3D Graphic Designer

CAD Design & Mechanical Modeling:Develop precise 3D mechanical components and assemblies, ensuring structural integrity and dimensional accuracy for manufacturing.
Technical Documentation:Produce detailed technical drawings, including schematics, side views, and dimensions, to serve as blueprints for fabrication and assembly.
3D Visualization & Rendering: Create high-fidelity 3D models, digital product renders, and animations to visualize final designs and support marketing or presentation needs.
Prototyping & Print Preparation: Translate 3D designs into physical prototypes by utilizing slicing software to optimize print settings, support structures, and toolpaths for additive manufacturing.

Technical Drawing

Description: This technical drawing, outlines the precise dimensions and layout for the Sim Racing Button Box. The schematic includes detailed front and side views, providing the necessary measurements for fabrication and assembly.Software Used:

Adobe Illustrator

CAD Design

Description: This workspace view, featured, showcases the 3D CAD design phase for a "Sim Racing Button Box" project in Autodesk Fusion. The design highlights the structural development of the button housing and the corresponding front faceplate layout.Software Used:

Autodesk Fusion

3D Modeling

Description:Showcases the 3D modeling process within Blender. The interface displays the structural development of the device enclosure, setting the foundation for creating high-quality product renders and animations.Software Used:

Blender

3D Print Preparation

Description:This workspace view, captures the slicing and preparation phase in Bambu Studio for the GRIDSTART enclosure components. The layout displays the "Shell Case" and "Front Panel" arranged on the build plates, prepared for the 3D printing process.Software Used:

Bambu Studio

Gridstart E.mp4

GRIDSTART Exploded View Product Animation

Description: This product visualization features an exploded view animation of the GRIDSTART device, effectively demonstrating its internal components, assembly structure, and mechanical design.Phase 1: 3D Modeling & Preparation

Create or import the precise 3D geometry of the GRIDSTART device components (typically modeled in Autodesk Fusion 360 for accuracy).
Ensure all individual parts (casing, buttons, internal panels) are separated as distinct objects in Blender to allow for independent movement.

Phase 2: Animation (The "Explosion")

Set up the scene in Blender and define the start and end positions for all components to create the explosion sequence.
Apply keyframes to the location and rotation of each component to simulate them flying outward from the center, followed by the reassembly sequence.

Phase 3: Lighting, Texturing & Rendering

Apply materials and textures to the 3D objects to match the physical appearance of the device.
Set up studio lighting to highlight the product features, then render the animation sequence as a series of high-quality frames.

Phase 4: Post-Production

Import the rendered image sequence into Adobe Premiere to compile the frames into a video file.
Integrate the final branding/logo animation at the end of the timeline to wrap up the presentation.

Softwares Used:

Blender
Adobe Premiere

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