Creative Learning Methodologies

I design co-creation experiences and authorial methodologies that bridge biodesign, wearable technology, and AI—turning complex science into hands-on learning that teams can use to think, build, and transform.

Current Highlight: Room for Interaction (2026)

Part of the School of Tomorrow's AI

Seven workshops across 2026, rethinking how AI shapes imagination, learning, and collaboration.

Selected Methods

A curated glimpse into hands-on practices that bridge art, science, and technology. From Arduino tinkering to biomaterials and interactive prototypes, these methods demonstrate how co-creation turns ideas into tangible learning experiences.

Animated GIF showing wearable technology prototypes with LED lights and flexible materials

Creative Tech

NANA Wearables Tech

The NANA Bootcamp is a hands-on learning program focused on wearable technology. It combines workshops, sprints, and hackathons to teach participants about electronics, programming (Arduino), and flexible conductive materials. Teams prototype wearable tech using digital fabrication tools, culminating in expert panel presentations. The bootcamp takes place at tech events like Campus Party and offers opportunities for participants to contribute their creations to the NANA collection. It encourages collaboration, innovation, and real-world application through partnerships with schools, tech sponsors, and design institutions. Check more in the website.

Laboratory setting with Petri dishes, microscopes, and scientific equipment for microbiology experiments

Biodesign

Microbiology for Artists

Microbiology for Artists is a study group consisting of six sessions, aimed at introducing artists to laboratory equipment and procedures related to microorganism cultivation. Participants engage in hands-on activities like sterilizing Petri dishes, preparing culture media, and inoculating plates to observe microbial growth. The course also explores the philosophy of science, the artist-scientist relationship, and the concept of "seeing the invisible." It inspired an art installation titled d and a four-episode TV series, which discussed intersections between art and science during the pandemic.

Arduino microcontroller board with colorful wires, sensors, LEDs, and electronic components on a breadboard

Creative Tech

Arduino Lovers

Arduino Lovers is a methodology created for interaction and experience designers interested in physical computing. It provides an accessible introduction to working with Arduino, focusing on using sensors for inputs and outputs like motors and LEDs. This approach is ideal for building interactive installations and experiences. Initially developed while teaching assistants, it evolved into a core tool in interaction design specialization classes. Arduino Lovers offers a first step into programming for those seeking to enhance their creative work with technology.

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What you gain from Creative Learning

  • Unlock collective creativity and shared intelligence.
  • Bridge boundaries between art, design, science, and technology.
  • Explore materials hands-on — from electronics to biomaterials.
  • Drive innovation through immersive, co-creative spaces.
  • Learn by doing: apply methods that transform ideas into prototypes.