Aircraft Cockpit Cabin CAD Integrator
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Job Summary
JOB DESCRIPTION
We are seeking an Interior CAD Integrator to own the digital integration of the e200X cabin and cockpit. You will take design intent - seats stretcher systems trim panels doors and hatches transparencies stowage and interior mechanisms and integrate it into the aircraft-level CAD environment resolving packaging clearances structural interfaces and system routing with engineering teams. This role sits at the heart of turning industrial design into a certifiable manufacturable aircraft interior.
Build manage and integrate detailed 3D CAD models of cabin and cockpit interior assemblies - seating (including paramedic seat and stretcher provisions) trim panels flooring doors/hatches and transparencies - within the master aircraft digital mock-up.
Perform packaging studies clearance and interference checks ingress/egress assessments and mechanism kinematics (doors hatches seat adjusters stowage) in CAD.
Define and manage interfaces between interior components and airframe structure electrical harnesses ECS and other systems; maintain interface control documentation.
Convert Class-A/industrial design surfaces into engineered tooled-part geometry with appropriate attachment schemes tolerances and material thicknesses.
Produce and maintain production-intent drawings BOMs and CAD data packages for suppliers and in-house fabrication following configuration management and PLM discipline.
Support ergonomics and human factors evaluations (e.g. DELMIA human modelling) with accurate up-to-date interior geometry.
Bachelors degree in Mechanical/Aeronautical Engineering or equivalent.
3 to 4 years of experience in interior/mechanical CAD integration in aerospace automotive or a comparable regulated industry.
Strong proficiency in CATIA V5/3DEXPERIENCE (part design generative shape design assembly design kinematics); experience working within a PLM environment.
Solid grasp of mechanical design fundamentals: fastening and attachment strategies tolerancing and GD&T sheet metal plastics and composite part design.
Experience with digital mock-up practices - clash detection zoning packaging and interface management in large assemblies.
Ability to read create and release engineering drawings to production standards.
Strong cross-functional communication - you will work daily with industrial designers structures systems and certification engineers.
Ownership of the digital interior of an Indian eVTOL aircraft heading into its real-aircraft build phase.
A high-trust multidisciplinary environment where design engineering and certification sit at one table.
Deep exposure to eVTOL certification and integration challenges at the frontier of urban air mobility.
Required Skills:
Key Responsibilities Build manage and integrate detailed 3D CAD models of cabin and cockpit interior assemblies - seating (including paramedic seat and stretcher provisions) trim panels flooring doors/hatches and transparencies - within the master aircraft digital mock-up. Perform packaging studies clearance and interference checks ingress/egress assessments and mechanism kinematics (doors hatches seat adjusters stowage) in CAD. Define and manage interfaces between interior components and airframe structure electrical harnesses ECS and other systems; maintain interface control documentation. Convert Class-A/industrial design surfaces into engineered tooled-part geometry with appropriate attachment schemes tolerances and material thicknesses. Produce and maintain production-intent drawings BOMs and CAD data packages for suppliers and in-house fabrication following configuration management and PLM discipline. Support ergonomics and human factors evaluations (e.g. DELMIA human modelling) with accurate up-to-date interior geometry. Requirements Bachelors degree in Mechanical/Aeronautical Engineering or equivalent. 3 to 4 years of experience in interior/mechanical CAD integration in aerospace automotive or a comparable regulated industry. Strong proficiency in CATIA V5/3DEXPERIENCE (part design generative shape design assembly design kinematics); experience working within a PLM environment. Solid grasp of mechanical design fundamentals: fastening and attachment strategies tolerancing and GD&T sheet metal plastics and composite part design. Experience with digital mock-up practices - clash detection zoning packaging and interface management in large assemblies. Ability to read create and release engineering drawings to production standards. Strong cross-functional communication - you will work daily with industrial designers structures systems and certification engineers.
