Tim Wright Design – Portfolio

Rise|Shelf

Product Design | A modular furniture system engineered for scalability, combining flat-pack logistical efficiency with the tactile weight of solid-wood craftsmanship.

Vineyard House

Architecture | A sanctuary of glass and light engineered with net-positive building science and FRAMECAD precision steel framing to redefine sustainable luxury.

Performative Surface

Architecture | An exploration of the hybridization of landscape and architecture through a continuous, active terrain that facilitates ecological growth and public circulation.

Product Design | A masterclass in functional minimalism, the MacBook Pro Sleeve is precision-crafted from European leather to safeguard your device without compromising its iconic silhouette. Featuring an integrated 18-degree folding stand and a secure clamshell fit, it is designed for the modern nomad who demands both protection and performance.

Mid-Century Modern Reimagined

Architecture | A study in architectural archaeology that restores 1950s linear clarity through a bespoke palette of white oak, aged brass, and honed marble.

The Bamboo Forest Pavilion

Architecture | A study in structural transparency and biophilic integration, utilizing a "disappearing" glass strategy and a monolithic service core to dissolve the boundary between domesticity and the wild.

Apple Watch Dock

Product Design | A study in kinetic elegance and tactile precision. Inspired by the silhouette of a spinning top, this dock utilizes a solid 316L stainless steel core and a hidden ball-plunger system to provide a secure, click-into-place housing for interchangeable shells—transforming the Apple Watch into a sculptural bedside centerpiece.

Lights of Fairview Park

Architecture | A civic masterplan for a 208-acre preserve, featuring interactive "light-reeds" and a net-zero pavilion designed to synchronize human presence with native habitat restoration.

Paradise Falls Development

Architecture | A master-planned retreat that seamlessly blends holistic luxury with the raw, natural beauty of the California coast.

Parametric Brick Estate

Architecture | A convergence of traditional materiality and cutting-edge computational logic, this project leverages 6-axis robotic fabrication and Grasshopper-driven simulations to create self-supporting, compression-based masonry. By modulating individual brick rotation and porosity, the design translates complex environmental data into a high-resolution, rule-based sculpture.

Japanese Escape

Architecture | A retreat designed through the lens of spatial transparency, utilizing traditional Japanese joinery and a precision-engineered timber post-and-beam assembly.

Parametric Robotic Light-Path Control

Product Design | A synthesis of 6-axis kinematics and long-exposure photography, translating algorithmic point clouds into high-fidelity light sculptures.

Dynamic Walk

Architecture | A study in site-specific reconciliation, Dynamic Walk utilizes a rigid modular system and CNC-machined Baltic Birch joinery to negotiate unpredictable terrain. By engineering the foundation as a series of interlocking segments, the installation functions as a structural puzzle that maintains perfect stability across irregular landscapes.

Elevate – Dock

Product Design | Precision-engineered for functional minimalism, the Elevate Dock features a weighted stainless steel core and an 18-degree ergonomic tilt. Designed for zero-tool assembly, its adaptive internal geometry provides universal compatibility for any smartphone and cable, creating a seamless, clutter-free environment for your workspace.

Adaptable Dock

Magical Realism

Architecture | An exploration of a non-denominational sacred space inspired by Fay Jones’ Thorncrown Chapel. This project utilizes a disciplined timber frame structure and rhythmic spatial compression to blur the boundary between the ordinary and the extraordinary, allowing a sensory experience of "magical realism" to emerge.

Portfolio and Watch Dock Case

Product Design | A study in material contrast and precision joinery. This custom walnut housing utilizes a hybrid fabrication workflow—pairing 3-axis CNC machining with 3D-printed porcelain to create a high-fidelity tactile experience and a seamless, friction-fit integration of components.

Architectural Designer