Interior Engineering Development

Interior Engineering Development

We deployed a dedicated onsite interiors engineering team with one of the big three German automakers, supporting interior trims and systems including luggage compartments, door trims, instrument panels, pillar covers, center consoles, side trims, and headliners. Our scope covered the full range of engineering tasks—concept proposals, packaging studies, master section creation, CAD modifications, closed volume development, and PLM integration— ensuring styling, safety, and manufacturability requirements were consistently met.

Key engineering contributions:

  • Plastics and sheet metal part design with domain specific packaging, tooling and manufacturing feasibility
  • Working mechanism and closure systems along with kinematics
  • CAD data creation in NX as per client standards and release in their PLM environment
  • New product development from scan data with alternative solutions.

Other Case Studies

Reverse Engineering & Product Improvisation Of A Skid Steer Loader
Reverse Engineering & Product Improvisation Of A Skid Steer Loader
Technical Documentation for Manufacturing & Factory Automation
Technical Documentation for Manufacturing & Factory Automation
Gantry Layout for Crankshaft Machining Line
Gantry Layout for Crankshaft Machining Line
Modelling & Library Creation
Modelling & Library Creation
Conversion Of An Existing Non-Pressurised Vessel To A Pressure Vessel As Per Ped Standards
Conversion Of An Existing Non-Pressurised Vessel To A Pressure Vessel As Per Ped Standards
Application Development & New Product Development For Shipment Measurement System
Application Development & New Product Development For Shipment Measurement System
3D Web Library Creation
3D Web Library Creation
CNC Machining Line Automation For Cylinder Blocks Of A Heavy-duty Pickup Truck
CNC Machining Line Automation For Cylinder Blocks Of A Heavy-duty Pickup Truck
E-Mobility Station Design
E-Mobility Station Design
Press Tool Design for Heat Exchanger Plates
Press Tool Design for Heat Exchanger Plates