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Now accepting applications for Winter 2026

 Explore. Experiment. Expand.

Join CreatED Enclaves : Enclaves are hands-on creation labs where students build ambitious, real-world projects at the intersection of science, design, and engineering. 

Program at a glance

4 weeks

Weekly build sprint where students turn ideas into real, working creations.

Cohorts

Tight-knit cohorts of 5–6 students who collaborate, learn, and build side by side.

Project-Based

Every student develops a hands-on project grounded in making, experimenting, and creating online

Enclave Topics

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Paint a Sensor

Draw circuits. Collect data.

6 sessions • Chemistry × Design × IoT

Build functional sensors with conductive ink, no soldering needed. Turn painted lines into working devices that respond to touch, pressure, and motion.

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Mind Music

Play music via your thoughts.

8 sessions • Neuroscience × Code

Build a brain-computer interface that reads EEG signals and uses your thoughts to control YouTube: play, pause, and change music with your mind.

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Emotion Typing

Teach computers to feel.

8 sessions • Psychology × AI

Detect emotions from typing patterns: speed, rhythm, pauses. Train a machine learning model to turn keystrokes into emotional signals.

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Mind Music

Play music via your thoughts.

8 sessions • Neuroscience × Code

Turn your brain into an instrument. Build a brain-computer interface that reads EEG signals and turns thoughts into music—training a model to translate imagination into sound.

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Emotion Detection via Keystroke Dynamics

Teach computers to feel.

8 sessions • Psychology × AI

Detect emotions from typing patterns—speed, rhythm, pauses.Train a model to turn keystrokes into emotional signals.

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FarmSoap

Make science that protects hands.

8 sessions • Biochemistry × Health

Develop hand soaps that remove pesticide residue and soothe skin exposed to sun and chemicals.
Create cleansing solutions tailored for farm workers facing daily irritation and environmental stress.

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Blink to Click

Design tech that sees everyone.

8 sessions • Accessibility × ML

Create a web browser controlled entirely by eye movement.
Use eye-tracking and calibration to build an interface that scrolls and clicks through gaze alone.

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Motion Canvas

Turn movement into art.

6 sessions • Sensors × Motion Design

Capture motion with IMU sensors and turn gestures into digital sketches.
Transform movement and rhythm into interactive 3D art drawn by your body.

ChatGPT Image Nov 6, 2025, 10_37_34 AM.png

FarmSoap

Make science that protects hands.

8 sessions • Biochemistry × Health

Develop a hand soap that removes pesticide residue while soothing the skin. Create cleansing solutions tailored for farmers facing  environmental stress..

Blink to Click.png

Blink to Click

Design tech that sees everyone.

8 sessions • Accessibility × ML

Create a web browser controlled entirely by eye movement. Use eye-tracking and calibration to build an interface that scrolls and clicks througaze alone.

Motion to Sketch.png

Motion Canvas

Turn movement into art.

8 sessions • Sensors × Motion Design

Capture motion with IMU sensors and turn gestures into digital sketches. Transform movement and rhythm into interactive art drawn by your body.

ChatGPT Image Nov 6, 2025, 10_32_28 AM.png

Emotion Detection via Keystroke Dynamics

Teach computers to feel.

8 sessions • Psychology × AI

Detect emotions from typing patterns—speed, rhythm, pauses. Train a model to turn keystrokes into emotional signals.

ChatGPT Image Nov 6, 2025, 10_40_39 AM.png

Mind Music

Play music via your thoughts.

8 sessions • Neuroscience × Code

Turn your brain into an instrument. Build a brain-computer interface that reads EEG signals and turns thoughts into music—training a model to translate imagination into sound.

ChatGPT Image Nov 6, 2025, 10_41_44 AM.png

Paint a Sensor

Draw circuits. Collect data.

6 sessions • Chemistry × Design × IoT

Build real sensors with conductive inks—no soldering needed. Turn painted lines into live-data circuits where chemistry meets creativity.

Motion to Sketch.png

Motion Canvas

Turn movement into art.

6 sessions • Sensors × Motion Design

Capture motion with IMU sensors and turn gestures into digital sketches. Transform movement and rhythm into interactive 3D art drawn by your body.

Blink to Click.png

Blink to Click

Design tech that sees everyone.

8 sessions • Accessibility × ML

Create a web browser controlled entirely by eye movement. Use eye-tracking and calibration to build an interface that scrolls and clicks through gaze alone.

ChatGPT Image Nov 6, 2025, 10_37_34 AM.png

FarmSoap

Make science that protects hands.

8 sessions • Biochemistry × Health

Develop hand soaps that remove pesticide residue and soothe skin exposed to sun and chemicals. Create cleansing solutions tailored for farm workers facing daily irritation and environmental stress.

Who Are Enclaves For?

Enclaves are designed for students who want to start building in bold new domains but aren’t ready for a full research commitment yet.
They’re perfect if you:

  • Want to learn the core concepts behind fast-moving fields like neurotech, affective computing, or material innovation.

  • Are exploring multiple interests before choosing a research or build path.

  • Prefer a short-term, collaborative format that fits within your schedule.

  • Enjoy turning theory into something tangible — a demo, prototype, or design artifact.

How It Works

Each Enclave runs for 1 month, guided by an expert mentor. Students meet 1 or 2 times a week in small groups of 5, engage in interactive lessons, and create a final deliverable — whether it’s a prototype, a software, or a product. You’ll finish with a strong foundation, a portfolio piece, and the confidence to pursue deeper research or creation.

Join an Enclave

Browse upcoming cohorts and choose your topic. Each Enclave runs multiple times per year, with new themes added every quarter.
Apply now to explore, experiment, and expand what you’re capable of building.

Frequently Asked Questions

  • No. Enclaves are beginner-friendly. You’ll learn tools and techniques inside the sessions with full mentor support. Curiosity is the only prerequisite.

  • Research & Build is longer and geared toward publishing or advanced prototyping. Enclaves are one-month sprints to explore a new domain and ship a working build.

  • Every Enclave ends with a real, working project—for example, a brain-computer interface, a sensor painted with conductive ink, or a bioplastic prototype—plus documentation you can add to your portfolio.

  • Maximum 5 students per cohort for focused mentorship and meaningful collaboration.

  • Enclaves run for 1 month with 8 live mentor-led sessions. Each session blends short concept deep dives, guided building, and discussion. Light between-session tasks help you test or collect data.

  • Researchers, engineers, and designers from top universities and companies—experts in AI, neuroscience, design, sustainability, and more.

  • You’ll get a short setup guide. For hands-on projects, kits are provided.

    • Yes. Many students extend Enclave builds through the Research & Build Program or the Passion Project Program (not “Fellowship”) for deeper development, publication, or competitions.

  • Expect about 3 hours per week—2 hours of live class plus short self-paced work between sessions.

  • All Enclave fees are non-refundable, and missed classes cannot be made up individually. However, session recordings are provided so you can review any material you miss.

  • Click Apply Now, choose your topic, and submit your details. We’ll confirm your cohort and scheduling options by email.

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