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I will design esp32, stm32 loranwan iot pcb, usb and bluetooth sensor pcb board layout
I design IoT PCB, ESP32 STM32 boards enclosures and manufacturing ready hardware
I help startups & engineers turn ideas into production-ready hardware through PCB design, embedded systems & electronics enclosure CAD. My expertise includes ESP32, STM32, IoT PCB layouts & industrial...
About this Gig
Bringing an IoT idea to life shouldn't mean struggling with unreliable prototypes, signal issues or costly redesigns. Whether you're building a smart sensor, wearable device, GPS tracker, industrial controller, or connected product, the success of your hardware depends on a well-engineered PCB from the start.
I help startups, engineers & businesses design high-quality ESP32 custom boards, STM32 microcontroller PCB layouts, LoRaWAN IoT PCBs, Bluetooth LE antenna designs, GPS/GNSS tracking PCBs, USB-C Power Delivery boards, Battery Management Systems, wireless charging circuits & low-power embedded PCBs tailored for manufacturing & real-world deployment.
From schematic capture to optimized PCB layout, I focus on clean routing, power efficiency, signal integrity, antenna placement & design-for-manufacturing practices to ensure your board performs reliably & is ready for prototyping or production. Whether you need an IoT gateway, smart sensor node, wearable electronics, home automation controller or industrial IoT hardware, I can turn your concept into a professional, production-ready design.
Message me today to avoid design mistakes delay your launch or increase development cost
FAQ
What information do you need to start my ESP32, STM32, or IoT PCB project?
To get started, please share your project requirements, preferred microcontroller (ESP32, STM32, NRF52, etc.), desired features such as LoRaWAN, Bluetooth LE, GPS, USB-C PD, sensors, battery operation, a block diagram, sketches, reference designs, or component preferences.
What files will I receive after the PCB design is completed?
You will receive all files required for prototyping and manufacturing, including schematic files, PCB layout files, Gerber files, drill files, BOM (Bill of Materials), pick-and-place files, and a PDF package for review. Source files from Altium Designer, KiCad, EasyEDA, or other agreed software
Can you design PCBs for wireless and low-power IoT devices?
Yes. I specialize in ESP32, STM32, LoRaWAN, Bluetooth LE, GPS/GNSS, NFC/RFID, USB-C Power Delivery, battery-powered devices, smart sensors, wearables, home automation systems, and Industrial IoT (IIoT) hardware while considering antenna placement, power optimization, and signal integrity.
Will my PCB be ready for manufacturing and assembly?
Absolutely. Every design follows Design for Manufacturing (DFM) practices to minimize production issues. I can also prepare assembly files, optimize the BOM, perform layout reviews, and provide panelization support if required.
Do I need to contact you before placing an order?
Yes, I highly recommend sending me a message first. This allows us to discuss your requirements, complexity, preferred delivery time, and ensure you select the package that best fits your project, helping avoid delays and unnecessary revisions.
