Senior Mechanical Engineer, VIP Aircraft Interiors

Greenpoint Technologies; United States; Remote; USD 109,000 - 150,000; Full time

Job summary

Greenpoint Technologies is seeking a skilled mechanical designer to develop complex VIP aircraft interiors and structures, ensuring compliance with FAA requirements and budget constraints. You will use 3D CAD (Inventor preferred) and 2D drafting (AutoCAD) to create efficient, manufacturable designs.

You will analyze specifications, select suitable materials, and collaborate with Manufacturing Engineers to reduce parts, cost, and assembly errors while maintaining high quality and on-schedule

Qualifications

• Strong CAD/Design skills with 3D (Inventor preferred) and 2D (AutoCAD).
• Knowledge of manufacturing methodologies, design-for-manufacturing, and material selection.
• Familiarity with ANSI Y14.5 standards for drafting.
• Ability to work independently and cross-functionally within a growing team.
• Willingness to travel as required.

Responsibilities

• Designs complex mechanical aircraft interior furnishings and structures.
• Analyzes subsystem and project specifications.
• Selects materials based on structural needs and specs, evaluating trade-offs.
• Optimizes designs with Manufacturing Engineers to reduce parts and costs.
• Ensures designs meet FAA requirements and budget schedules.
• Supports test setups and test reports development.

Skills

CAD/Design

Inventor

AutoCAD

Manufacturing knowledge

ANSI Y14.5

Weight & balance

Team collaboration

Education

Bachelor's degree in engineering

Tools

Inventor

AutoCAD

Job description

Greenpoint Technologies is seeking a skilled mechanical designer to develop complex VIP aircraft interiors and structures, ensuring compliance with FAA requirements and budget constraints. You will use 3D CAD (Inventor preferred) and 2D drafting (AutoCAD) to create efficient, manufacturable designs.

You will analyze specifications, select suitable materials, and collaborate with Manufacturing Engineers to reduce parts, cost, and assembly errors while maintaining high quality and on-schedule