I offer oscillating fan mechanical design and engineering services
About this service
Designed a complete mechanical assembly for a desktop/pedestal oscillating fan in Autodesk Inventor, covering the motor housing, oscillation mechanism, blade assembly, and base structure. The project was developed from concept through a fully detailed, manufacturing-ready CAD package.
Scope of work:
- Parametric 3D modeling of the fan housing, motor mount, and base assembly
- Design of the oscillation mechanism (worm gear/cam-driven yoke system) for smooth side-to-side rotation
- Blade design with airflow-optimized pitch and balanced geometry
- Motor housing and heat dissipation vent layout
- Tilt/angle adjustment mechanism for vertical positioning
- Control housing design for switch/button placement
- Material selection guidance (ABS/polypropylene housing, die-cast base for stability)
- Full 2D production drawings with tolerancing for moving/rotating parts
- BOM covering motor, fasteners, bushings, and purchased components
- DFM review to minimize part count and simplify assembly
Deliverables:
- STEP/IGES files for full assembly and individual components
- Native Inventor files (.iam/.ipt)
- Detailed 2D drawings (PDF + DWG)
- Exploded assembly view showing motor, oscillation mechanism, and housing
Skills demonstrated:
- Mechanism design (oscillation/cam systems)
- Rotating assembly design
- Plastic housing/enclosure design
- Motor integration
- DFM optimization
Scope of work:
- Parametric 3D modeling of the fan housing, motor mount, and base assembly
- Design of the oscillation mechanism (worm gear/cam-driven yoke system) for smooth side-to-side rotation
- Blade design with airflow-optimized pitch and balanced geometry
- Motor housing and heat dissipation vent layout
- Tilt/angle adjustment mechanism for vertical positioning
- Control housing design for switch/button placement
- Material selection guidance (ABS/polypropylene housing, die-cast base for stability)
- Full 2D production drawings with tolerancing for moving/rotating parts
- BOM covering motor, fasteners, bushings, and purchased components
- DFM review to minimize part count and simplify assembly
Deliverables:
- STEP/IGES files for full assembly and individual components
- Native Inventor files (.iam/.ipt)
- Detailed 2D drawings (PDF + DWG)
- Exploded assembly view showing motor, oscillation mechanism, and housing
Skills demonstrated:
- Mechanism design (oscillation/cam systems)
- Rotating assembly design
- Plastic housing/enclosure design
- Motor integration
- DFM optimization
Designed a complete mechanical assembly for a desktop/pedestal oscillating fan in Autodesk Inventor, covering the motor housing, oscillation mechanism, blade assembly, and base structure. The project was developed from concept through a fully detailed, manufacturing-ready CAD package.
Scope of work:
- Parametric 3D modeling of the fan housing, motor mount, and base assembly
- Design of the oscillation mechanism (worm gear/cam-driven yoke system) for smooth side-to-side rotation
- Blade design with airflow-optimized pitch and balanced geometry
- Motor housing and heat dissipation vent layout
- Tilt/angle adjustment mechanism for vertical positioning
- Control housing design for switch/button placement
- Material selection guidance (ABS/polypropylene housing, die-cast base for stability)
- Full 2D production drawings with tolerancing for moving/rotating parts
- BOM covering motor, fasteners, bushings, and purchased components
- DFM review to minimize part count and simplify assembly
Deliverables:
- STEP/IGES files for full assembly and individual components
- Native Inventor files (.iam/.ipt)
- Detailed 2D drawings (PDF + DWG)
- Exploded assembly view showing motor, oscillation mechanism, and housing
Skills demonstrated:
- Mechanism design (oscillation/cam systems)
- Rotating assembly design
- Plastic housing/enclosure design
- Motor integration
- DFM optimization
Scope of work:
- Parametric 3D modeling of the fan housing, motor mount, and base assembly
- Design of the oscillation mechanism (worm gear/cam-driven yoke system) for smooth side-to-side rotation
- Blade design with airflow-optimized pitch and balanced geometry
- Motor housing and heat dissipation vent layout
- Tilt/angle adjustment mechanism for vertical positioning
- Control housing design for switch/button placement
- Material selection guidance (ABS/polypropylene housing, die-cast base for stability)
- Full 2D production drawings with tolerancing for moving/rotating parts
- BOM covering motor, fasteners, bushings, and purchased components
- DFM review to minimize part count and simplify assembly
Deliverables:
- STEP/IGES files for full assembly and individual components
- Native Inventor files (.iam/.ipt)
- Detailed 2D drawings (PDF + DWG)
- Exploded assembly view showing motor, oscillation mechanism, and housing
Skills demonstrated:
- Mechanism design (oscillation/cam systems)
- Rotating assembly design
- Plastic housing/enclosure design
- Motor integration
- DFM optimization
Designed a complete mechanical assembly for a desktop/pedestal oscillating fan in Autodesk Inventor, covering the motor housing, oscillation mechanism, blade assembly, and base structure. The project was developed from concept through a fully detailed, manufacturing-ready CAD package.
Scope of work:
- Parametric 3D modeling of the fan housing, motor mount, and base assembly
- Design of the oscill... read more
Scope of work:
- Parametric 3D modeling of the fan housing, motor mount, and base assembly
- Design of the oscill... read more
Designed a complete mechanical assembly for a desktop/pedestal oscillating fan in Autodesk Inventor, covering the motor housing, oscillation mechanism, blade assembly, and base structure. The project was developed from concept through a fully detailed, manufacturing-ready CAD package.
Scope of work:
- Parametric 3D modeling of the fan housing, motor mount, and base assembly
- Design of the oscillation mechanism (worm gear/cam-driven yoke system) for smooth side-to-side rotation
- Blade design with airflow-optimized pitch and balanced geometry
- Motor housing and heat dissipation vent layout
- Tilt/angle adjustment mechanism for vertical positioning
- Control housing design for switch/button placement
- Material selection guidance (ABS/polypropylene housing, die-cast base for stability)
- Full 2D production drawings with tolerancing for moving/rotating parts
- BOM covering motor, fasteners, bushings, and purchased components
- DFM review to minimize part count and simplify assembly
Deliverables:
- STEP/IGES files for full assembly and individual components
- Native Inventor files (.iam/.ipt)
- Detailed 2D drawings (PDF + DWG)
- Exploded assembly view showing motor, oscillation mechanism, and housing
Skills demonstrated:
- Mechanism design (oscillation/cam systems)
- Rotating assembly design
- Plastic housing/enclosure design
- Motor integration
- DFM optimization read less
Scope of work:
- Parametric 3D modeling of the fan housing, motor mount, and base assembly
- Design of the oscillation mechanism (worm gear/cam-driven yoke system) for smooth side-to-side rotation
- Blade design with airflow-optimized pitch and balanced geometry
- Motor housing and heat dissipation vent layout
- Tilt/angle adjustment mechanism for vertical positioning
- Control housing design for switch/button placement
- Material selection guidance (ABS/polypropylene housing, die-cast base for stability)
- Full 2D production drawings with tolerancing for moving/rotating parts
- BOM covering motor, fasteners, bushings, and purchased components
- DFM review to minimize part count and simplify assembly
Deliverables:
- STEP/IGES files for full assembly and individual components
- Native Inventor files (.iam/.ipt)
- Detailed 2D drawings (PDF + DWG)
- Exploded assembly view showing motor, oscillation mechanism, and housing
Skills demonstrated:
- Mechanism design (oscillation/cam systems)
- Rotating assembly design
- Plastic housing/enclosure design
- Motor integration
- DFM optimization read less
Service offer categories
3D Modeling
Manufacturing Drawings
Mechanical Design Services
Software & skills
3D Modeling Inventor
3D Part Modeling
3D Product Design
Assembly
Autodesk Inventor
Bill of Materials
DFM Design
Engineering Design
Engineering Drawings
Exploded View Drawings
+7 more
Member since
September 2026
Languages
Arabic,
English
Avg. response time
1 hour
Mechanical CAD Designer | AutoCAD & Autodesk Inventor
I am a Mechanical CAD Designer specializing in AutoCAD 2D and Autodesk Inventor 3D modeling. I have developed my CAD skills through four years of continuous learning and independent project development.
My experience includes 3D part modeling, mechanical assemblies, mechanisms, product design, technical drawings, exploded views, and CAD documentation.
I have developed a wide range of mechanical pr... read more
My experience includes 3D part modeling, mechanical assemblies, mechanisms, product design, technical drawings, exploded views, and CAD documentation.
I have developed a wide range of mechanical pr... read more
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