Bridging the physical and digital worlds through custom embedded hardware solutions built on Arduino, Raspberry Pi, and STM32 platforms.
Custom firmware, sensor integration, and real-time control systems that bring your hardware ideas to life reliably and efficiently.
I design and develop embedded systems for a wide range of applications — from industrial automation and environmental monitoring to custom 3D printer firmware and smart home devices. Every project is engineered for reliability, low power consumption, and real-time responsiveness to meet demanding operational requirements.
"Turning hardware concepts into reliable, production-ready embedded solutions."
82+
Projects
Delivered
45+
Happy
Clients
13+
Years of
Experience
18+
Countries
Served
Skills
My Expertise
Microcontroller & Microprocessor Development
Programming and deploying embedded solutions across popular hardware platforms:
- Arduino (AVR / ARM) – Rapid prototyping and production-ready firmware for AVR and ARM-based boards
- Raspberry Pi – Linux-powered embedded computing for complex applications and edge AI
- STM32 (ARM Cortex-M) – High-performance microcontroller firmware for demanding real-time applications
- ESP32 / ESP8266 – Wi-Fi and Bluetooth-enabled IoT nodes with low power consumption
Hardware Integration & Custom Designs
Complete hardware-software co-design from schematic to working prototype:
- Sensor & Actuator Integration – Temperature, humidity, motion, pressure, and custom sensor interfacing
- Custom 3D Printer Firmware – Marlin-based firmware customization and 3D printer hardware design
- Communication Protocols – I2C, SPI, UART, CAN bus, Modbus, and MQTT implementation
- PCB Design Guidance – Assistance with schematic review, component selection, and layout best practices
Why Choose Me?
What makes my embedded systems approach effective:
- Cross-Platform Experience – Hands-on experience across multiple hardware platforms allows me to recommend the most cost-effective and capable solution for your needs.
- Reliability-First Engineering – Embedded systems often operate in critical environments. My code is written with defensive programming, watchdog timers, and thorough testing.
- End-to-End Delivery – From proof-of-concept prototype to production-ready firmware with full documentation and support.
How I Work
Work Process
Hardware & Requirements Analysis
Evaluate your hardware platform, define timing and performance requirements, identify sensors and peripherals, and document the system's functional requirements before any code is written.
Prototype & Proof of Concept
Build a working prototype to validate hardware choices and core algorithms. Test peripheral interfaces and communication protocols to identify issues early before committing to full development.
Firmware Development & Optimization
Develop production-quality firmware with optimized interrupt handling, power management, and real-time performance. Perform rigorous hardware-in-the-loop testing to ensure stability under all operating conditions.
Validation, Documentation & Delivery
Perform final system validation and environmental testing. Deliver complete source code, hardware schematics, wiring diagrams, and comprehensive documentation for manufacturing and future maintenance.
