Digital Vocabularies

Digital Vocabularies was my introduction to architectural computational design. The first course moved between observing patterns, describing the operations behind them, and rebuilding those relationships in Rhino and Grasshopper.

A repeated element could be translated, mirrored, arrayed, or varied. The interesting shift was from drawing an individual result to describing a system that could produce a family of results.

Those early exercises connected visual observation to explicit operations. A pattern was something to inspect, explain, and transform.

The chair studies explored different ways to describe and build a continuous seating form. Parallel strata, an intersecting waffle grid, folded surfaces, and a component system each imposed a different logic on the geometry.

Material studies gave those systems distinct characters. The strata version reads through the rhythm of oak profiles; the waffle version reveals the relationships between two crossing sets of sections.

The exercise was about the relationship between a surface and the rules that organize it. The original material assignments and chair forms guide the product visualizations shown here.

Fabrication layouts made the digital model answer practical questions. Profiles had to be separated, numbered, arranged on sheets, and related back to an assembly sequence. A shape on screen became a set of decisions about parts and order.

The original documentation also records a small 3D-printed model of the waffle form. Moving between rendered material studies, slicing, and a physical print made the difference between a visual idea and its fabrication more tangible.

The chairs remained coursework studies. The renderings explore form and material; the printed model documents the physical scale experiment.

Advanced Digital Vocabularies extended the work into data visualization and electronics. For the final study, I explored New York City pollution data covering 2008–2019 through haptic feedback.

The question grew out of Opus, my industrial-design thesis: if a vibration can communicate something about a digital message, could it also become a way of presenting data?

The original presentation records the data preparation, code, and a physical setup with an Arduino, breadboard electronics, and two wired vibration elements. It was a functional exploration of an alternative output, rather than a study establishing how accurately people could interpret the dataset.

These courses connected three habits that still shape my work: make the rule visible, follow a digital idea into physical constraints, and question the interface through which information is experienced.

That thread continues in Opus through embodied interaction, in Velogra through creative coding, and in Protobench through editable geometry and the systems around making.