I will develop embedded systems end to end solutions
Senior Embedded Systems and IoT Engineer
About this Gig
Need an embedded systems expert who builds complete solutions from idea to production?
I develop end-to-end embedded systems solutions covering hardware design, PCB development, firmware, and IoT integration.
I specialize in building reliable and scalable embedded products using industry-standard platforms and microcontrollers, including:
Microcontrollers:
- ESP32 (WiFi, BLE, IoT connectivity)
- NRF52 (Bluetooth Low Energy solutions)
- ESP8266 (lightweight IoT applications)
- STM32 (high-performance embedded systems)
- Raspberry Pi (embedded computing and automation)
Services:
- Embedded system architecture and product development
- PCB design and hardware prototyping
- Firmware development and optimization
- IoT connectivity (MQTT, cloud integration, data communication)
- Sensor and actuator interfacing
- System debugging and performance tuning
I deliver production-ready solutions focused on stability, efficiency, and real-world functionality. Whether you need a smart IoT device, industrial automation system, or custom embedded solution, I provide end-to-end development tailored to your requirements.
Message me to discuss your project scope, technical approach and schedule a zoom call.
My Portfolio
FAQ
What services do you provide?
I offer end-to-end embedded systems solutions, including hardware design, PCB development, firmware programming, and IoT integration.
Do you provide PCB design?
Yes, I design and prototype PCBs for embedded products, ensuring efficient and production-ready hardware solutions.
Can you develop IoT solutions?
Yes, I build IoT systems with WiFi, BLE, MQTT, and cloud connectivity for real-time data communication and device control for your embedded systems.
What project sizes do you handle?
I work on small prototypes, mid-scale embedded systems, and production-ready IoT solutions.
Do you provide firmware development?
Yes, I write and optimize firmware for embedded devices, focusing on stability, efficiency, and real-world functionality.

