Multi-layer PCB Design for Consumer Electronics

@Mahihassi

As a dedicated Electrical Engineer with a Master's in Embedded Systems, I bring a wealth of experience in firmware development, PCB design, and complete IoT product engineering to your project. Specifically, my expertise spans across microcontrollers such as STM32, ESP32, Raspberry Pi to name a few. This deep understanding of the hardware coupled with my ability to create solid uninterrupted GND planes and perform separate routing for servo PWM and stepper STEP/DIR is key for delivering high-quality multi-layer PCB designs like yours. Moreover, my proficiency in using Altium Designer, KiCad, Eagle, EasyEDA and Target will ensure that your PCB layout is executed professionally. I have developed specialized skills in RF, IoT and high-speed board design which robustly fits the needs of your consumer electronics. My experience is not just limited to designing layout but I also understand the manufacturing deliverables including Pick & Place files which I will provide along with schematic (PDF), Gerbers, BOM with MPNs and 3D renders.

@azraazeen9

With over X years of experience in engineering and mechanical design, especially pertaining to printed circuit boards (PCB), I am confident in my ability to create an optimal multi-layer PCB design that aligns perfectly with your specifications. My proficiency in using advanced software like Altium, Eagle, and Solidworks would be invaluable in generating designs that not only meet functionality requirements but prioritize efficiency, thermal management, and electrical safety – without compromising connector accessibility. In regards to your project's power system, I am well-versed in designing power layouts and rails to ensure stable current delivery, while incorporating essential aspects such as reverse polarity protection, polyfuse/blade fuse, and TVS diode protection measures. Similarly, my expertise in creating layouts and addressing EMI challenges will ensure the segregation of servo power and stepper motor systems from the ESP32 antenna along with appropriate copper pour utilization for optimal thermal distribution.

@FranciscoSilvi

Hi there, first of all, I ask you to visit my profile and see my portfolio; you will be able to see that I have many developments of real, everyday equipment, similar to what you need. I am currently available to work on your project and can send you a free preview via chat if you message me. I like that you have detailed very well how you want this PCB to be developed. I have extensive experience designing PCBs, including multilayer, double-layer, and single-layer, with excellent routing skills. I know you want a 4-layer PCB, but in case you are interested in lowering costs, I believe your design can be done in 2 layers, as I don't see it as being that dense. Regardless, 4 layers significantly improve thermal dissipation and the possibilities for compression. I hope you message me via chat to discuss further details.

@abdon231

Hello, client. You want 4-layer pcb design and I will do it in short time. I have developed several projects based on ESP32, NRF52 series, Power supply, Motor controller. I am ready to work with you. I am available to follow your time zone. Pleae contact me in more details.