Electronics R&D | Embedded Systems | PCB Design | Firmware Development

Full-cycle development of embedded electronics, from concept to working product.

We design and develop electronic devices and embedded systems for industrial, robotics, UAV/FPV and special-purpose applications. Our work covers architecture, schematic design, PCB layout, firmware, prototyping, bring-up, debugging, testing and preparation for small-series production.

Hardware development Firmware development
01 Embedded hardware MCU-based devices, sensors, interfaces, power and mixed-signal circuits. 02 STM32 / MCU firmware C/C++, HAL, timers, PWM, ADC, DMA, UART, SPI, I2C and USB CDC. 03 PCB design and bring-up KiCad, 2- and 4-layer boards, compact layouts, Gerber, BOM and assembly data. 04 Motor control / UAV / robotics BLDC, PWM, telemetry, receivers, IMU, encoders, fail-safe logic and control systems.

Core expertise

Embedded hardware development

Digital, analog and mixed-signal devices based on STM32, ESP32, AVR, PIC and other MCUs.

Firmware development

Real-time embedded logic, peripheral drivers, protocols, state machines and diagnostics.

PCB design and prototyping

Compact PCB layouts, power integrity, assembly files, manual assembly, reflow and bring-up.

Control systems

Motor control, UAV/FPV electronics, robotics interfaces, sensors, telemetry and test rigs.

Product-oriented engineering

Prototype is not the finish line.

We focus on real-world behavior: reliability, component availability, repairability, documentation, signal integrity, thermal conditions, production files and validation after tests.

  • Technical specification and device architecture
  • Component selection for actual operating conditions
  • Prototype iterations, testing and production preparation
  • Debugging on real signals, timing, power and noise behavior