Manage game state
Embedded C logic tracked player actions and the state of the board so hardware output remained synchronized with the game.
Microcontroller Tic-Tac-Toe
The challenge was bigger than the game logic: multiple hardware interfaces had to work together as one responsive physical system.
- Embedded C
- TI MSP432
- CC2650 Bluetooth
- OLED
- Servo Motors
StatusCompleted
FocusEmbedded systems
Core toolsEmbedded C · TI MSP432 · CC2650 Bluetooth
Project overview
I developed a physical Tic-Tac-Toe game around the TI MSP432 microcontroller and a CC2650 Bluetooth module. The build integrated port pins, servo motors, an OLED display, and a 3D-printed mechanical structure.
Engineering approach
From idea to working system.
Coordinate interfaces
I connected the MSP432 to the OLED, servos, and Bluetooth module, using the microcontroller's port pins to coordinate each part.
Integrate the physical build
The electronics were combined with a 3D-printed structure, connecting firmware behavior to visible and mechanical output.
Technical highlights
What this project demonstrates.
01
MSP432 embedded development
02
CC2650 Bluetooth integration
03
Servo and OLED control
04
Electromechanical system integration
What I learned
This project taught me to treat firmware, electronics, and mechanics as one system. A feature is only complete when every interface works together reliably.