Programming
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Student engineer · Building in public
Building Electronics, Software & Robotics
I design, prototype, and build embedded systems, custom electronics, and software projects while continuously learning engineering and programming.
- Featured build
- 01
- Project features
- 18
- Overall progress
- 75%
MORSE / 01
READY· − · ·ESP-NOW ONLINE
ESP32
KEY
01 / ABOUT
Curious by design.
Practical by nature.
C
Add a profile picture in the editorHello! I'm Chitraksh, a student passionate about electronics, embedded systems, robotics, programming, and hardware design.
I enjoy turning ideas into working prototypes using microcontrollers, custom PCBs, displays, sensors, and software. My projects let me explore new technologies while improving my engineering, problem-solving, and design skills.
Currently exploringEmbedded systems · PCB design · IoT
02 / CAPABILITIES
Skills built through
hands-on making.
Hardware
ESP32PCB DesignBreadboardingSolderingCircuit DesignPower Electronics3D Printing
Software
KiCadArduino IDEGitVS CodeFusion 360Linux
Design
Responsive Web DesignUI/UXTechnical DocumentationProject Planning
03 / SELECTED WORK
One build.
Many disciplines.
Embedded programming, circuit design, interface systems, and a production-ready PCB—brought together in one portable device.
MORSE / 01
Add your project image in the editorREADY· − · ·ESP-NOW ONLINE
ESP32
KEY
Active Development
FEATURED PROJECT / 2026
ESP32 Morse Station
The ESP32 Morse Station is a portable embedded systems project designed to send, receive, decode, and practise Morse code using a custom-built hardware platform.
The project combines embedded programming, electronics, interface design, and PCB development. The breadboard is fully functional; the custom PCB is designed and ready for manufacturing.
View the project gallery ↓PROJECT FEATURES
18 systems. One device.
01ESP32 Microcontroller✓
02SPI TFT Display✓
03Physical Morse Key✓
04RGB Status LED✓
05Built-in Speaker / Buzzer✓
06Morse Decoder✓
07Morse Encoder✓
08Text Display✓
09Interactive Menu System✓
10Multiple Built-in Games✓
11Wi-Fi Support✓
12ESP-NOW Communication✓
13Statistics Tracking✓
14Settings Menu✓
15Battery Powered Design✓
16Rechargeable Power System✓
17Custom PCB (Designed)✓
18Modular Architecture✓
CURRENT STATUS
From working prototype
to finished product.
75%overall
The software and electrical design are complete. Manufacturing and final assembly are the next milestones.
Software100%
Breadboard Prototype100%
PCB Design100%
PCB Manufacturing0%
Final Assembly0%
Enclosure0%
Testing0%
05 / IMAGE GALLERY
Prototype
in progress.
Documenting the circuit, interface, code, and PCB as the Morse Station moves toward final assembly.
06 / TECHNICAL SPECIFICATIONS
Inside the
Morse Station.
ProcessorESP32
DisplaySPI TFT Display
InputPhysical Morse Key
OutputDisplay · RGB LED · Speaker/Buzzer
CommunicationWi-Fi · ESP-NOW
PowerRechargeable Battery
ChargingIntegrated Charging Circuit
PCBCustom Designed · Awaiting Manufacturing
DevelopmentArduino IDE · KiCad
CHALLENGES
Problems worth solving.
Hardware DebuggingDisplay WiringGPIO ManagementPower System DesignPCB RoutingSoftware DebuggingTouchscreen CalibrationOptimizing Morse Timing
WHAT I LEARNED
Knowledge earned by building.
- 01Responsive UI design for embedded devices
- 02ESP32 programming
- 03SPI communication
- 04Hardware debugging
- 05Power management
- 06PCB design
- 07Embedded software architecture
- 08Rapid prototyping
- 09Technical documentation
07 / NEXT UP
The roadmap to
Version 1.0.
→Manufacture PCBNEXT
○Assemble PCB02
○Design enclosure03
○Improve UI04
○Expand Morse learning features05
○Add wireless messaging improvements06
○Increase battery life07
○Release Version 1.008
08 / CONTACT
Let's build something amazing.
Have an idea, opportunity, or engineering challenge? I'd love to hear about it.