creating a schematic in Kicad or Eagle for a schematic taken from a photo

@shazelectrical

Hi I am an Electrical Engineer with strong experience in PCB design and schematic development. I have carefully reviewed your project requirements regarding creating a schematic and PCB layout based on your existing photo design using an ATmega and ESP32, including a servo motor connection. I can help you convert your current photo-based layout into a fully editable schematic and PCB design file that you can modify and reuse in the future.

@soltracker

Hi sir..Its me Imad, have done huge work in kicad pcb design. U will get the best work done..Thanks for posting the job....

@abdurRafiqM

HI, I am an experienced electronics and PCB Design engineer, specialised in use of ECAD software such as Altium Designer, KICAD, EasyEDA, etc. for the the design of electronics and PCB. I will design your projects to meet your Requirements and the industry standard. I do all kinds of circuits such as Power delivery circuit, Sensor Integrated Circuits, wireless control, MCUs etc. I will deliver the following. The Schematics for your Design The PCB for the design Bill of materials(If needed) Gerber, Pick and Place and other manufacturing and assembly drawings needed. Full Support and consultancy till the project is done. Fell free send me message so we can discuss further on your project I look Forward to working with you. Best Regards, Abdur-Rafiq

@toriquldev123

Hello Dear! I write to introduce myself. I'm Engineer Toriqul Islam. I was born and grew up in Bangladesh. I speak and write in English like native people. I am a B.S.C. Engineer of Computer Science & Engineering. I completed my graduation from Rajshahi University of Engineering & Technology ( RUET). I love to work on Web Design & Development project. Web Design & development: I am a full-stack web developer with more than 10 years of experience. My design Approach is Always Modern and simple, which attracts people towards it. I have built websites for a wide variety of industries. I have worked with a lot of companies and built astonishing websites. All Clients have good reviews about me. Client Satisfaction is my first Priority. Technologies We Use: Custom Websites Development Using ======>Full Stack Development. 1. HTML5 2. CSS3 3. Bootstrap4 4. jQuery 5. JavaScript 6. Angular JS 7. React JS 8. Node JS 9. WordPress 10. PHP 11. Ruby on Rails 12. MYSQL 13. Laravel 14. .Net 15. CodeIgniter 16. React Native 17. SQL / MySQL 18. Mobile app development 19. Python 20. MongoDB What you'll get? • Fully Responsive Website on All Devices • Reusable Components • Quick response • Clean, tested and documented code • Completely met deadlines and requirements • Clear communication You are cordially welcome to discuss your project. Thank You! Best Regards, Toriqul Islam

@hancho6319

Hi there! It's Haruna, your versatile and experienced freelancer who can bring all the necessary skills to the table for your project. As an Electrical & Electronics Engineer with a sharp focus on Embedded Systems, I'm well-versed in KiCad and have significant experience designing PCBs using it. From reading your description, I can assure you that I'll be able to create a high-quality schematic and PCB layout from the photo you have. With my solid foundation in Software Engineering, I understand the need to have more than just a ready-made schematic. I'll provide you not only with a KWICAD file but also a comprehensive guide on how to modify and utilize this schematic effectively in future projects. Whether it's connected systems, automation, communication or efficient power utilization - I leverage my extensive E&E engineering experience to create practical solutions. In addition, my knowledge of ESP32 and ATmega microcontroller platforms, along with expertise in Python and C programming makes me competent in undertaking this project successfully. I've also honed my skills in CAD and PCB design, turning concepts into manufacturable products with precision. Let me put my skillset to work for you, so we can turn your photo into a tangible and reliable hardware system!

@ahmedy607

Hello, Please check my portfolio for similar embedded and PCB design projects. I can help you recreate a clean schematic and PCB layout based on your existing photo, using ATmega + ESP32, with the servo connected to the ATmega. I will convert the photo-based design into a proper schematic file that you can edit, reuse, and modify in the future. What I’ll provide: Full schematic drawn in a professional EDA tool (EasyEDA / KiCad). Clear explanation of the connections between ATmega, ESP32, and the servo. A production-ready PCB layout based on the schematic. Guidance on how to modify and maintain the schematic yourself later. I’m looking forward to your message. Best regards, Ahmed

@ElecHamza

Hi, I can certainly help you translate your photo into a professional schematic and PCB layout featuring the ATmega and ESP32. My approach focuses on creating a clean, modular design in EDA software that ensures your servo and dual-processor communication are perfectly synchronized. I will provide you with the source files and a detailed walkthrough so you can confidently modify the circuitry for future iterations. You will receive high-quality production files ready for manufacturing alongside the technical knowledge to manage your project independently. I am ready to start immediately and ensure your design is accurate and reliable. Best regards

@joaquinc48

⭐⭐⭐⭐⭐ I can assist with recreating your circuit from a photo into a clean, editable schematic and PCB layout in KiCad or Eagle, and walk you through the process so you can confidently modify it in the future. I’m an experienced electronics and PCB designer with hands-on work using ATmega and ESP32-based designs, including mixed MCU systems and peripheral integration like servos. Scope I’ll cover: • Analyze the photo and reconstruct the full schematic accurately • Create a clear, well-organized schematic you can easily understand and edit • Design a practical PCB layout based on the schematic • Explain the schematic structure, symbols, nets, and key design choices • Provide guidance so you can extend or modify the design later on Deliverables: • Editable schematic file (KiCad or Eagle) • PCB layout files ready for printing or fabrication • Basic design notes and usage guidance • Support to answer questions as you start modifying the design If you share the photo and your preferred tool, I can confirm scope, timeline, and get started quickly.

@yaroslavmark

Hi there, I am an experienced Automation Engineer and Electronics Designer with 10+ years of professional experience delivering reliable, production-ready solutions across industrial automation, embedded systems, and custom PCB development. I specialize in end-to-end engineering - from control logic and firmware to hardware design and manufacturing support - with a strong focus on stability, safety, and real-world performance. ✔ What I Can Do for This Project **Engineering Approach** -Review requirements, constraints, and edge cases upfront -Apply conservative, standards-based design practices -Prioritize EMI immunity, serviceability, and long-term reliability -Deliver clean, review-ready work with minimal back-and-forth **Hardware & PCB** -Schematic design and verification -Production-grade PCB layout (mixed-signal, power, relays, isolated I/O) -Proper grounding, spacing, and EMI/ESD protection -Manufacturing outputs: Gerbers, BOM, Pick & Place, assembly notes **Embedded & Control Systems** -ESP32, STM32, AVR, PIC, Raspberry Pi Pico -C/C++, MicroPython, FreeRTOS -Sensor interfaces, motor control, power management -PLC systems: Siemens, Allen-Bradley, Schneider, Mitsubishi, Omron **Industrial Communication** -Modbus RTU/TCP, CAN, RS-485 -Profinet, EtherNet/IP, Profibus -OPC-UA and SCADA integration I work efficiently, communicate clearly, and deliver solutions that manufacturers trust and technicians can support. I am ready to begin asap. Best, Yaroslav.

@engrbilalfpga

Hi, I can convert your photo into a clean, editable schematic and PCB layout using ATmega + ESP32, including the servo interface. I’ll rebuild the design properly (not just trace it) and provide manufacturing-ready files plus a simple guide so you can modify the schematic yourself in the future. Electronics engineer with solid MCU and PCB design experience. Ready to start immediately.

@greyk3

Diving right into the project at hand, your need for a schematic and PCB layout from a photo you possess, along with a guide for future use, is well within my grasp. As someone who thrives on the interconnection of mechanical and electronic design, I am equipped to offer accurate and efficient solutions, particularly so with your project involving an ATmega, an ESP32, and a servo. I've worked with similar components in the past to develop integrated mechatronic systems. I can readily transfer the knowledge gained from these projects to yours, allowing us to create a schematic file that not only replicates your photo but can be easily modified for future applications. This will ensure you have the tools needed to recreate, alter, or design new schematics, offering you flexibility and autonomy. In terms of your PCB layout, I can utilize my expertise in Altium Designer to accurately represent your design. My proficiency in using various communication interfaces like CAN, I2C, and SPI will enable me to provide viable solutions for your ATmega, ESP32, and servo connections. Additionally, my experience in STM32 and Arduino platforms will aid us in optimising your embedded systems for efficient operation. Lastly, my goal is to not only provide you with the schematic and PCB layout but also arm you with the knowledge needed to use and modify these resources in the future. I will do this by creating a comprehensive guide, which will detail the steps and processes involved in the creation of a schematic file. I look forward to the possibility of helping you bring your schematic to life, and providing a guide that will serve as a useful resource for your future endeavors.

@kamaria0

You have my assurance that I can deliver an intricately designed schematic that precisely duplicates your photo and meets all your specifications. My competence comes from intensive hands-on exposure in developing embedded systems. I've been involved in designing dense, efficient PCB layouts using Altium Designer. My experience includes working with an ESP32 and ATmega, similar to the ones your schematic is based on. This enables me to have an apt understanding of their hardware design and connectivity requirements that would be integral to this project. Your requirement isn't confined to just creating a duplicate layout. It also entails developing a guide that will empower you to modify and further use the schematic file. As an Embedded Firmware Engineer, I have an astute understanding of hardware-software interactions and can create a comprehensive, easy-to-follow guide in addition to the schematic file. Designing the PCB layout and the guide, I'll assure the optimal separation of analog-digital components, maintaining EMI immunity as these are crucial for the board to function effectively. I will also consider the manufacturability aspect of the design, keeping in mind the need for the board to be compact and low-power. In essence, the design I propose would be both efficient and practicable for you to implement. As per your requirements, I can design your PCB layout to connect your ATmega to a servo motor. I've created similar designs involving servo control, so I understand the intricacies of designing for mechanical systems. Furthermore, as an IoT engineer, I am well-versed with the architecture of efficient systems that can communicate across networks and cloud services. In sum, my bid offers both technical expertise and understanding of your unique requirement. I am confident that I can give shape to your vision of a detailed, modifiable schematic that is functionally robust and easy to reproduce.

@youkoe

As an Automation Systems Engineer with a focus on embedded controls, your project seems to be precisely in my wheelhouse. Creating a schematic from a photo and translating it into a tangible PCB layout is the kind of task I've tackled over the years. In particular, my experience with ESP32 microcontrollers and servo motors aligns with the foundational components you've mentioned. If I understand correctly, you would not only want a working schematic derived from the photo but also a guide on how to do this yourself in the future. I see this as a chance to intertwine my expertise with your desire for knowledge. As someone who routinely creates educational and training material for my clients, I can provide a tailored guide that walks you through the steps involved in creating a schematic file. I will detail each stage clearly, from interpreting the photo to creating a usable schematic and PCB layout. Moreover, my proficiency with PCBs designed for high-current handling, EMI control, and fault tolerance will ensure your PCB layout achieves these desired characteristics. Additionally, with my knowledge of C/C++, Python, and FreeRTOS, I can offer insights on possible firmware coding for your ATmega and ESP32 based layout in your instructional guide. Finally, I must say that I admire your approach to understanding the process rather than just requesting the end-results. This correlates with my philosophy of empowering my clients by not only providing solutions but also insights and understanding. Therefore, I look forward to working with you - creating your schematic, enhancing your knowledge, and setting a foundation for a mutually beneficial partnership.

@NEHABHAT92

With a broad understanding of software development, I am confident I can help you with your project of transforming the schematic photo into a functional layout in Kicad or Eagle. Although my background primarily lies in web and mobile app development, the core skills required for this task - problem-solving, critical thinking, and attention to detail - are something I bring to the table in abundance. These skills have equipped me well to tackle complex projects efficiently, making me more than competent for your schematic creation task. Additionally, my years of experience working with hardware input/output systems will prove valuable as I engage with your ATmega and ESP32 components. My dedication to providing satisfactory services includes giving you a complete understanding of how the schematic file was created so that you can confidently navigate it in the future. Whether it be offering guidance on modifying existing files or creating new ones from scratch, your needs will be met. In summary, my adaptability, problem-solving skills, and passion for turning ideas into reality make me an ideal fit for this project. By choosing me as your freelancer, you will benefit from my diverse skill set, commitment to timely delivery, and comprehensive support even after my work is done. Let's get started and transform that photo into a fully functional schematic!

@Lemuelmb11

Hi, I'm Lemuel an hardware design engineer, I'm interrested in this project. kindly message me if you have concern or interested.

@rocios46

I can help you turn your existing photo into a proper schematic and PCB layout built around the ATmega, ESP32, and servo interface—and, just as importantly, show you how to maintain and modify the design yourself going forward. Rather than simply recreating the board from the photo, my approach is to reverse-engineer the circuit logically: identifying power domains, communication between the ATmega and ESP32, and correct servo drive connections. I’ll then capture everything in a clean schematic using a mainstream EDA tool (KiCad or Altium), with clear labels and structure so it’s easy for you to understand and extend later. I have experience converting reference images, hand-drawn circuits, and legacy boards into editable schematics and PCB layouts, and I regularly work with ATmega- and ESP32-based designs. Alongside the schematic and layout, I’ll explain design choices, symbol usage, and best practices so you’re not locked into static files—you’ll be able to confidently reuse and modify the project in the future. The end result will be a functional schematic, a routed PCB, and a practical walkthrough of how to edit and expand the design as your project evolves.