Electronics
Circuits, components, PCBs, power electronics, and hands-on experiments from the ground up.
Engineering & Technology
Think • Build • Solve
EFury Labs is a technology and engineering platform focused on electronics, programming, embedded systems, automation, and practical engineering — explained simply.
- For
- Students, makers & engineers
- Covers
- Circuits → firmware → vehicles
- Format
- Lessons · build guides · videos
What We Cover
Complex Engineering, Explained Practically
From basic electronics to automotive systems — we turn technical concepts into practical, understandable knowledge.
Programming
Python, C, Embedded C, scripting, automation, and real-world software projects.
Embedded Systems
Arduino, ESP32, microcontrollers, communication protocols, firmware, and RTOS.
Automotive Tech
ECU, CAN bus, UDS diagnostics, AUTOSAR, and automotive Ethernet fundamentals.
Automation
Smart systems, IoT, sensors, actuators, and building things that work on their own.
DIY Projects
Practical builds, experiments, and lab notes documenting real engineering work.
Something new is on the bench • New projects loading
LED Matrix · WS2812B
Turn the knob to change the colour, press it for rainbow, and flip the switch to reverse the text.
- Panel DIN
- GPIO27
- Encoder CLK · DT · SW
- GPIO32 · 33 · 25
- DIR switch
- GPIO26
- Power
- LiPo 3.7 V → MT3608 → 5.0 V
- ESP32 VIN
- 5 V from panel input
Latest from YouTube
Watch & Learn
Videos covering electronics, programming, and engineering projects, added as they are ready.
From the Lab
Recent Lab Notes
Real experiments, real measurements, real observations — documented from the EFury Labs workbench.
LAB-004
How a Buck Converter Actually Works
Switch, diode, inductor and capacitor: how a buck converter steps voltage down efficiently, and how to size the inductor and output capacitor.
LAB-003
PWM vs DAC: When to Use Which
Comparing pulse-width modulation and digital-to-analog conversion for real-world signal generation, with ESP32 code and an RC filter you can calculate.
LAB-002
Understanding CAN Communication in Modern Vehicles
How ECUs talk to each other: the two-wire bus, frame structure, arbitration, error handling and real-world debugging.
Technologies
Tools & Technologies We Use
01Boards
- Arduino
- ESP32
- Raspberry Pi
02Languages
- Python
- C / C++
- Embedded C
- MATLAB
03Protocols
- CAN Bus
- SPI / I²C
- UART
04Software
- Git
- KiCad
- Linux
05Instruments
- Oscilloscope
- Multimeter
Next step
Ready to Start Building?
Join the community exploring electronics, programming, and engineering with EFury Labs.