TONIA YUQI ZHANG
张雨琪
InfoLab 

Designer. Type-focused system enthusiast.

Currently available.
toniazhang.work@gmail.com

Experience: Apple, NBA2K, Work-Order. 
Awards: Communication Arts Typography 2026, Graphic Design USA 62nd, Graphis, Creative Quaterly.

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NBA2K League Identity 


HAUS


¹For Reference Only


Cellular Transfigurations


New England Air Museum


ICP William Klein: YES


Apple Fall 2025 Event Identity


Apple Fall 2024 Audio Lineup


Apple Ginza Opening Campaign


Happy Holidays, From Tim


Belvoy


Unilingua (WIP)


Rodion Text (WIP)


A13–220


@ Tonia Yuqi Zhang | 2021-2026



Role: Designer, Art Director
Did: Type design, Research, AI Prompting, Web Development 
Used: Glyphs, Indesign, Illustrator, Photoshop, Processing, ChatGPT, Javascript, HTML, CSS

Instructor: Ryan Waller
Instructor: Minkyoung Kim

Coding mutation into type


Cellular Transfigurations is a custom type family and specimen book that positions code as a disruptive collaborator in typographic form. The base typeface was meticulously drawn in Illustrator, establishing a controlled structural system. From this foundation, I developed p5.js algorithms—iteratively refined through AI-assisted prompting—to destabilize and mutate the letterforms.

Inspired by biologically immortal organisms such as Schmidtea mediterranea (planarian flatworm) and Turritopsis dohrnii (the “immortal” jellyfish), the generative scripts stretch, fragment, erode, and regenerate typographic anatomy. Each transformation introduces variation beyond static authorship, allowing the forms to behave less like fixed symbols and more like adaptive organisms.

The project challenges typographic conventions of permanence, legibility, and designer control. By pushing text toward the threshold of unreadability, Cellular Transfigurations asks a speculative question: if life—or information—could persist indefinitely, would meaning remain intact?

Through the integration of drawing, system design, and generative disruption, the work proposes a new visual language in which typography is not stable infrastructure, but a living, evolving system.

Award: Communication Arts Typography 2026, Award of Excellence


The Turritopsis dohrnii, also known as the immortal jellyfish, is considered "immortal" because it can reverse its life cycle from a mature, swimming medusa back to an immature, sessile polyp stage. When facing stress, injury, or age, it uses a process called transdifferentiation to transform its cells into a younger state, allowing it to bypass death and repeat its life cycle indefinitely.
Planarian flatworms  can regenerate their entire bodies from tiny fragments—as small as 1/279th of the original—using a population of highly versatile adult stem cells called neoblasts. They avoid aging by maintaining high levels of telomerase, an enzyme that prevents cellular degradation.
Viruses exist at the boundary of what counts as life. Strictly speaking, viruses can’t die, for the simple reason that they aren’t alive in the first place. Viruses are not immortal, but their simplicity allows some of them to remain "viable" or structurally intact for surprisingly long periods in the right conditions.
Hydra are tiny freshwater polyps renowned for their biological immortality, as they do not appear to age or die of old age due to constant stem cell self-renewal. They can regenerate lost body parts, and even if cut into pieces, they can reform into complete, new organisms.

Web development in progress






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