Open to all majors and experience levels — the work genuinely requires all of them
🔬
Research
Defines the question before the hardware team builds the answer — literature review, testing protocols, and analysis of data we collect ourselves.
- Literature review
- Testing protocol design
- Coach & athlete interviews
- Data collection & analysis
- Academic documentation
⚙️
Hardware Development
Takes a device from loose wires on a breadboard to a fabricated custom PCB in a printed enclosure.
- Circuit design & prototyping
- ESP32 embedded firmware
- Sensor integration & testing
- KiCad PCB layout
- Soldering & assembly
- Fusion 360 enclosures & 3D printing
💻
Software & AI
Builds the hub itself — the MyFitnessTech app, the BLE protocols that feed it, and the models that turn raw signal into coaching.
- Flutter app development
- BLE communication protocols
- Data pipelines & cloud integration
- Exercise classification models
- Personalized coaching logic
💼
Business & Marketing
Keeps the hardware funded and the org growing — because a student organization that can't fund its next PCB run stalls.
- Funding: STF, grants, sponsorships
- Team & community partnerships
- Social media & content
- Events & recruitment
Every device moves through the same de-risked path — each stage validates assumptions before we commit money to the next
01
Breadboard
Sensors and microcontroller wired loose, data streaming end to end. Proves the measurement is possible at all.
02
Protoboard
Soldered build in a wearable form factor, paired to the app. Proves it works off the bench, on a body.
03
Custom PCB
KiCad schematic and layout, professionally fabricated and assembled. Proves it can be made repeatably and small.
04
Enclosure
3D-printed housing in Fusion 360, ergonomics and durability testing. Proves people will actually wear or carry it.
05
Validation
Integration, user testing, benchmarking, research data collection. Proves the numbers can be trusted.
