Structural Design Engineer

Job Title:

Mechanical Design Engineer – Aerospace Structures and Door Systems Job Description

This role focuses on mechanical design for aerospace structures with a strong emphasis on door systems, including hinge and latch mechanism design. The engineer will develop complex kinematic and structural solutions for space and air vehicles, support conceptual and detailed design, and guide junior engineers while working closely with cross‑functional teams in a manufacturing environment.

• Design mechanical door systems with emphasis on hinges, latches, and complex kinematic mechanisms in a conceptual design environment.
• Develop and refine complex kinematic solutions for aerospace applications, ensuring functionality, reliability, and maintainability.
• Lead and guide junior engineers in structural design best practices, methods, and standards.
• Define and influence structural architecture by identifying and proposing advanced technologies and innovative design approaches.
• Support the overall design process through trade studies, concept development, and interface development between major structural components.
• Design composite primary and secondary structures, including high-temperature material forming and associated structural details.
• Create, manage, and run Global Finite Element Models (GFEM) that the stress team can use for analysis and validation.
• Create and execute Detail Finite Element Models (DFEM) for critical structural components and assemblies.
• Develop simple working finite element models for conceptual design work to validate design principles and support early design decisions.
• Use CATIA (part design, assembly design, surface/wireframe, composites workbench) to create, modify, and manage 3D models and assemblies.
• Apply GD&T to ensure clear, accurate, and manufacturable engineering drawings and specifications.
• Perform trade studies to evaluate multiple design solutions and down select the best options based on weight, cost, schedule, and performance constraints.
• Collaborate in an Integrated Product Team (IPT) environment with design, fabrication, assembly, and other key functions to ensure designs are producible and meet program objectives.
• Support the design of metallic and composite structures for wings, fuselage, vertical tails, air vehicle doors, and structural elements such as stringers, frames, and clips.
• Leverage experience with aerospace structures, product development, and new design to contribute to commercial aircraft and space vehicle programs.

• Strong experience in mechanical design with emphasis on nacelle structures, including inlets, fan cowls, etc...
• Ability to design complex kinematic solutions in a conceptual design environment.
• Extensive experience in aerospace structural design.
• Proficiency with CATIA, including part design, assembly design, surface/wireframe, and composites workbench.
• Experience in composites primary and secondary structure design.
• Experience with high-temperature material forming for aerospace applications.
• Proficient in applying Geometric Dimensioning and Tolerancing (GD&T).
• Experience in structural design for thrust reversers, fuselage, vertical tails, air vehicle doors, and structural details such as stringers, frames, and clips.
• Hands‑on experience with aerospace structural design, including metallic and composite structures.
• Experience creating, managing, and running Global Finite Element Models (GFEM) for use by stress and analysis teams.
• Experience creating and executing Detail Finite Element Models (DFEM) for detailed structural analysis.
• Ability to create simple finite element models to support conceptual design and validate design principles.
• Knowledge of various material forms and manufacturing processes relevant to conceptual design trade studies.
• Experience executing trade studies to select optimal design solutions based on weight, cost, and schedule.
• Ability to work effectively in an Integrated Product Team (IPT) environment with design, fabrication, assembly, and other key disciplines.
• Bachelor’s degree in engineering (mechanical engineering or a closely related discipline is strongly preferred).
• Experience in aerospace structures,…