PCB Designer Needed – Industrial Sensor Board

@cpp2048

I can help you design this board nicely. However, you haven't fully shared the details so it's hard to quote the right price for you. If you are interested, we can have a discussion to meet all your requirement exactly on spec. I have more than 8 years of product design experience in Industrial domain. Will use KiCad latest version. Thanks

@mairajali11

With over 8 years of experience in PCB designing, I am well-versed in the principles and techniques you described in your project. I have successfully executed numerous mixed-signal designs that incorporate MCUs, sensors, and power regulation, all while ensuring high EMI-aware layout and noise suppression - conditions essential to the proper functioning of industrial-grade sensors. My ability to design for manufacturability (DFM) has always been appreciated by my clients as it enables them to save costs and make the product more efficient. In addition, I've resolved complex noise, grounding, and signal-integrity issues in real board situations before. This extensive knowledge of troubleshooting makes me a valuable asset for your project's success. Further validating my claim as the perfect fit for the job is my understanding of the electronics deployed in real-world environments; that understanding comes from my experience with industrial sensors, automation hardware, and field-deployed electronics. My portfolio demonstrates my efficiency in delivering excellent PCB designs using various tools including Altium, KiCad, EasyEDA which aligns seamlessly with your expectations. As a Preferred Freelancer ranking among the top 1% professionals on this platform, I bring not only advanced skills but also an uncompromising commitment to deadlines and quality. Let's connect to discuss how we can materialize your industrial sensor product vision!

@BOSIREX

I am a mechatronic engineer with more than 5 years experience in circuit and PCB design and I believe I can handle your task to perfection

@soltracker

Hi sir...Its me Imad, having huge expertise in pcb designing and development of firmware for controllers. Thanks for posting the job......................

@cesur135

I'm your all-in-one solution for this project. My extensive experience in industrial automation, particularly with SIEMENS and DELTA PLCs, aligns perfectly with the needs of your sensor board project. I'm skilled in every stage of development from concept through to manufacturing. Sound power supply design is incredibly important in this area and it's a strength of mine, having already addressed comparable challenges. Likewise, I understand the criticality of noise suppression measures and adhering to EMI-aware layout protocols. Importantly, my design approach always prioritizes manufacturability and a recent example is the efficient system I devised for a large Wastewater Treatment Plant. Finally, not only can I meet the required deliverables but as I have hands-on experience deploying industrial sensors under real-world conditions. With me on your team, you'll be assured your PCB design choices are grounded in practical knowledge and years of accrued wisdom. Let's bring your industrial-grade sensor to life!

@SIKHAMANI

Hello Sir, I'm based in Bangalore and have 15 years of experience in developing many products from scratch to FAB. kindly check my profile for the amazing designs which I did earlier. I can do your job very precisely and with complete details in Altium tools. Let's connect and discuss more about it. Thanks, Mani

@omarzayed10

Hi, Your industrial sensor board sounds spot-on for my expertise—mixed-signal PCBs in noisy environments with MCU, sensors, power regs, and robust field interfaces. As a Hardware and Power Electronics Engineer, I'll deliver fabrication-ready files from concept using Altium Designer or KiCad. Proven Experience: Mixed-signal mastery: MCU + analog sensors + PSUs on 4-8 layer boards; optimized grounding/noise suppression (e.g., split planes, stitching vias). EMI-aware layouts: Controlled impedance, field wiring connectors (e.g., M12/IP67), DFM for harsh deployment. Deliverables: Schematic/PCB files Gerbers, drill, pick-place Sourced BOM Sensor types (e.g., analog/digital) and env specs (vibration/temp)? Share details—excited to build robust hardware! Best, Omar Zayed

@hancho6319

With over five years of experience in Electrical & Electronics Engineering, I have developed a robust skill set in PCB design and an innate ability to solve intricate electrical engineering issues. For your industrial sensor board project, my embedded systems proficiency coupled with my deep understanding of noise suppression, grounding, signal integrity and manufacturing constraints will ensure the highest quality PCB design that's ready for fabrication. Moreover, I am skilled in using tools such as KiCad and Proteus as you mentioned. In addition to my technical skills, I bring multi-disciplinary expertise to the table. My proficiency in software engineering, particularly with Python and JavaScript, complemented by my recent foray into AI and Machine Learning will enable me to offer innovative solutions to any software-related challenges we may encounter. As you know, adaptability in today’s fast-paced tech world is vital. Lastly, your preference for someone well-acquainted with industrial sensors and field-deployed electronics further amplifies our compatibility. My comprehensive knowledge of automation hardware, proficient use of CAD tools like Autodesk Fusion 360—in addition to my experience designing embedded systems—I believe sets me apart from other candidates. Let's leverage my wide-ranging acumen to deliver an exceptional industrial sensor board that exceeds your expectations.

@danielm0138

Hello. I design robust mixed-signal PCBs for industrial sensor applications, handling MCU integration, power regulation, signal conditioning, and EMI-aware layout for electrically noisy environments. I deliver complete concept-to-fabrication packages using Altium, KiCad, or EasyEDA, including schematics, Gerbers, pick-and-place files, BOMs, and DFM-ready layouts. Best regards.

@Juanpaaaa

Hi! I can develop a circuit design based on your requirements, I have some experiencie with DC-DC and AC-DC sources design, signal conditions and microcontrollers; also need to know if your sensor will communicate with RS485, SPI, I2C to implement on the code and the PCB (this affects the data transmission). I wish we can make a deal and deep into the project to develop a requeriment based pcb. I usually use proteus and kicad.

@mohammad1357

Hi, Hope you are doing good. I am a PCB Design Engineer with over 4 years of professional experience designing industrial and mixed-signal PCBs for deployment in electrically noisy environments. My work includes boards built around advanced processing platforms such as Xilinx FPGA, along with MCUs, high-speed memory (DDR4), Ethernet, USB, CAN, I²C, UART, magnetometers, and barometric sensors. I have strong hands-on experience in power regulation, EMI/EMC-conscious layout, grounding, and isolation techniques, having delivered designs handling up to 54V and 25A with high first-pass EMC success. I regularly apply DFM/DFA best practices and collaborate closely with mechanical teams to resolve connector, clearance, and fitment constraints early. I am proficient in Altium Designer and OrCAD, and I can take a design from schematic capture through PCB layout, Gerbers, pick-and-place files, and BOM with verified MPNs. I also provide clear documentation explaining key architectural and layout decisions to support manufacturing and future revisions. With Regards Mohammad Asif 6386756387

@michaell114

I’m an Electronics Design Engineer with strong experience in mixed-signal PCB design for real-world, electrically noisy environments. I’ve designed sensor boards and control electronics that integrate MCUs, analog front ends, power regulation, and field-wiring interfaces, with careful attention to grounding, EMI, and manufacturability. I can take your board from concept through fabrication-ready output, including schematic capture, PCB layout, and complete manufacturing files. My work focuses on clean signal conditioning, robust power design, and layouts that remain stable in industrial conditions. What I deliver: -Complete schematic and PCB layout -Gerbers, drill, pick-and-place files -BOM with manufacturer part numbers -Clear notes explaining key design choices I’ve solved noise, grounding, and signal-integrity issues on sensor and measurement boards and work closely with manufacturers to ensure smooth production. Ready to start and discuss timelines.

@SH9Studio

Hello, We are an experienced electronics design agency specializing in industrial-grade sensor and control PCBs deployed in electrically noisy, real-world environments. We can take your board from concept through fabrication-ready delivery, including schematic capture, EMI-aware PCB layout, component selection, and full manufacturing outputs using Altium, KiCad, or EasyEDA. Our team has strong hands-on experience in mixed-signal design, low-noise power regulation, robust connector and field-wiring interfaces, grounding strategies, and DFM practices suited for industrial production. We place particular emphasis on signal integrity and noise suppression to ensure reliable operation in field deployments. We have already delivered STM32-based, field-deployed electronics with LoRa connectivity, including systems installed in an active potato farm, where reliability, long cable runs, and harsh electrical conditions were critical design constraints. All deliverables will include clean schematics, PCB layout files, Gerbers, drill and pick-and-place data, a costed BOM with manufacturer part numbers, and a concise design note explaining key architectural and layout decisions. Please review our profile to get a better sense of our previous work and technical depth. We would be happy to discuss your requirements and outline a clear execution plan for this project.

@ahmedy607

Hello, I can take your design from locked schematic and placement to a clean, fully routable, fabrication-ready PCB. I have solid experience routing single- and double-layer boards with a mix of through-hole connectors and SMD parts, focusing on clean pad transitions, proper clearances, and low-noise digital routing. What I’ll do: Route the PCB in KiCad (or Altium/Eagle if needed) Respect all keep-out zones, trace-width rules, and DRC constraints Optimize routing for manufacturability and reliability Generate verified Gerbers, drill, and pick-and-place files I work from start to final fabrication files, with clear and continuous communication throughout the project—any updates will be discussed with you before implementation. Please feel free to check my portfolio to see similar PCB layouts and production-ready designs I’ve completed. Looking forward to working with you.

@PedroIanPCB

PhD student graduated in Electrical Engeenering, now specializing in integrated circuits and electronics by São Paulo Univeristy. I work in a scientific research department. I have experience in PCB design for industrial sensoring and automation on a predictive maintenance startup - you can check for more details on my profile. Nonetheless, I have also worked in very tricky noise/grounding PCB for a high speed ADC -100Mhz for my department's laboratory. To do this project, I had to study a lot about signal integrity in connectors and wires.