Boeing Pre- Training; BPET Students - Composite Fabrication C

Job Description

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 students and recent graduates of certified Boeing Pre-Employment Training (BPET) programs opportunities to join our Fabrication team as a Composite Fabricator C in Everett, WA.

As a Composite Fabricator, you will play a vital role in ensuring the highest standards of quality and safety in the production of non-metallic components for our Airplanes. Your expertise will be essential in fabricating and assembling parts with precision, utilizing various methods and equipment while adhering to established safety protocols. You will be responsible for maintaining a safe working environment, ensuring that all processes meet rigorous quality specifications.

Your attention to detail and commitment to excellence will directly impact the integrity of our products.

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.

This position is exclusively open to students who have completed Boeing Pre-Employment Training (BPET) certified courses.

To apply, please ensure you include BOTH of the following documents in the “Resume / CV” field. You may upload multiple documents in this section:

• BPET Enrollment Confirmation Form: This form must be issued by your instructor.
• Updated Resume: Your resume should provide a comprehensive overview of your hands‑on tool experience and/or manufacturing skill sets.

• Obtain work from sources (e.g., lead, work orders, shop requests) for daily work assignments.
• Perform planned work, pre‑cure rework of materials and post‑cure rework (e.g., thermal plastics, rubber, bonded assemblies) as required.
• Operate a computer to access programs required to perform job functions.
• Work with higher grade employees to read/interpret blueprints (e.g., tooling, engineering, production) and specifications.
• Calculate math dimensions working with sample parts, sketches or verbal instructions for fabricating details.
• Work with higher grade employees to provide production/tooling assistance to layout dimensions and/or holes when tools are not available to production shop.
• Operate hand/power tools (e.g., jitterbug, dotco) for cutting or trimming.
• Work with materials to perform bonding/curing (e.g., thermal plastic, rubber, resins, adhesives) in the experimental and production lay‑up process.
• Use precision measuring tools (e.g., calipers, scales, micrometers) to check work performed.
• Work with personnel (e.g., lead, planning, engineering, supervision) to resolve tooling issues.
• Use personal protective equipment when using chemicals (e.g., resins, release agents, paints, sealant, solvents) required in the fabrication process.
• Maintain required certifications used in the fabrication process.
• Use/operate computer programs to operate laser projectors, ply cutters and ultra sonic knife to complete work.
• Operate or assist in the use of lower‑rated tools, cranes, robots, automated former and AGVs (automated guided vehicles) to move tools and materials as needed.
• Must be comfortable working with metals, composites, exposure to moving parts, pinch points, sharp cutters and tools.

• Perform physical tasks that include lifting weights ranging from 10-15 lbs to 15-35 lbs.
• Engage in various movements such as reaching, handling, turning, twisting, lifting, lowering, climbing, balancing, bending, kneeling, crouching, and squatting.
• Work in environments that may involve contact with metals, solvents, and coolants.
• Operate in proximity to moving parts and tools, sharp cutters, and potential slipping hazards.
• Adapt to varying noise…