We build things that actually run.

SUNSET is a student-run engineering collective at Sejong University. Robotic hands, load-cell chairs, UAV payloads, AI movie engines — built in dorm rooms and lab benches, documented like the real thing, because it is.

17repositories in the org
10+students across cohorts
5hardware platforms active
0template repos — built from scratch
LIVE READOUT — CH1COMMIT ACTIVITY · LAST 90 DAYS

Illustrative commit-activity waveform. Peak 14 commits per day, 6 active repositories, organization activity since 2024.

PEAK 14 commits/dayREPOS ACTIVE 6UPTIME since 2024
WHY WE EXIST

Most class projects die in a final ZIP file. Ours keep running.

SUNSET exists so the best group-project ideas at Sejong don't end at the demo — they get a repo, a maintainer, and a reason to keep building after the grade is in.

U1 — BUILD

Hardware-first, always

If it can be touched, wired, or soldered, we'd rather build the real thing than mock it up. Servos, load cells, flight controllers, microcontrollers — the lab bench is the whiteboard.

U2 — DOCUMENT

Write it down properly

Every project ships with a real README — wiring diagrams, protocols, calibration steps, cited sources. Future-you and the next cohort should be able to pick it up cold.

U3 — SHIP TOGETHER

Cross-major by design

CS students pair with mechanical and electronics majors on every build. Nobody finishes a SUNSET project having only touched the part they already knew.

FROM THE ORG

A few things currently on the bench

Pulled straight from our GitHub — real commit histories, real hardware, real students attached to every one of them.

P-01
GRIP-5Python · ★ 5

Gesture-responsive prosthetic-hand prototype mapping hand-tracking landmarks to five servo-driven finger states.

MediaPipe CVArduinoRobotics
GPL-3.0Repo →
P-03
MoodFlixJavaScript · ★ 2

Multimodal movie-recommendation research prototype combining visual, audio, environmental, and model-generated context.

ReactJetsonLLM
99 commitsRepo →
P-04
NaeonAir / WisDroneJavaScript · MIT

UAV/AIoT crowd-management prototype with camera streaming, ground-control routing, telemetry, and experimental AI integration.

ESP-CAMUAVIoT
3-person teamRepo →
P-05
IntellichairC++ · ★ 1

Smart-chair sensing prototype estimating seated balance and posture-related signals from load cells and an IMU.

EmbeddedBiomechanicsIoT
MITRepo →
P-02
TolqynProcessing · ★ 1

Audio-responsive generative visual system in Processing P3D with sensor-influenced node behavior.

Generative ArtCreative Coding
MITRepo →
P-10
auraConcept

Physical-first automation concept using NFC and weight-sensing Pucks to trigger contextual software or smart-home actions.

ProposalOpen for builders
Looking for a teamRepo →
HOW A BUILD HAPPENS

From idea on a napkin to a repo with a README

There's no committee. If a few people want to build it and can explain why it should exist, it becomes a project.

1

Pitch it

Anyone proposes a build — hardware, software, or both. The bar is "can we actually make this," not "is this impressive enough."

2

Team up

Find the people who complement your gaps. Mechanical, embedded, ML, frontend — the mix matters more than the pitch deck.

3

Build in the open

Push early, push often. Broken commits are fine. The README should explain what works and what doesn't.

4

Document and hand off

Architecture notes, limitations, wiring diagrams. Make it possible for the next student to continue without a oral history.

TOOLS ON THE BENCH

Technologies we actually use

PythonC++JavaScriptArduinoESP32JetsonMediaPipeReactProcessingOpenCV

Start a project

SUNSET archives student-built systems. Proposals should include a clear question, expected output, and documentation plan.