Understand the core physical problem, target user ergonomic bounds, electronic hardware requirements, and manufacturing cost targets.

• Catalog all internal electronics (PCB outlines, connectors, battery volumes, sensors)
• Establish product bounding box and minimum ergonomic wall thresholds
• Benchmark competitor hardware architecture and mechanical teardowns
• Define manufacturing process targets (CNC, injection molding, sheet metal, die-cast)

Synthesize constraints into 3 to 4 distinct design engineering directions, balancing silhouette character with internal volumetric packaging.

• Generate iterative 3D digital form studies exploring proportions and edge treatments
• Establish primary datum planes and kinematic layout spines
• Evaluate human factor grip angles, sightlines, and button actuator ergonomics
• Review preliminary draft angle logic and mold release directions

Refine the selected form direction into a mature, cohesive physical exterior with continuous curvature transitions and specified material finishes.

• Model G2/G3 tangent and curvature-continuous exterior surfaces
• Design parting lines that conceal tooling seams within natural shadow breaks
• Develop CMF palettes (anodized metals, engineered resins, soft-touch elastomers)
• Sculpt tactile grip textures, knurling patterns, and micro-perforated acoustic grills

Transform exterior surfaces into fully shelled, production-feasible solid parts with structural ribs, snap fits, fastener towers, and zero interferences.

• Build top-down parametric solid models in SolidWorks with labeled feature trees
• Apply uniform nominal wall thicknesses and tooling draft angles (1.0° to 2.5°)
• Seat internal electronics, battery pouches, and thermal vapor chambers with exact clearances
• Run automated digital clash and interference detection sweeps across the entire assembly

Produce high-fidelity visual assets for investor decks, marketing teasers, crowdfunding campaigns, and executive sign-off.

• Convert CAD solids into dense, clean polygon meshes with custom vertex normals
• Formulate physically accurate PBR shaders (IOR, roughness, anisotropy, clearcoat)
• Craft directional studio lighting rigs highlighting form contours and chamfer bevels
• Render multi-pass 8K EXR and TIFF images with transparent alpha channels

Generate formal engineering documentation so machine shops and quality inspectors can fabricate and inspect every part to sub-millimeter tolerances.

• Draft multi-sheet 2D blueprints according to ASME Y14.5 and ISO 2768 standards
• Establish datum reference frames (Datums A, B, C) and assign geometric tolerances
• Illustrate exploded sub-assembly diagrams with numbered balloon callouts
• Compile a complete multi-level Bill of Materials with material grades and processes

Package the entire digital engineering system into a standardized, organized archive ready for RFPs, quoting, and rapid tooling.

• Organize directory structures with standardized part numbering (LOP-PRJ-XX-XXX)
• Export neutral formats (.STEP, .IGES, .DWG, .DXF, .PDF, .GLB, .3MF)
• Write executive release notes detailing revision history and critical tool notes
• Conduct digital handoff briefing with client engineering or factory representatives