Hi, I’m @s-0-p-h-i-a

• Interested in: computer science, maths, logic, sensors, microcontrollers, automotive systems
• Maths and CS B.Sc. student specialising in embedded systems and microprocessors
• Currently self-learning: C/C++, Arduino Uno, electronics, automotive sensors

This profile contains:

• Repos for C/C++ projects I create as part of my learning process. New versions are added as I explore new topics or refine older code
• Beginner Arduino and sensor projects to learn how to work with embedded systems

FEATURED

• LED Cylinder Simulation:

  LED-based visualisation of a single cylinder moving through the 4-stroke cycle.

• Flywheel Hall Sensor Circuit:

  WIP Flywheel Hall sensor RPM calculation simulation using Hall sensor, servo motor with magnet disc and control buttons.

• CLI Crankshaft Simulator:

  CLI visualisation of inline-4 crankshaft movement, using a 'virtual crankshaft' state machine model and custom libraries for state management and output generation.

• Arduino RGB LED + Photoresistor Experiments:

  Exploring data visualisation via Serial Plotter, analog signal processing, PWM and hysteresis.

• Fitness Tracker v5:

  First practice in learning C.

Planned:

• Inline-4 Engine Control Simulation: progressively merge separately developed cylinder, crankshaft, camshaft modules into a controller for a virtual inline-4 engine
• Wheatstone Bridge Emulation: breadboard setup with resistors + sensor and Serial Plotter voltage reading
• State Machine Emulation: using structs to model simple Mealy machine behaviour

Repos

• ICE Engine Simulations: Arduino and CLI simulations of ICE engine behaviour
• Flywheel Hall Sensor: Flywheel RPM Hall sensor simulation
• Arduino Practice Projects: Small beginner projects to get started with microcontrollers
• Fitness Tracker: A console app that tracks workouts over 4 weeks and gives feedback based on frequency
• Zodiac Calculator: A console app that calculates zodiac signs from user birthdates