Hands playing an experimental digital musical instrument — INPUT / IMAGINATION OUTPUT / SOMETHING YOURS

MUSIC / ENGINEERING / CODINGHANDS-ON LEARNING · MIT RESEARCH

MAKE SOUNDTANGIBLE.

Build the instrument.
Write the code.
Make it heard.

Enter the experience

SCROLL TO TRANSFORMCAMBRIDGE, MA

01 / AN OPEN QUESTION

WHAT IFMUSIC WASSOMETHINGYOU BUILT?

Start with a sound.
Find your own way to make it.

02 / INSIDE MEC.TECH

ARTISTRY MEETS ENGINEERING

The studio
is the instrument.

A place for music makers
and possibility makers.

MEC.TECH brings programming, hardware, and sound design into hands-on creative work grounded in MIT research.

Explore an idea. Build a digital instrument. Learn what happens when technical thinking becomes a way to express yourself.

Explore the research program

Students and an educator exploring music together in a workshop — THE WORKSHOP / A SHARED SPACE FOR QUESTIONS

03 / FROM FIRST LINE TO LIVE SOUND

FOUR WAYS TO MAKE IT YOURS

LOGIC BECOMES EXPRESSION

CODE.

Write the rules of your instrument. Turn a gesture, a number, or a pattern into sound.

AN IDEA GETS A BODY

BUILD.

Connect sensors and electronics. Discover a physical way to play something entirely your own.

EXPERIMENT. LISTEN. REPEAT.

CREATE.

Shape a sound, explore a composition, and follow the unexpected possibilities in your prototype.

THE MOMENT IT CONNECTS

PERFORM.

Bring your instrument to the stage. Share your work, listen to others, and make the next idea possible.

An educator helping a student work on a laptop — 01 / THE FIRST LINE

Controls and sensors on an experimental musical instrument — 02 / MAKE THE CONNECTION

A group exploring music and creative ideas in a workshop — 03 / ROOM TO EXPERIMENT

Participants performing with laptops and projected code — 04 / MAKE IT HEARD

04 / ONE CONNECTED PRACTICE

MUSIC × TECHNOLOGY

Different tools.
New possibilities.

SIGNAL EXPLORERBROWSER SYNTHESIS

Choose a waveform. Hear how its shape changes the sound.

01 Programming

Code becomes a creative material. Map inputs, generate patterns, and define how an instrument responds.

02 Hardware

Explore sensors, electronic components, and the physical interaction between a player and an instrument.

03 Sound design

Listen to the details. Work with synthesis, digital audio, and composition to find a sound of your own.

04 AI + music

Investigate how machine learning can generate music and open up new approaches to making it.

05 Performance

A working prototype is a beginning. Play, adapt, and share your musical ideas with an audience.

MEC participants performing together with live code projected behind them — THE STAGE / WHERE IT ALL COMES TOGETHER

05 / OUTPUT IS ONLY THE BEGINNING

FROM AN IDEA.INTO THE ROOM.

Your instrument.
Your composition.
Your way of being heard.

06 / YOUR NEXT STEP

CAMBRIDGE, MASSACHUSETTS

2026PROGRAM

Bring your
curiosity.

Music technology, from the first experiment to a live performance.

LOCATION: MIT campus
Cambridge, MA
2026 SESSIONS: June 15–19
July 13–17
STATUS: Summer 2026 complete
NEXT APPLICATIONS: Summer 2027
Opening November 1, 2026

Explore the 2026 program 2027 application information

07 / NOTES FROM THE ROOM

STUDENT & FAMILY VOICES

The work changes
the maker.

Members of the MEC community gathered together, not a portrait of the speaker — THE MEC COMMUNITY

…made creativity
feel limitless.Adriel S.MEC.TECH student

…expand our creativity
in both music
and coding.Edouard F.MEC.TECH student

…discovered the joy
of learning through
creativity.Vancety SalazarMEC.TECH parent

01 / 03

08 / YOUR NEXT FREQUENCY

CREATE.CODE.CONNECT.

Three ways of thinking.
One space to bring them together.

START WITH WHAT IF

READY TO
BUILD SOUND?

Explore the program Talk to MEC