ECU Design Specialist Needed

@macroenergy

As an ECU Design Specialist, I'm intent on bringing my solid background of experience to fuel your project. With deep expertise in all aspects of the digital motor control as well as devices such as TMS320's and Altium that underpin ECU design, reliability and performance are guaranteed with my presence on your team. Through my flourishing career in embedded systems, I have developed an incredibly efficient approach to hardware architecture. My familiarity with Altium would tremendously ease our operations and enhance precision. C/C++ programming blends seamlessly into my skill set, bettering firmware development, an area so crucial for this project's success. Furthermore, familiarity with automotive standards such as ISO 26262--a cornerstone in ECU development--is no stranger to me. This comprehensive understanding helps me navigate the integration and system testing process aptly saving time and resources. With a proven track record marked by achievement after achievement over the years across significant domains including renewable energy and power electronics, it is clear that employing me will heighten your chances of project success. Looking forward to collaborating with you soon!

@RaspberryOculus

Hi. Is this ECU running on a standard 12V or commercial 24V architecture? To prevent field failures in harsh environments, we must lock down power constraints and TVS strategy before routing an EMC-compliant PCB or picking MCUs. I have 26 years of embedded hardware/firmware experience where timing violations are measured in picoseconds. An ECU demands strict deterministic timing—a missed interrupt means mechanical failure. To prove my capability in tight hardware-firmware coupling, I recently implemented 4 independent GPS tracking channels in the programmable logic of a Zynq-7000 SoC. I replicated the register banking and datapath 4x, handling complex DMA constraints for time-multiplexed channel selection from a single RF stream. The result: a flawless build with zero timing violations and exact epoch-for-epoch matching across all channels. My execution plan: Auto-Grade Architecture: Fault-tolerant power stages & robust MCUs (STM32/NXP). EMC-Aware PCB: Routing for high-noise environments, ensuring signal integrity for CAN FD/LIN & sensors.   Deterministic Firmware: MISRA-compliant C/C++ or RTOS for precise digital control.   Validation: HIL testing & cross-channel validation to guarantee fail-safe operation.   Let me know the target voltage and any galvanic isolation needs, and we can define the architecture.

@mahmoudralizadeh

Hello, I’m a Senior Electronics & Embedded Engineer with a Master’s degree in Electrical/Electronics Engineering and over 8 years of experience in electronics design and development. My core expertise includes: • Analog and digital circuit design • Embedded systems and firmware development using STM32, ESP32, and microcontrollers • FPGA and VHDL development • DC-DC and DC-AC converter design • Power electronics and power supply design • PCB design using Altium Designer • Signal processing and hardware development • Circuit simulation using LTspice and PSpice • Hardware debugging, testing, and optimization I can handle projects from requirements analysis and initial concept through circuit design, simulation, PCB design, firmware development, prototyping, testing, and final documentation. My focus is on delivering practical, reliable, and production-oriented engineering solutions that meet project requirements and real-world constraints. Examples of my previous projects and technical work are available in my portfolio, where you can review my experience and capabilities.

@shadabkhan92

As an ECU design specialist and the lead developer at my company, I can bring a wealth of expertise and skills that align very closely with your project needs. With a strong background in embedded systems and C/C++ programming, I am confident in my ability to design a robust and efficient hardware architecture for your Engine Control Unit (ECU). Moreover, my proficiency in using key hardware design tools such as Altium and Eagle, and my experience with firmware development including RTOS, will be invaluable assets to ensure smooth execution of your project. In addition, an in-depth understanding of automotive standards like ISO 26262 honed through multiple successfully completed ECU projects will allow me to handle the complexities unique to this domain. Furthermore, my offer is not limited to just ECU design; it also extends to integration and system testing. This means I will be there with you from the inception of the project till its successful implementation offering comprehensive support at every stage. Overall, I am confident that my strong technical skills, industry-specific knowledge, and dedication make me an excellent candidate for your ECU design project. Let's bring AI to your hardware!

@cesur135

With several years of practical experience in industrial automation, I am well-prepared to meet the demands of your ECU design project. Working on projects that require precision and optimization are my forte, which can be seen in my specialization with the Siemens DIA Portal program for wastewater treatment plants, water treatment plants, and energy automation in generators. Consequently, I'm proficient in various hardware design tools such as Altium and Eagle as part of my meticulous approach to building robust and efficiency-maximizing architectures. Delving further into firmware development, my C/C++ expertise is backed by a history of high-performing software deploymwents mainly using Siemens WinCC SCADA program for monitoring. I have also engaged with real-time operating systems (RTOS) to ensure top-notch reliability and system stability. Beyond mere familiarity with ECUs, I possess a solid understanding of automotive standards like ISO 26262 garnered from my industrial experiences. Additionally, having performed rigorous integration and system testing in all my previous projects, I bring efficiency and keenness for detail on board - verifying functionality is never an afterthought but rather a core consideration. Choose me for meticulousness, a track record of uncompromising performance-driven solutions and an ingrained passion for excellence that would be indispensable assets for your ECU design project.

@Webslinger01

An ECU is a different beast than a typical IoT board — the hardware and firmware have to be designed together for deterministic timing, harsh environments, and safety margins. I’ve built embedded systems where a missed interrupt or a marginal power rail meant a field failure, so I approach this with that discipline from day one. Here's what I bring to this: → I’ve shipped custom boards with ESP32, STM32, and nRF platforms — including a miniaturized PCB for a smart golf ball that survived real-world impact, and an ESP32-C3 air quality monitor taken through a production batch. → I work in C/C++ and have used FreeRTOS for real-time task scheduling, interrupt handling, and resource-constrained firmware — the same fundamentals an ECU demands. → I handle the full stack in-house: schematic, PCB layout (KiCad/Altium), firmware, and enclosure design, so there are no coordination gaps between hardware and software. → I design for manufacturing from the start, and I’ve taken boards from concept to a 50-unit batch with zero failures on arrival. My approach: → First, I’ll review your requirements and any existing hardware or constraints, then propose a hardware architecture with component selection and a clear block diagram. → I’ll develop the firmware in parallel with the PCB design, using an RTOS where needed and writing hardware-aware code that respects timing and power limits.

@soniaer987

An ECU project is genuinely exciting to me — the hardware and firmware have to work as one system, and I love that kind of challenge. I'd be glad to help you bring this to life. Here's what I bring to this: → I've built custom PCBs and firmware for automotive-adjacent systems, including a marine drift detection unit with IMU, GPS, and cellular — that's real-world hardware under tough conditions. → My firmware work spans bare-metal, FreeRTOS, and Zephyr, so I can match the RTOS to your ECU's actual needs, not just pick a default. → I handle the full stack myself — schematic, PCB layout in Altium/KiCad, firmware, and integration testing — so there's no coordination gap between design and code. → I can start immediately and deliver a working prototype board plus firmware within your timeframe.

@hexabitzprojects

Dear Client, I’m interested in supporting your ECU development. I have **15+ years of experience in embedded systems, automotive electronics, PCB design and firmware development**, including MCU-based control systems and vehicle communication interfaces. I can handle: * ECU hardware architecture and component selection. * Schematic and PCB design using **Altium/KiCad/Eagle**. * Automotive power protection, transient/ESD protection and EMC-aware design. * Embedded **C/C++ firmware** with RTOS where required. * CAN/CAN-FD, LIN, sensors and actuator interfaces. * Watchdog, diagnostics, fault handling and safe-state logic. * Hardware/firmware integration and bench validation. * Structured development aligned with applicable automotive standards, including **ISO 26262** where required. My approach is **requirements → architecture → schematic → PCB → firmware → prototype bring-up → integration testing → validation → documentation**. I can provide editable design files, complete firmware source, BOM, manufacturing documentation and test procedures. I’d be happy to review your ECU specifications and propose the MCU, communication architecture, protection strategy and development plan. **Best regards,** **Subhash Suman** Automotive Embedded Systems | ECU | STM32 | CAN/LIN | PCB | C/C++ | 15+ Years Experience

@rfandelectronics

As a highly experienced and well-versed RF & Electronics Engineer, I believe my skillset is perfectly suited to your project. I have an extensive background in embedded systems development, with deep knowledge in Arduino, ESP, and C/C++. My proficiency in hardware design tools like Altium, Proteus and KiCad combined with my PCB Layout abilities, will allow me to create the robust and efficient hardware architecture that you require for your Engine Control Unit (ECU). Additionally, my understanding of microwave engineering can lend unique insights to optimizing the performance of your ECU. With expertise in MATLAB-based modeling and signal processing, I have the capability to ensure the reliability and high-performance of firmware required for a system as critical as an ECU. My portfolio showcases a variety of RF projects including radar systems engineering which brings relevant experience to your project. With me, you do not just get an ECU design specialist but also someone who understands and has practical implementation skills in automotive standards such as ISO 26262. I look forward to discussing the specifics of your project further, and potentially providing further assurances on why I'm the ideal candidate for your needs.

@bojans9

Hi, I can assist with the complete ECU hardware and firmware development, from system architecture and schematic/PCB design to embedded C/C++ firmware, RTOS integration, and system testing. I can work with automotive communication interfaces, robust power/protection design, sensor/actuator integration, diagnostics, and automotive development practices including ISO 26262 considerations. My approach is to first define the ECU requirements and architecture, then develop the hardware and firmware in clear milestones with testing at each stage. Please share the target engine, required inputs/outputs, communication protocols (CAN/LIN), and key ECU functions so I can provide an accurate fixed-price proposal and timeline.

@Hmdlawal

With over six years of hands-on experience in the field of embedded systems and hardware development as well as a specific focus on PCB design and firmware development, I posit myself as the perfect professional for your Engine Control Unit (ECU) project. My proficiency in hardware design tools such as Altium, KiCad, and Eagle, coupled with my in-depth understanding of differentiating firmware languages like C/C++ and RTOS will be invaluable to your project. One of the key value propositions I bring to this project is my notable track record in successfully executing similar projects. Having completed over 120 projects hinged on product development since 2019, including several automotive and ECU-based designs, I have amassed a great wealth of knowledge on ISO 26262 standards. Thus, I am adept at employing improved hardware architecture and reliable firmware that guarantee not just robustness but also high-performance under various conditions. Drawing upon my established network across the industry, I am willing to work solo while ensuring your project is handled with absolute dedication from concePtion to fruition. With me on board, you can rest easy knowing that you have an individual highly experienced in product lifecycle management - from system architecture to PCB development, firmware upgrades, prototyping, validation tests, and production support. Opt for expertise honed through diversity. Allow me to utilize my skills and formidable work ethic to transform your

@anjalio22

I would be glad to take this opportunity to handle your ECU design and development project. I have strong experience in embedded systems, microcontroller-based hardware, PCB design, and C/C++ firmware development, with a focus on building reliable and production-ready solutions. I can support the complete ECU development lifecycle, including hardware architecture, schematic and PCB design using Altium/Eagle, component selection, embedded firmware, RTOS integration, peripheral and communication interfaces, diagnostics, and system-level testing. I understand the importance of automotive reliability, safety, and standards such as ISO 26262, and can structure the development with appropriate validation and testing practices. Give me one opportunity to handle your project. I assure you that I will complete the work with full dedication, accuracy, and professionalism, delivering a robust ECU solution aligned with your technical requirements and timeline.

@diversifiers

Hi, I’m Sajjad, Founder of Meta Logix Tech. We can assist with your ECU hardware and firmware development, including embedded C/C++, microcontroller programming, RTOS, PCB/hardware architecture, system integration, and testing. Our approach focuses on reliable, production-ready development with automotive standards and safety considerations in mind. We can handle the complete workflow from hardware architecture → firmware → integration → testing, with clear documentation and milestone-based delivery. Bid: ₹200,000 INR Timeline: 30–40 days Could you share the target MCU/ECU specifications and automotive standard requirements so we can confirm the exact architecture and development plan?

@paulpham93

I can help architect and develop your ECU, covering microcontroller selection, real-time firmware in C/C++, CAN and sensor/actuator interfaces, diagnostics, PCB design review, and validation. I bring practical embedded and automotive engineering experience, with a safety-conscious, testable implementation approach. My Upwork profile has earned over $300,000 on Upwork with account Paul.P. Best regards, Paul.