Project Engineer III, Composites

About the role

Composites Project Engineer III Karman Space & Defense is a leader in the rapid design, development, and production of critical, next-generation system solutions that align with the U.S. Department of War and its allies’ core mission priorities, and meet the accelerating demand for access to space. Building on nearly 50 years of success, we deliver Payload & Protection Systems, Aero/Hydrodynamic Interstage Systems, and Propulsion & Launch Systems to more than 80 prime contractors supporting over 130 space and defense programs. This role is part of our Hypersonics and Strategic Missile Defense business, which designs, develops, and delivers highly dependable missile systems for hypersonic and strategic missile defense missions. We provide integrated, mission-ready hardware that brings together multiple technologies into unified systems engineered to perform in demanding operational environments. Our tip-to-tail capabilities include payload protection and deployment systems, propulsion systems, aerodynamic interstage systems, separation systems, missile subsystems, shroud systems, launch systems, and payload integration solutions. As a Composites Project Engineer III, you will lead technical execution across composite-intensive aerospace programs from development through production. You will drive composite manufacturing engineering, tooling strategy, and production integration while serving as the primary technical focal point for advanced composite structures. This role ensures readiness, resolves real‑time manufacturing challenges, and coordinates cross‑functional teams to achieve cost, schedule, and technical goals for high‑performance systems.

Responsibilities

• Leads execution of composite-intensive aerospace programs, ensuring alignment between design intent, composite manufacturing processes, tooling strategy, and delivery requirements.
• Translates engineering requirements into executable composite manufacturing plans, including layup strategy, material selection, cure cycles, ply sequencing, tooling needs, and production flow.
• Owns integrated program planning for composite structures, developing schedules, managing critical paths, and coordinating production readiness milestones across cross‑functional teams.
• Develops, reviews, and releases composite manufacturing documentation such as work instructions, ply schedules, travelers, and process specifications.
• Leads tooling strategy and execution for composite fabrication and assembly, ensuring dimensional accuracy, thermal stability, repeatability, and scalability.
• Drives composite manufacturing readiness and supports shop floor execution, resolving real-time production issues across layup, cure, bonding, trim, and assembly operations.
• Serves as the primary technical interface with customers, supporting design reviews, status updates, technical interchange meetings, and issue resolution.
• Coordinates across engineering, manufacturing, quality, supply chain, and suppliers to ensure material readiness, process alignment, and successful program execution.
• Leads root cause analysis and corrective actions for composite defects and nonconformances, including structural, process, and tooling-related issues.
• Manages program scope changes and Engineering Change Proposals (ECPs), ensuring clear understanding of impacts on composite design, tooling, schedule, and production flow.

Qualifications

Required Qualifications:

• 4-8 years of experience in aerospace composite manufacturing, composite design support, or production engineering.
• Strong time-management skills with the ability to manage multiple composite programs simultaneously.
• Deep understanding of composite manufacturing processes including layup, autoclave cure, press molding, bonding, and machining.
• Experience interacting directly with customers and cross‑functional aerospace teams.
• Strong problem-solving skills with experience leading composite nonconformance resolution and corrective actions.
• Ability to interpret composite engineering drawings, ply schedules, specifications, and geometric dimensioning and tolerancing (GD&T) requirements.
• Bachelor’s degree in mechanical engineering, aerospace engineering, materials engineering, or related