Product & Installation Engineering

Lattice Room Divider

Custom solid walnut room divider with interlocking lap joints on lattice panels and vertical posts. Engineered for modular assembly, self-alignment, and on-site adaptation. Components lock together during installation, and the assembly features clean lines with minimal visible fasteners.

  • Engineered a modular room divider prioritizing straightforward on-site assembly and precise alignment without specialized tools.

  • Designed lap-jointed lattice frames and rail-mounted posts to enable controlled on-site adjustment while achieving a clean, fastener-free appearance.

  • Prepared detailed component layouts and fabrication instructions, turning design intent into buildable, installable elements.

  • Applied DFMA and DFI principles to translate a conceptual design into a practical, elegant installation sequence, where the logic of the assembly reinforces the clarity and beauty of the final piece.

Large-Scale Pedestal Dining Table

96" diameter solid white oak dining table engineered for stability, flatness, and long-term structural integrity. The top features concealed C-channel reinforcement and CNC-milled pockets that interface precisely with an internal bracket system, allowing secure attachment while accommodating seasonal wood movement. The pedestal base is formed from two large solid wood half-rounds built from CNC-milled staves around an internal bracket structure, enabling dry-fit testing, maintaining curvature, and producing a seamless exterior form at architectural scale.

  • Translated the initial design concept into an engineered build plan, resolving structural, material, and fabrication challenges at large scale.

  • Developed a DFMI-informed manufacturing and assembly strategy, enabling predictable, precise, and elegant construction at large scale.

  • Anticipated how assembly, wood movement, and structural interactions would impact both function and visual harmony, and designed interventions to support them.

  • Collaborated with CNC and fabrication teams to translate design intent into precise, buildable components.