Modular Automotive CAN Tool Development

@Mahihassi

As an experienced Electrical Engineer and IoT specialist, I'm well-versed in transforming complex requirements like your Modular Automotive CAN Tool project into robust, end-to-end solutions. Not only do I bring critical skills in hardware design and firmware development, I've also delved deeply into AI, ML, and deep learning algorithms to better understand the intelligent connectivity required for modern automotive systems. On top of that, my expertise encompasses PCB layouting (inclusive of RF hardware), FPGA development, and CAD mechanical services which indicates my suitability to handle every aspect of this project. Specifically relating to the Modular Automotive CAN Tool Development Project, my proficiency with Microcontrollers & Embedded Systems including STM32 and Raspberry Pi will be incredibly valuable in terms of executing the real-time signal analysis you require. Having already completed similar projects involving parsing high-speed/low-speed CAN frames and executing unit conversions, I possess a deep understanding of the challenges involved while wielding the relevant tools to address them. Moreover, my commitment to delivering a comprehensive product development workflow matches your need for end-to-end support - from conception through to market-ready deployment.

@macroenergy

With my extensive background in digital motor control and embedded system design, I am confident in delivering the full-stack solution you need for your automotive CAN tool. My experience includes developing wireless communication systems like RF transmitters and Bluetooth readers, which is highly relevant to your project's goals. Additionally, I have a proficient command of Arduino, MSP430, Atmel, DSP, and STM32 platforms — all of which can be utilized smartly in building our firmware. Understanding that your project requires a customized solution equipped with brand-specific profiles covering Toyota, Nissan, Honda and more, I assure you that my skills extend to creating algorithms serving different speed, torque and control loops. Furthermore, having worked on similar powerful embedded solutions like solar inverters and renewable energy systems, I am no stranger to the requirement of resilience and durability that your car-infrastructure demands. I would love to bring my knowledge of designing PCBs using Altium, along with its add-on like SMS boards fora complete PCB design solution. I have also worked extensively with CAD files of various manufacturers to facilitate production-ready documentation.

@engrusmanfaiz

I can develop a complete automotive-grade CAN hardware and firmware platform capable of real-time vehicle data parsing and profile-based signal conversion across multiple brands. I have 12+ years of experience in embedded systems, CAN bus electronics, automotive PCB design, and real-time firmware development. The hardware will include robust CAN transceivers, automotive power protection, EMI filtering, and stable operation on harsh 12V vehicle systems. The firmware will support high-speed and low-speed CAN parsing with dynamic brand profile loading directly from internal flash memory. Vehicle-specific logic for Toyota, Nissan, Honda, Mitsubishi, Suzuki, Mazda, and Audi can be handled without reflashing firmware. The system will perform live unit conversion and data mapping with low-latency processing suitable for real-time display applications. I will deliver full schematic, PCB layout, Gerbers, BOM, firmware source, and complete build documentation. The architecture will be modular and scalable for future expansion, additional protocols, and production optimization stages. Ready to begin immediately and support iterative testing across multiple vehicle platforms.

@leonidye

Hi, I am a skilled embedded systems and automotive electronics engineer specializing in CAN bus systems, automotive PCB design, and real-time firmware development. I am capable of developing complete hardware and firmware solutions that can process CAN traffic across various vehicle platforms, allowing for the dynamic switching of brand-specific profiles without the need for firmware re-installation. The system will be designed to operate reliably even within harsh 12V automotive environments, incorporating appropriate power protection, robust CAN transceiver integration, and production-ready PCB development. The firmware supports real-time high-speed and low-speed CAN parsing, profile-based signal interpretation, and real-time unit conversions—such as converting km/h to mph—with low-latency performance suitable for dashboard or display integration. I will provide schematics, PCB layouts, Gerber files, BOMs, firmware source code, compiled binaries, build instructions, and sample profiles for Toyota, Nissan, Honda, Mitsubishi, Suzuki, Mazda, and Audi platforms. Furthermore, I will design a scalable architecture to facilitate future vehicle support and production optimization. I look forward to discussing your preferred MCU platforms, connector requirements, and production goals in greater detail. I hope to have the opportunity to collaborate with you on this project. Regards.

@yaroslavmark

Hi, I’m a senior embedded and automotive electronics engineer with extensive experience in CAN bus systems, automotive-grade PCB design, STM32/ESP32 firmware, and real-time vehicle data processing. I have developed multiple CAN-integrated automotive modules including gateway devices, signal translators, dashboard interfaces, sensor emulators, and configurable embedded systems supporting multi-platform vehicle communication. Approach: ✅ I will design an automotive-grade hardware platform with protected CAN interfaces, robust 12V power conditioning, EMC-aware layout practices, and reliable MCU architecture suitable for harsh vehicle environments. ✅ I will develop modular firmware capable of real-time HS-CAN/LS-CAN parsing, profile-based signal interpretation, unit conversion logic, and runtime vehicle-profile switching without reflashing. ✅ I will deliver production-ready PCB files, firmware source/build environment, sample vehicle profiles, and clear documentation covering profile selection and conversion workflows. Questions: ✅ Which display/output interface will present the converted data — OEM cluster injection, external display, CAN retransmission, or another method? ✅ Are there preferred MCU families or CAN transceivers you want used for automotive qualification and long-term sourcing? Best, Yaroslav

@shykhAbubakar

Hi, I am ready to deliver a full stack hardware/firmware solution for your automotive CAN tool. The focus is on building an automotive grade PCB paired with embedded firmware that parses raw CAN traffic, applies brand specific profiles, and performs real time unit conversions. The design and documentation will be aligned with ISO 11898, AEC Q100, IPC 2221 and other relevant standards. Before moving forward, do let me know: 1. Should the CAN transceiver support both high speed and low speed fault tolerant modes simultaneously? 2. Do you require galvanic isolation between the CAN bus and MCU for added safety? Project Deliverables • Schematic and PCB layout • Firmware source code • Vehicle profiles and support • Cable design • Gerber files, BOM, and drill files Tools I Use • Fusion 360 / Altium Designer • STM32CubeIDE I have delivered automotive embedded projects including: 1. EV Dashboard Cluster CAN/UART integration with real time display. 2. Multi brand CAN Gateway profile based parsing and unit conversion. Find my past projects attached with this proposal. Looking forward to your message. Best Regards, Abubakar

@cesur135

As an experienced full-stack engineer, I have specialized in high-intensity industrial automation and process control projects throughout my career. From the proficient use of SIEMENS TIA Portal to writing software with Simatic Manager and WinCC SCADA program, I've got deep hands-on experience with embedded systems like the one essential for your work with unique CAN profiles. Moreover, my previous exposure to using PLCs from Siemens and Delta in energy and process automation scenarios further enhances my advantage for your project. In addition to my programming capabilities, I can design solid schematics, provide layout files (including Gerbers), and a functional Bill of Materials—all crucial components for delivering a top-notch hardware solution. Additionally, while most of my projects have focused on a single brand or purpose, I am flexible and adaptive to new challenges—essential traits when it comes to your request for multi-vehicle support encompassing an array of automotive giants including Toyota, Nissan, Honda, Mitsubishi, Suzuki, Mazda, Audi. I am confident that my extensive background in electrical engineering, electronics and embedded systems will fulfill each specific requirement of this project

@tetianam8

⭐⭐⭐⭐⭐ Your project is a strong match for my background in automotive embedded systems, CAN decoding, and production-ready PCB development. I’ve worked on custom CAN interfaces, vehicle telemetry modules, and profile-based embedded systems where firmware flexibility and electrical robustness were critical across multiple vehicle platforms. For your first release, I would structure the system around an automotive-grade MCU (STM32 or NXP platform) paired with high/low-speed CAN transceivers and protected 12V input conditioning including: • Load-dump protection • Reverse-polarity protection • TVS suppression • EMI filtering and stable buck regulation Firmware architecture would use: • Runtime-selectable vehicle profiles stored in flash • Table-driven CAN parsing (no reflashing required) • Real-time unit conversion (km/h ↔ mph, temp, fuel, etc.) • Expandable abstraction layer for adding future brands quickly Initial supported profiles: Toyota, Nissan, Honda, Mitsubishi, Suzuki, Mazda, Audi. Deliverables: • Full schematic + PCB layout • Gerbers, BOM, assembly outputs • Firmware source + compiled binaries • Sample vehicle profiles • Profile management/user documentation • Production-ready manufacturing package I’d be happy to review your preferred vehicle interfaces, display targets, and CAN bitrate requirements before finalizing architecture.

@azraazeen9

As an experienced electrical engineer, I have a solid understanding of the hardware and firmware aspects necessary for your project. My skills in PCB layout, which is vital for a complex task like this, will ensure that the automotive-grade PCB I design for you can withstand the harsh 12V system environment with ease. And to further demonstrate my competence, I will provide you with a comprehensive set of deliverables - from the schematic and layout files to Gerbers and a verified BOM. Moving on to firmware requirements, I'm well-versed with embedded systems and executing real-time signal analysis - two crucial aspects of your project. Additionally, my expertise in data parsing, loading brand profiles stored in the internal flash, and performing unit conversions will be invaluable as you seek to instantly convert km/h to mph and provide seamless brand-specific profiles.

@shadabkhan92

As the founder and driving force behind MOHD SADAB, I have curated a team of experts devoted to building complex systems that work seamlessly in real-life scenarios - exactly what your project demands. Our deep expertise in full-stack development and extensive experience with crucial elements like Hardware, Firmware, and Microcontroller gives us a considerable advantage for taking on this automotive CAN tool project. In terms of hardware, we've consistently designed and manufactured custom IoT hardware, including PCBs, that excel even in the harshest electrical conditions like the 12V system your project calls for. We believe strongly in delivering robust and reliable solutions – qualities that are reflected at every stage from schematic design to Gerber generation. Furthermore, our mastery over various programming languages like Arduino, proficiency in embedded systems and microcontrollers position us rightly to tackle the firmware requirements of your project. Beyond parsing high-speed and low-speed CAN frames or executing unit conversions, we comprehend the significance of seamless brand profile transitions which don't require firmware rebuilds or reflashes - a key requirement you specified.

@electronicsdone

Dear Client, This project needs someone who can make the embedded hardware stack feel robust in real vehicles and maintainable across multiple automotive platforms later. That means the CAN architecture, power protection, MCU selection, vehicle profiles, signal processing, and documentation all need to line up from the start. I can support the automotive hardware development portion from system architecture through production-ready release. My approach would be: ✅ translate vehicle requirements into a modular CAN hardware architecture ✅ design an automotive-grade PCB with proper 12 V protection, filtering, and CAN transceiver robustness ✅ prepare full schematic, PCB layout, Gerbers, BOM, and production-ready documentation The goal would be a modular automotive tool that can operate across multiple vehicle brands with stable real-time performance and a clean upgrade path for future expansion into additional platforms and enclosure integration. Two things I would confirm first: 1. Do you prefer a specific MCU family, or should architecture selection be part of the design phase? 2. Will the system output be limited to CAN interpretation only, or should it also support additional interfaces such as UART, BLE, or display integration in later phases? If you message me, I can suggest the cleanest system architecture for balancing real-time CAN reliability with flexible multi-brand profile management. Best regards, Prat PCB Must Innovations

@luisfilipeaguiar

Hello ! This seems to be a super interesting project. There are a few unknowns that can be ironed out, as the project goes such as (Human Interface, Public available CAN BUS protocol / reverse engineer the protocol, mechanical constrains) Spinning a board takes 14 days. 1 Month should be enough to have a working prototype on your hands...

@Specgi

As you describe the need for a full-stack solution and brand-specific profiles that can handle real-time analysis, I can confidently say my expertise aligns perfectly with your project requirements. My experience in hardware engineering and firmware design is extensive, and I have successfully navigated complex undertakings like this in the past, with great results. Specifically, my proficiency in PCB design will be highly valuable for your automotive application. I am well-versed in developing robust and automotive-grade boards that can withstand harsh conditions while delivering optimal performance. Moreover, my firmware skills are finely honed to handle tasks like parsing high-speed and low-speed CAN frames, loading and applying brand profiles efficiently, as well as executing precise unit conversions. With your requirement for multi-vehicle support and extensive testing, I can provide an inclusive solution handling everything from production optimization to the final enclosure/cable design. Additionally, my familiarity with enclosure/cable design alongside PCB layout would ensure a seamless integration of both components. Orchestration and organization has always been a strong suit - from ensuring verified BOMs to meticulous documentation.

@engrhasan01

Are you looking for a robust automotive-grade CAN interface system that can decode multi-brand vehicle data in real time and present clean, usable outputs without requiring firmware reflashing after deployment? I can develop a complete hardware + firmware solution built around reliable CAN architecture with profile-based logic so each vehicle brand (Toyota, Nissan, Honda, Mitsubishi, Suzuki, Mazda, Audi, etc.) can be selected dynamically from internal flash. My approach covers both embedded electronics design and real-time firmware optimization for deterministic CAN parsing and low-latency signal processing. Hardware scope includes full schematic design, protection for 12V automotive transients, dual CAN transceiver implementation, PCB layout with proper grounding/EMI control, BOM, and production-ready Gerbers. Firmware will handle high/low-speed CAN decoding, structured signal mapping per brand profile, live unit conversion (km/h to mph and more), and modular profile switching without reflashing. Deliverables include complete CAD + PCB files, firmware source code, compiled builds, sample vehicle profiles, and documentation for profile switching and validation. I work using KiCad, STM32CubeIDE, and automotive embedded design practices focused on EMI robustness and real-time reliability. Best regards, Hasan

@mayr81

Hello, I can help develop a complete automotive CAN hardware and firmware solution with custom PCB design, embedded firmware, and multi-brand vehicle profile support. The system can be designed around an automotive-grade MCU and CAN transceivers with protection for harsh 12V environments, stable communication, and reliable real-time CAN processing. The firmware will support dynamic vehicle profiles stored in flash memory so profiles can be switched without reflashing the device. I can implement real-time CAN parsing, signal mapping, unit conversions such as km/h to mph, and configurable output handling for supported vehicle platforms including Toyota, Nissan, Honda, Mitsubishi, Suzuki, Mazda, and Audi. The deliverables can include schematic design, PCB layout, Gerber files, BOM, firmware source/build setup, sample vehicle profiles, and documentation for profile management and testing. The architecture will also be prepared for future expansion, production optimization, and additional vehicle support.

@hayleyc27

With a solid understanding of CAN systems and an extensive background in electrical engineering and microcontrollers, I'm confident that I can tackle your Modular Automotive CAN Tool Development project with ease. My proficiency in C, C++, and Python enables me to work with embedded MCUs, parse real-time CAN frames, and execute the necessary signal conversions for your project. Beyond just writing the firmware, I understand the importance of designing robust hardware that can withstand the harsh 12 V system. I am fully capable of delivering not just the firmware itself, but also the full set of schematic, PCB layout files, Gerbers, BOMs, and production-ready documentation you require for effective implementation. What sets me apart is my experience in the full-stack development of various technical systems including signal processing tasks. Furthermore, my skillset extends to MadRye and Dahdi scenarios which fits well with your project requirements. I'm confident that my well-rounded knowledge combined with my problem-solving attitude will result in a fully functional solution that meets all your needs on time and within budget!

@revival786

Greetings! I will design a full stack hardware and firmware solution for CAN traffic analysis. Custom automotive grade PCB with schematic, layout, Gerbers, BOM, production documentation. Firmware on embedded MCU parses high speed and low speed CAN frames in real time, loads brand profiles from flash, executes unit conversions like km h to mph. First release brands 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 vehicle interface requirements and target MCU preference. Thanks, Revival

@olehm07

✔✔✔Hello, how are you? As a seasoned Mechanical & Electronics Engineer with over 11 years' experience, I believe that I possess the right skillset and expertise needed for your Modular Automotive CAN Tool Development project. My passion lies in effectively marrying hardware and software to create intelligent solutions, which strongly aligns with the core requirements of your undertaking. I have a wealth of experience in various aspects of electrical engineering, from drafting and optimization to hardware design and validation. Proficient in Altium, KiCAD, EasyEDA, and Allegro, I can assure you of efficient PCB design and layout that meet the stringent automotive-grade quality required for your project. Moreover, my grasp on Firmware Development in platforms such as ESP32, STM32 ARM Cortex-M adds to my holistic offering, as perceptive firmware functionalities are pivotal in your tool development. With my proven record of end-to-end product development and an explicit focus on tailoring solutions to meet client needs, I am committed to delivering all your stated objectives—schematic design, layout files, compiled firmware, comprehensive documentation samples—in the best way possible. Together, we can turn this project into a resounding success!

@Ryan15222

With my unique skill set and experience, I offer a comprehensive approach that aligns perfectly with your needs for a full-stack hardware/firmware solution for CAN traffic interpretation. My expertise in mechanical design, electronics, and software development is exactly what's needed to deliver your vision from concept to deployment. On the mechanical side, I bring solid CAD design skills and a deep understanding of product development processes. This allows me to create designs that are not only efficient but also pragmatic, considering real-world constraints such as materials and cost optimization. In electronics, I specialize in embedded systems and PCB design coupled with hardware integration. Your requirement for an automotive-grade PCB that can withstand the harsh 12 V system and deliver reliable CAN transceiver performance aligns well with my skill set. I am adept at creating robust schematics, selecting the right components, and ensuring seamless communication between the hardware and control systems—a perfect fit for delivering your project to the highest standards.