Automotive Signal Unit km to miles

@mairajali11

As an experienced Electrical/Electronics Engineer and PCB Designer, I offer a comprehensive skill set perfectly aligned with your Tesla Conversion project. I have spent over 8 years designing high-quality circuit boards using Eagle, Altium, KiCAD, and EasyEDA, which are resources I would confidently use to deliver topnotch schematic, layout files, Gerbers, and BOM for your custom automotive-grade PCB. My expertise in MATLAB and Python programming will be invaluable for the firmware aspect of the project. I am adept at developing solutions that involve signal processing, unit conversions, and series of complex calculations like what your project seeks. My ability to use VHDL/Verilog HDL puts me in a unique position to handle the real-time signal analysis needed for this project. By choosing me, you'll not only be benefitting from my skills but also my passion for PCB design and Embedded Systems. Top-rated on this platform and ranking among the top 1% of skilled freelancers gives you the assurance of receiving a high-quality output-on-time within budget. Let's transform your vision into reality together as we produce remarkable deliverables including compiled firmware with full source and build instructions and a sample set of vehicle profiles for all supported brands(figsize:Regular). Let's start bringing this exciting project to life; contact me today!

@mayr81

Hello, I can help design a complete automotive-grade hardware and firmware system that reads CAN signals, applies vehicle-specific profiles, and converts values like km/h to mph in real time. The solution would include a robust PCB designed for 12V automotive environments with proper protection, stable CAN transceiver integration, and support for jumper-based profile switching. Each profile (Toyota, Nissan, Honda, Mitsubishi, Suzuki, Mazda, Audi) can map signals differently without needing firmware reflashing. On the firmware side, I can build an embedded C/C++ system that handles real-time CAN parsing, signal decoding, and unit conversion logic while applying the selected brand profile dynamically. The architecture will be modular so it can be extended to additional vehicles later. Deliverables can include full schematic, PCB layout, Gerbers, BOM, production files, firmware source code, compiled builds, sample vehicle profiles, and clear documentation for setup and testing.

@olehm07

✔✔✔Hello, how are you? Drawing from my solid 11+ year background in Mechanical & Electronics Engineering, I am confident that I can deliver the robust full-stack hardware/firmware solution you need for converting automotive signals from km to miles. My proficiency in designing custom automotive-grade PCBs built to endure 12 V stress is especially invaluable here. I ensure your boards will deliver unyielding CAN transceiver performance while supporting seamless brand-specific profiles switching via jumpers. Firmly versed on each of the brands set for coverage in your first release – Toyota, Nissan, Honda (including early models), Mitsubishi, Suzuki, Mazda, Audi – I'll work efficiently to create tailor-made vehicle profiles showcasing real-time unit conversion-results. My skillset extends beyond offering you a viable solution; it encompasses delivering this essential solution backed by comprehensive documentation: Schematics, PCB layouts and Gerbers; compiled firmware and open-source code plus build instructions; brief yet detailed user documentation on swapping profiles and performing conversions. Rest assured that as we progress from concept design to final production stage, every step will be handled assiduously. Together, we can actualize your vision of an efficient automotive signal unit conversion system.

@bilalh585

Hello, I have reviewed your project and I have strong experience in automotive embedded systems, CAN bus communication, PCB design, and firmware development. I can build a complete hardware and firmware solution to convert CAN speed signals from km/h to mph with stable real-time processing and brand-based profile switching using jumpers. For hardware, I will design an automotive-grade PCB suitable for harsh 12V environments with proper protection including reverse polarity, transient suppression, stable power regulation, and reliable CAN transceiver integration. I will provide complete schematic design, PCB layout, Gerbers, verified BOM, and production-ready documentation. For firmware, I will develop optimized embedded code for real-time CAN frame parsing, signal analysis, and instant unit conversion with low latency. The system will support profile-based configuration for Toyota, Nissan, Honda, Mitsubishi, Suzuki, Mazda, and Audi without reflashing. Deliverables will include full hardware files, firmware source code, compiled binaries, build instructions, sample vehicle profiles, and user documentation for jumper-based profile switching and conversion testing. My focus is reliability, clean architecture, scalability, and production-ready automotive design. I am confident I can deliver a stable and high-quality solution for future expansion and validation.

@eshmumkhan

Hello, I have experience with embedded systems, CAN Bus communication, PCB design, and automotive firmware development. I can develop a custom automotive-grade PCB and firmware solution for real-time km/h to mph conversion with support for multiple vehicle brands including Toyota, Nissan, Honda, Mitsubishi, Suzuki, Mazda, and Audi. The solution will include robust CAN transceiver handling, jumper-based profile switching, real-time signal processing, and production-ready deliverables including schematics, PCB layout, Gerbers, BOM, firmware source code, and setup documentation. I can also support future stages such as enclosure design, extended testing, and production optimization. I’m confident I can deliver a reliable and scalable solution that works smoothly with existing vehicle screens and instrument clusters. Looking forward to discussing the project details further.

@revival786

Greetings! I will design a full stack hardware and firmware solution for converting CAN signal km to mph. Custom automotive grade PCB with schematic, layout, Gerbers, BOM, production documentation. Firmware on embedded MCU performs real time signal analysis and unit conversion. Brand profiles selected via jumpers for Toyota, Nissan, Honda early models, Mitsubishi, Suzuki, Mazda, Audi. Deliverables include PCB files, compiled firmware, source code, build instructions, sample vehicle profiles, and user documentation. Please share your CAN bus specifications and target MCU preference. Thanks, Revival

@clintonv2

I turn complex requirements into clean, seamless solutions that feel effortless for the user and powerful for you. Your need for an automotive-grade PCB with integrated firmware that performs real-time km-to-miles conversion and supports brand-specific profiles via jumpers shows the demand for a professional, user-friendly, and automated experience in a harsh 12 V environment. I offer expertise in full-stack hardware and firmware development, including schematic design, PCB layout, BOM, firmware compilation, and thorough documentation. I’ve handled many successful projects off site. To grow my profile here, I’m offering my services at a lower cost in exchange for a strong review. I’m eager to connect and provide value that will help ensure your project’s success. Regards, Clinton