Aerospace Space Systems Sewing Specialist — Zero-Defect Precision

Web-Industries-; Denton (TX); On-site; USD 32,000 - 43,000; Full time

Benefits offered by this job

ESOP

Employee-owned company

Excellent benefits

Job summary

Space Systems Sewing Specialists in Denton, TX, seeks a highly skilled Space Systems Sewing Specialist to join our precision aerospace team. The role focuses on meticulous hand and machine sewing to assemble critical components for aerospace and high-performance applications, demanding strict quality and safety standards.

As part of an elite, technology-driven environment, you will work with confidential materials, optimize machine parameters, and ensure zero-defect output while maintaining a

Qualifications

• High school diploma or equivalent.
• Minimum 5+ years of progressive, expert-level experience in complex industrial/walking foot sewing with aerospace soft goods focus.
• Mastery in operating and calibrating a range of industrial sewing machines to achieve aerospace-grade precision.

Responsibilities

• Lead fabrication of intricate aerospace components with diverse sewing machines, achieving zero defects.
• Perform complex assembly operations with hand tools and machines to meet aerospace quality requirements.
• Calibrate machine parameters to ensure precision and reduce defects across high-performance materials.

Skills

Walking Foot Sewing

Hand Sewing

Machine Sewing

Quality Assurance

Aerospace Standards

Education

High school diploma

Tools

Industrial sewing machines

Grommet dies

Cutters/Shears

Laser cutting systems

Job description

Space Systems Sewing Specialists in Denton, TX, seeks a highly skilled Space Systems Sewing Specialist to join our precision aerospace team. The role focuses on meticulous hand and machine sewing to assemble critical components for aerospace and high-performance applications, demanding strict quality and safety standards.

As part of an elite, technology-driven environment, you will work with confidential materials, optimize machine parameters, and ensure zero-defect output while maintaining a