I will develop ble embedded systems pcb design firmware and iot mobile apps
Electronics and Embedded Systems PCB Designer
About this Gig
Are you having problems with unstable Bluetooth connections, bad PCB designs, or embedded systems that fail during testing?
I help businesses and startups build reliable BLE, IoT, and embedded systems that work smoothly in real world use. Whether you need PCB design, firmware development, sensor integration, or a mobile connected device, I can help turn your idea into a stable working product.
My services include:
- Custom PCB design
- ESP32 and STM32 firmware
- BLE and Bluetooth connectivity
- Sensor integration
- IoT device development
- Mobile app integration
- Real time data monitoring
- Low power optimization
You will get a reliable and production ready system with stable performance, optimized firmware, accurate sensor data, and smooth Bluetooth connectivity.
Please message me before ordering so we can discuss your project and build the right solution for your device.
Other Electronics Engineering Services I Offer
FAQ
Will communication and project updates be clear during development?
Yes. I provide regular updates, clear communication, and technical feedback throughout the project so you always know the progress and next steps.
How do you make sure the firmware and hardware work together properly?
I develop and test the system as a complete solution to ensure stable communication, accurate sensor data, and reliable overall performance.
What if my project needs future upgrades or additional features later?
I build systems with scalability in mind so future improvements, sensor additions, and feature upgrades can be integrated more easily.
Can you help if I only have an idea and no technical files yet?
Yes. I can help guide your project from concept to development including hardware selection, PCB planning, firmware, and system architecture.
I’ve worked with developers before and the system still had issues. How is your service different?
I focus on building stable and reliable embedded systems that are tested for real-world use, not just basic prototypes that fail after delivery.

