Aircraft Cabin Interiors Design Engineer

Job Description for Aircraft Cabin Interiors Design Referral:

The Aircraft Interiors Design Engineer/Lead for the Airbus A320/A330/A350/A380 is responsible for designing, developing, and integrating cabin interior components while ensuring compliance

with safety, certification, manufacturing, and customer requirements.

Academic Qualification:

• B.E./B.Tech in Mechanical, Aerospace, or Aeronautical Engineering.

Relevant Experience:

• 3–12 years of experience in Aircraft Interiors Design

Role: Aircraft Interiors Design Engineer (A320/A330/A350/A380 Program)

Responsibilities:

Design aircraft interior components using CATIA V5/V6.

Develop 3D models and 2D manufacturing drawings.

Design and modify:

1. Galleys
2. Lavatories
3. Stowages
4. Closets
5. Sidewall panels
6. Ceiling panels
7. Passenger service units (PSU)
8. Cabin partitions
9. Crew rest areas

• Perform installation and integration within the A320/A330/A350/A380 fuselage.
• Ensure compliance with Airbus design standards and certification requirements.
• Conduct tolerance stack-up and interface analysis.
• Support weight reduction and cost optimization activities.
• Coordinate with stress, manufacturing, systems, and production teams.
• Resolve production and in-service issues through design changes.
• Prepare engineering documentation, including:
• 2D drawings
• Bill of Materials (BOM)
• Engineering Change Requests (ECR)
• Engineering Change Orders (ECO)

Required Skills:

• Tools: CATIA V5, ENOVIA VPM ( VPM WEB), SOLINGS, PASS SSI, GILDA, TAKSY, ARINA, APS, TREND (Context Builder), 3DJUUMP
• CATIA V5 (Part Design, Generative Shap Design, Sheet metal design, composite design Assembly Design, Drafting)
• Aluminium honeycomb sandwich structures
• Aircraft materials and fasteners
• Design for Manufacturing (DFM)
• GD&T & Tolerance analysis
• Basic FEA understanding

Knowledge Required:

• Aircraft cabin layouts
• Airbus A320/A330/A350/A380 fuselage structure
• CS-25/FAR Part 25 regulations
• Cabin safety requirements
• Flammability requirements
• Human factors and ergonomics
• Weight and balance
• Manufacturing processes