Defining how a project can be realised.

This phase is where technical uncertainty is resolved, risks are identified, and a clear path from concept to fabrication is established.

- Feasibility studies and build strategy

- Material research and process selection

- Prototyping strategy and testing

- Workflow and production planning

Creating the digital models, systems and tooling required to make a project buildable.

This includes both the design of the object and the logic behind how it will be fabricated or operated.

- CAD and parametric design

- Algorithmic / computational systems

- Scan-to-fabrication workflows

- Geometry optimisation for fabrication

- Kinetic systems and control logic

- Custom software and design tools

Translating design into physical outcomes through prototyping, fabrication and production workflows.

Focused on maintaining fidelity between concept and final object, especially in technically demanding or non-standard builds.

- CNC machining and digital fabrication

- Additive manufacturing workflows

- Pattern making and mould design

- Assembly strategy and fabrication logic

- Production prototyping

Leading the technical process during production.

Often acting as the bridge between artists, designers and manufacturers on complex or large-scale projects.

- Coordination with fabricators and suppliers

- Oversight of production workflows

- Problem-solving during fabrication

- Maintaining quality and intent

Bridging the gap between creative intent and technical feasibility. Whether you are dealing with complex simulations or hand-crafted forms, we translate ambitious concepts into high-fidelity digital assets optimized for the next stage of production.

CAD & Parametric Design - Design of hard surface components in Rhino, SolidWorks, Fusion360.

Algorithmic Design - Complex computational designs in Grasshopper & Houdini.

3D Scanning - Photogrammetry, laser and texture scanning and processing into usable assets for digital or physical uses.

Data Optimisation for Fabrication - 3D model segmentation, preparing data for the relevant digital or traditional fabrication process.

Digital Sculpting - Modelling of organic forms from reference images, sketches or 3D scan data.

Visualisation - Photorealistic renders, CGI Images and Animation, Motion Graphics for proposals and advertising media.

Drafting - Technical drawings for fabrication & assembly.

Move beyond "standard" fabrication. By developing custom machine logic and specialist workflows, we ensure that the most intricate digital designs are realized in physical materials without compromise.

3D Printing - Development and production of specialist workflows using additive-manufacture such as custom G-code.

CNC Milling - Machining of custom parts. Development and production of specialist workflows using subtractive-manufacture.

Pattern Making – Design, file preparation, and fabrication of precision patterns for use in processes such as mold-making, vacuum forming and casting.

Mold-Making - Design and fabrication of molds utilising our custom digital tools in the design of molds for time and resource savings.

We give physical objects a "nervous system." From kinetic sculptures that move with emotion to large-scale AV installations, we design the custom hardware and software that make interactive art reliable and repeatable (or not).

Kinetic Engineering: Designing the mechanical systems and custom motor controls required to bring physical motion to artworks and installations.

Bespoke Electronics & Firmware: Arduino-based circuitry and sensor integration designed for long-term stability in gallery or public environments.

Custom Software & Mass Customization: Development of proprietary tools and product configurators that allow for infinite variations of a design.

The most expensive mistakes happen during the transition from design to build. We provide the technical oversight and material R&D required to de-risk your project before a single piece of material is cut.

Feasibility Studies & Prototyping Strategy: Expert analysis of your concept to identify the most efficient tools, materials, and fabrication pipelines.

Workflow Optimization: Customizing digital-to-physical pipelines to reduce lead times and eliminate manual bottlenecks in production.

Design & Fabrication Consulting: Serving as the technical lead to bridge the gap between creative visionaries and industrial manufacturers.