Automotive Component Reverse Engineering — BMW (Treedy Labs)
Reconstructed 30+ BMW components into parametric CAD suitable for fit checks, prototyping, and manufacturing workflows.
Read Case Study →Selected engineering case studies including reverse engineering, enclosure design, mechanical design, and manufacturable CAD development.
My work focuses on building clean parametric CAD models that can be used in real prototyping and manufacturing workflows, including reverse engineering, mechanical design, and prototype development.
Reconstructed 30+ BMW components into parametric CAD suitable for fit checks, prototyping, and manufacturing workflows.
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Converted scanned tool geometry into parametric CAD designed for repeatable placement, fit control, and first-fit prototyping.
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Rebuilt grille geometry into editable CAD suitable for prototyping, fit checks, and repeatable revisions.
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Designed a hygiene-focused enclosure with manufacturable split lines, stiffness features, and service access.
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Built a multi-material enclosure with datum strategy and interfaces structured for CNC manufacturing.
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Designed a modular, support-free printable mount with controlled interfaces, retention features, and fit validation.
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Developed a print-first mechanism with tolerance strategy for fast assembly and controlled iteration.
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Designed a compact, modular mechanism intended for support-free printing and rapid functional validation.
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Designed a 4-season ultralight hot tent with stove integration, focusing on structural stability, manufacturable panel layout, and real-world usability.
Read Case Study →If you need a physical part reconstructed into CAD, an enclosure designed around real constraints, or mechanical components prepared for manufacturing, feel free to reach out.
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