us. Boeing Commercial Airplanes is excited to offer opportunities for a Flexible Machining System (FMS) Operator to join our Fabrication team in Auburn & Puyallup WA. As a Flexible Machining System (FMS) Operator you will have the opportunity to work with advanced CNC technology, ensuring precision and efficiency in the machining process. Your expertise will be essential in optimizing machine setups and operations, contributing to the production of high-quality components that meet stringent industry standards You will play a critical role in upholding our commitment to safety and quality standards, ensuring that all operations meet regulatory compliance and operational excellence. If you are detail-oriented, possess strong technical skills, and thrive in a collaborative environment, we invite you to apply and be a part of our mission to deliver excellence in aviation.

Requirements

2+ years of experience setting up and operating Manual and CNC machines
2+ years of experience in setting and using precision measuring tools and equipment such as micrometers, calipers, and/or dial indicators
2+ years of experience using software applications for internet navigation, email, Microsoft Suite and/or other specialized computer applications
2+ years of experience working with powered hand tools
Experience with reading and interpreting drawings, specifications, material processes, schematic and diagrams
Must be able to lift, push and pull up to 35 pounds frequently within an 8-hour shift

Nice To Haves

Experience in Fabrication of airplane parts
Experience in Fabrication of temporary tooling

Responsibilities

Prepare for job setup by reviewing work orders, tie-in sheets, operator documents, blueprints, or CATIA plots for production orders, first lots, or tool tryouts.
Review Work Orders (W/O) to confirm the correct type and quantity of materials and tools or fixtures are issued and free from visible defects, updating CMES as necessary.
Identify the type of setup required based on documentation and check machine setups or parts completed by previous operators to assess job progress and ensure safe working conditions.
Select and verify the condition of machine accessories and holding devices (e.g., chucks, vises, templates) and identify any required fixtures or shop aids.
Attach air nozzles or suction devices for vacuum fixtures, securing them with bolts or clamps as specified in the operator setup documents.
Use overhead cranes to load and unload parts and fixtures as required for the machining process.
Upload and download CNC (Computer Numerical Controlled) programs to machine controllers using computing equipment from various servers or databases.
Select and check cutting tools according to program specifications, ensuring they are the correct type, length, diameter, and in good condition before installation.
Set machine coordinates or index points per CNC documents, including cutter offsets, tool heights, and probes, using appropriate measuring tools.
Run CNC programs to machine rough and precision cut parts, monitoring machine operations for unusual vibrations, sounds, or warning indicators.
Adjust machine settings (e.g., speeds and feeds) to correct machining issues or prepare the machine for subsequent operations, including head and spindle angles.
Troubleshoot and repair minor controller problems as required, and initiate requests for corrective action when machine malfunctions occur.
Perform Statistical Process Control (SPC) functions as required to ensure quality standards are met.
Check completed work for defects and ensure parts meet drawing specifications, removing sharp edges with deburring tools as required.
Maintain personal and tool certifications and assist planners or programmers in determining final numerical control programs to optimize machine utilization and minimize setups.