Ship
Navigator

Introduction

Building a real-time navigation training game using Arduino hardware. An interactive system that tests reaction speed, coordination, and directional control — demonstrating how microcontrollers can simulate real-world navigation systems.

Date

December 2023

Roles

Builder · Designer

Functions

Gyroscope Motion Detection · Joystick LCD Interface

What?

Built an interactive navigation simulator using Arduino components
Designed a system where users respond to directional commands to navigate a spacecraft
Integrated joystick or IMU input sensors to control movement
Added an LCD display to show navigation prompts and system feedback
Implemented LED indicators and a scoring system to track performance

How?

Programmed an Arduino microcontroller to process user input and control system output
Connected input sensors (joystick / IMU) to detect directional commands
Used an LCD screen for real-time instructions and score display
Added LED feedback indicators to show correct or incorrect responses
Expanded the original concept by replacing a simple speaker with a visual display and scoring interface

Results:

Successfully built a fully functional Arduino-based navigation trainer
Created an interactive system that tests reaction speed and coordination
Demonstrated how microcontrollers, sensors, and displays can simulate navigation systems
Developed practical skills in Arduino programming, hardware integration, and interactive system design

ShipNavigator

What?

How?

Results:

Ship
Navigator