"A curated, filtered, and absolutely clean journey from zero to hardware mastery."
Welcome to my personal codex. The internet is flooded with messy code and confusing hardware tutorials. This repository is my antidote. It is a highly structured, refined, and tested curriculum documenting my mastery of MicroPython, electronics, and sensor sorcery.
Everything here is written, tested, and deployed using the Thonny IDE.
🟢 Accessing modules... You can explore these directories as they are built.
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00_Installation_and_Setup/- Start here!—head into this folder to learn how to flash MicroPython to the board and configure Thonny.
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00_Practice_First_Run/- connecting your IDE to the flashed ESP8266.
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01_Variables_and_DataTypes/- Integer, Float, String, List, Dict. -
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02_Data_Structures_&_Manipulation/- List & Dict Methods. -
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03_Conditional_Statements- Conditional Operators and if-else. -
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04_Loops/- MicroPython Loops. -
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01_Practice_Logic_&_Loop- Testing computational logic, control flows, and algorithmic endurance. -
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05_Function_&_Recursion- Function call & Declaration, Arguments & Parameters. -
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02_Practice_Function- Hands on architectural toolkit. -
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06_Memory_Hacks- System Architecture. -
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07_Error_Handling- Build a system that takes a punch to the face and keeps running. -
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01_Project - Tic-Tac-Toi- This project synthesizes everything you have learned so far. -
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02_Project - Student_Management- This project proves you can manage complex, nested data structures. -
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03_Project - Temp_Converter- A high-precision converter that handles the four most common temperature transitions.
To interface with this code, you will need:
- 🎛️ Microcontroller: NodeMCU ESP8266 / Raspberry Pi Pico W
- 🔌 Basics: Breadboards, Jumper wires, Resistors, Pots, LEDs
- 🎛️ Sensors: (Added per chapter)
If you find a bug in the code or a cleaner way to process the logic, open a pull request. Keep the code clean, keep it fast.
Initiated and documented by
Pinaka
👾 System logging off...