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Orbital Sphere System

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Pradyota Phaneesh

OVERVIEW

This 3D render showcases a dynamic particle system featuring a central sphere surrounded by orbiting spherical elements of varying sizes. The composition demonstrates gravitational-like clustering and hierarchical scaling, creating an asteroid belt or molecular structure aesthetic. The minimalist grayscale material approach emphasizes form, depth, and spatial relationships. The scene employs sophisticated particle distribution with procedural placement to achieve natural clustering patterns around the central mass. The varying sphere sizes create visual hierarchy and depth, while the smooth gradient background provides environmental context without distraction. Careful lighting setup produces subtle shadows and highlights that define the three-dimensional forms and their spatial relationships.

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SKILLS

CADParticle System and DynamicsProcedural ModelingScale HierarchyLightingMaterial CreationRender Optimization3D Spatial Awareness
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Pradyota Phaneesh

Mechanical Engineering & Advanced Manufacturing

Mechanical engineer with expertise in advanced manufacturing, CAD design, and finite element analysis. Experienced in optimizing production processes, designing complex mechanical systems, and conducting experimental research in sustainable nanomanufacturing. Proficient in ANSYS, MATLAB, and industry-standard CAD tools. Demonstrated ability to reduce manufacturing defects, improve first-pass yield, and lead cross-functional engineering teams.

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