Industrial IoT Firmware Development for Wearable Devices as per CE, FCC & RoHS standers

@majeed219

With over a decade of experience as an Embedded Systems Engineer and Professional PCB Designer, I bring a wealth of expertise to your Industrial IoT project. I have a proven track record of developing cutting-edge, reliable firmware for industrial applications like the one you have described, with a particular emphasis on wearable devices. My extensive knowledge of microcontrollers and wireless communication protocols is well aligned with your project needs -- from Nordic and Cypress to STM and ESP, I'm intimately acquainted. In addition to strong problem-solving skills, I also value the importance of seamless hardware-software integration and system reliability. This foundation stems from experience working across diverse boards including but not limited to Arduino Uno, STM32 Nucleo, TI's Launchpad as well as various single board computers like Raspberry Pi and Beaglebone Black. Given my passion for innovation, I'm always proactive in staying updated on industry trends and making use of the latest tools including development IDEs like Keil, Visual Studio Code, STM Cube IDE and PCB Designing software like Altium and Eagle to name a few. Being in-sync with leading-edge technologies along with providing top-notch quality work within deadline are just a few reasons why you should trust me with your project. Let's start!

@engrusmanfaiz

I can lead firmware development for your industrial IoT system with a strong focus on performance and reliability. Experienced in embedded C/C++ on platforms like ESP32 and PIC, handling real-time constraints. Skilled in integrating Wi-Fi and BLE stacks for robust wireless communication. Proven work with multi-sensor data acquisition and high-speed interfaces. Strong background in hardware–firmware co-design and system bring-up. Focused on optimized, low-latency, and power-efficient firmware architecture. Comfortable with debugging, testing, and production-level code quality. Can deliver within 2 months with structured milestones and reporting. Available for long-term collaboration and post-deployment support.

@jakubf41

Hi there, I’m very interested in this role and I can lead firmware development for your industrial IoT systems. I’m an Electrical Engineer and Embedded Systems Developer with strong experience in STM32/ESP32 firmware, wireless communication (Wi-Fi, BLE), sensor integration, and system bring-up. I’ve developed industrial devices including wireless control systems, sensing platforms, and real-time embedded solutions. What I bring -Firmware development, optimization, and debugging for reliable field operation -Integration of Wi-Fi/BLE stacks with stable data handling -Experience with high-speed interfaces and real-time data acquisition -Strong collaboration with hardware teams for bring-up, testing, and validation Approach - Develop modular, scalable firmware architecture - Ensure robust communication and error handling - Optimize performance and power consumption - Support testing, debugging, and production readiness I focus on stable, production-grade firmware suitable for industrial environments. Availability Immediate start Can commit to the full 2-month timeline Questions - Target MCU/platform? - RTOS required (FreeRTOS, Zephyr)? - Key wireless protocols or cloud integration? Looking forward to contributing to your next-gen IoT system. Best regards

@AdelAGh

Hello ,I’m an electrical engineer , I have +4 years of experience in this feild I have much experience in Microcontroller, Arduino , sensors ,PLC’s, SCADA system, circuit design , and ,PCB .Also I have experience in programming that connect electronic to desktop application and Web .(PHP ,C# ,Python) I’m passionate about my work and ,my main goal is client satisfaction ,so be sure your work will be achieved with a perfect results on time . So if you want to transfer your idea to real project please don't hesitate and contact me.

@ThynkLoop

Hi, I can support the development of industrial IoT wearable firmware with reliable sensor integration, wireless communication, and optimized performance. I have experience in embedded systems, RTOS/bare-metal development, and BLE/Wi-Fi integration. I will develop clean and efficient firmware to handle sensor data acquisition, communication protocols, and system stability while ensuring smooth hardware-software integration. Scope: *Firmware development (C/C++) for microcontroller *Sensor integration (I2C/SPI interfaces) *Wireless communication (BLE/Wi-Fi) *RTOS or bare-metal implementation *Debugging, optimization, and stability improvements Deliverables: *Well-structured firmware source code *Communication and sensor handling modules *Basic documentation and setup guide *Tested and stable firmware build Approach: *Develop modular and scalable firmware architecture *Integrate sensors and wireless modules efficiently *Optimize for low power and stable operation *Perform debugging and validation *Ensure compatibility with hardware and compliance needs I will deliver a reliable and scalable firmware solution suitable for industrial IoT wearable applications.

@Habib821

Hi, I’m an embedded firmware engineer with hands-on experience in IoT systems involving sensors, wireless communication, and real-time data handling. You need someone to develop and stabilise firmware for industrial IoT devices with Wi-Fi, BLE, and sensor integration, while ensuring reliable hardware–software interaction. I’ve worked on similar systems where high-speed interfaces, communication stability, and system robustness were key challenges. How I will approach this: I’ll start by reviewing your hardware architecture and defining a clean firmware structure (drivers, communication stack, application layer). Then I’ll implement and optimise sensor acquisition, Wi-Fi/BLE communication, and data handling with focus on reliability and low latency. Development will be done using tools like ESP-IDF or MCU-specific SDKs, with continuous debugging, logging, and validation during bring-up. I’ll also collaborate closely with your hardware team to resolve integration issues early. If this fits, we can start with firmware architecture and initial bring-up as the first milestone, then move into optimisation and full system validation within your timeline.