Custom Coffered Ceiling Design & 3D Modeling in Autodesk Inventor
A custom coffered ceiling concept modeled in Autodesk Inventor, combining a rectangular wood frame, cross-members, recessed panels, and integrated lighting.
Milestone PLM developed a 3D design concept for a decorative coffered ceiling featuring a rectangular recessed centre, a warm wood-finished perimeter frame, and evenly spaced wooden cross-members. The design integrates concealed cove lighting along the inner perimeter, complemented by recessed down lights in the surrounding ceiling to create a warm and contemporary interior aesthetic. The ceiling elements were developed and coordinated using Autodesk Inventor’s 3D modelling capabilities to establish the overall geometry, frame proportions, member spacing, and relationships between the recessed panels and lighting zones. The design approach focused on translating the visual concept into a coordinated 3D model while considering component alignment, installation interfaces, and manufacturing requirements for further engineering and fabrication planning.
What Made This Project Complex
The decorative coffered ceiling required a carefully coordinated 3D design to translate the visual concept into a structured ceiling assembly. The combination of a rectangular perimeter frame, repeated wooden cross-members, recessed ceiling panels, and integrated lighting required accurate geometric relationships and consistent alignment while considering manufacturing and installation requirements.
How Milestone PLM delivered
The decorative coffered ceiling was developed as a 3D design project using Autodesk Inventor. The perimeter frame, internal wooden cross-members, recessed ceiling panels, and lighting zones were considered as coordinated elements within the overall ceiling design. The modelling process focused on defining component geometry, maintaining accurate spacing and alignment, and evaluating the relationships between the ceiling elements to support manufacturing and installation planning.
- Complete Autodesk Inventor 3D model of the decorative coffered ceiling concept.
- Individually modelled perimeter frame and internal wooden cross-members.
- Coordinated 3D assembly defining component positioning, spacing, and alignment.
- Detailed ceiling geometry incorporating the recessed central panels and wood-finished framing.
- Integrated design coordination of concealed cove-lighting zones and recessed down light positions.Manufacturing-oriented 3D model to support further detailing and production planning.
How we structured the work
Design Inputs & Visual Requirement Review
Reviewed the ceiling design concept, including the rectangular perimeter frame, recessed central panels, wooden cross-members, concealed cove lighting, and recessed downlights to establish the overall geometry and layout.
3D Component Modelling
Developed the perimeter frame and internal wooden cross-members as individual elements in Autodesk Inventor. Defined their geometry and relative dimensions to maintain consistent proportions and alignment throughout the ceiling design.
Assembly Development
Integrated the individual ceiling elements into a coordinated 3D assembly. Established the positioning and spacing of the cross-members, evaluated the recessed panel arrangement, and coordinated the lighting zones with the overall ceiling geometry.
Design Review & Manufacturing Readiness
Reviewed the 3D model for geometric consistency, component alignment, spacing, and interface requirements. Identified the dimensions, material build-ups, fixing details, support arrangements, and lighting specifications requiring final engineering definition for fabrication and installation planning.
Project in Pictures
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