About / How I got here

I didn’t move from one field to another. I learned how to translate between them.

I studied Textile Engineering before completing an MFA in Art & Technology / Sound Practices. Textile engineering taught me to work with material behavior, testing, and evidence. Art and sound taught me to observe, research, and build embodied experiences.

Today, I bring those ways of thinking into product work. I study the context—the people, information, materials, and constraints—then use product judgment and AI-assisted prototyping to turn what I learn into testable tools, systems, and experiences.

Background

Experience & education

Experience
  1. Jun 2026–Present

    Mana Contemporary Chicago

    Creative Product Technologist · Contract

    Designing tenant-facing digital tools that translate artist and staff needs into clearer information architecture, request workflows, and responsive web experiences.

  2. 2025

    School of the Art Institute of Chicago

    Graduate Teaching Assistant

    Technical support for student projects, teaching support, and studio operations.

  3. Feb 2024

    Uster Technologies (Suzhou)

    Material Analysis Intern

    Yarn and fiber testing with Uster Tester 6 and Tensorapid 5; standardized ISO/ASTM protocols and technical documentation.

Education
  1. 2026

    School of the Art Institute of Chicago

    MFA in Art & Technology / Sound Practices

  2. 2020–2024

    Soochow University

    Bachelor’s Degree in Textile Engineering

Foundations

What each field taught me

Textile Engineering

Material behavior, testing standards, evidence, and apparel knowledge.

Art & Sound

Field research, spatial experience, physical systems, and artistic judgment.

Product & AI

Workflow design, information architecture, rapid prototyping, and evaluation.

AI practice

AI, authorship,
and accountability.

AI accelerates implementation. I remain responsible for defining the problem, making product decisions, and evaluating the result.

I define
  • The problem and intended users
  • Product direction and priorities
  • Information architecture
  • Constraints and acceptance criteria
AI assists
  • Implementation alternatives
  • Code generation and refactoring
  • Test scaffolding
  • Technical documentation
I verify
  • Workflow and interaction quality
  • Evidence and source integrity
  • Edge cases and failure states
  • Whether the result matches the intended product