Turkmen32 – A Custom STM32 Educational Development Board

Turkmen32 – A Custom STM32 Educational Development Board

Introduction

Turkmen32 started as an idea during engineering project labs at the University of Michigan-Dearborn. While working on robotics and embedded systems projects, I noticed that many students struggled with breadboards, wiring mistakes, damaged components, and complicated debugging. Even simple line-following robot projects often became frustrating because of hardware complexity rather than programming itself.

I wanted to create something different:

a development board that feels educational, creative, and inspiring instead of intimidating.

Turkmen32 is a custom STM32F446RET6-based development board shaped like Türkmenistan, designed with both functionality and personality in mind. The goal is to provide an easy-to-use embedded systems platform while also making the board visually unique through cyberpunk-inspired PCB artwork, hidden easter eggs, engineering humor, sci-fi references, and glowing silkscreen features.

Features

• STM32F446RET6 microcontroller

• USB connectivity

• SWD debugging interface

• GPIO expansion pins

• UART / SPI / I2C support

• ADC / PWM capable pins

• 4-layer PCB design

• Dedicated power and ground planes

• Educational-friendly layout

• Custom cyberpunk silkscreen artwork

Design Process

The board was designed completely in EasyEDA and routed as a 4-layer PCB. One of the biggest challenges was organizing the GPIO layout around the Türkmenistan-shaped outline while still maintaining clean routing and proper power distribution.

The design uses:

• Dedicated 3.3V power plane

• Dedicated ground plane

• USB differential pair routing

• STM32 SWD debugging support

• Carefully organized GPIO placement

• Custom silkscreen graphics and hidden easter eggs

The project went through multiple revisions during placement and routing to balance functionality with artistic PCB aesthetics.

Why the Türkmenistan Shape?

I wanted the board to represent both my engineering journey and my cultural identity. Instead of creating a standard rectangular PCB, I designed the board in the shape of Türkmenistan to make it feel more personal, memorable, and artistic.

The goal was to prove that engineering hardware can also carry creativity, storytelling, and identity.

Built in Michigan.

Powered by Türkmenistan.

Designed under pressure.

Cyberpunk & Engineering Inspiration

This project is heavily inspired by robotics culture, hacker aesthetics, cyberpunk artwork, sci-fi movies, underground engineering communities, and custom streetwear design language.

Instead of making a “boring green PCB,” I wanted the board itself to tell a story.

Some hidden details on the board include:

• engineering jokes

• binary easter eggs

• cyberpunk phrases

• robotics/movie references

• motivational quotes

• hidden sarcastic engineering humor

The board contains references inspired by:

• Transformers

• Iron Man / Tony Stark

• WALL-E

• Chappie

• Terminator

• hacker culture and underground electronics aesthetics

Future Plans

Future goals for the Turkmen32 platform include:

• Expansion shields

• Robotics modules

• Sensor integration

• Educational tutorials

• Open-source firmware examples

• Future Turkmen32 revisions

• More advanced STM32-based educational platforms

I also hope to eventually use the board for robotics demonstrations, educational content, and embedded systems workshops.

Content Creation & Documentation

The entire project is being documented publicly through:

• YouTube

• TikTok

• Instagram

under Resul Robotics.

My goal is to inspire more students to get into:

• embedded systems

• PCB design

• robotics

• engineering creativity

• hardware development

and show that electronics engineering can be both technical and artistic at the same time.

Personal Background

My name is Resul Ilmammedov, and I am an Electrical Engineering student at the University of Michigan-Dearborn passionate about embedded systems, robotics, PCB design, and power electronics.

I enjoy creating projects that combine engineering with creativity and storytelling. Most of my work focuses on custom electronics, robotics systems, educational platforms, and cyberpunk-inspired PCB design aesthetics.

I have also previously received sponsorship support during 2025 for engineering-related projects, which helped me continue developing and documenting my work publicly.

Turkmen32 is one of my biggest and most creative projects so far because I wanted to combine engineering education with unique PCB artwork, storytelling, and hacker/cyberpunk aesthetics to make electronics feel more exciting and approachable for students.

Words to PCBWay

Thank you, PCBWay, for supporting student engineers and creative hardware projects. Turkmen32 is not only a development board, but also a personal passion project combining embedded systems, engineering culture, robotics, and artistic PCB design.

I truly appreciate PCBWay giving students and creators the opportunity to bring ideas like this into reality.