ESP32 Wearable Firmware Development -- 2

@Adeel2k14

I’m an electrical engineer with 7+ years of experience in embedded systems and ESP32-based wearable and low-power designs. I have worked on many sensor-based projects using heart-rate, accelerometer, and temperature modules with stable, efficient firmware. I can deliver clean, well-commented ESP-IDF/Arduino code that logs, timestamps, and processes data, with adjustable sampling rates, sleep settings, and calibration values. You’ll receive a README, pin details, and a test routine showing live sensor output. I’m ready to build a reliable and power-efficient firmware for your wearable.

@CHAPAPPA

Hello, Thank you for the shared description. I'm an IoT and embedded systems engineer with big experience with using ESP32 for prototyping and consumer products. I've handled the MCU integration from PCB design and layout to firmware development and testing. I'm familiar with the mentioned sensors as well, as they have been crucial parts of previous projects. Feel free to contact me. Best regards.

@kratika0510

Hello sir let's connect on chat, with my experience and knowledge in c# , mqtt and firm ware development. I can help you in the process.

@raveenas65

Hi, I am interested in this project. I can provide you with the Customized ESP Wearable Website with all features needed for your project in a creative and professional manner. We have previously worked on various Personal blog projects, Games, Mobile Apps & Corporate websites and we can cater to all your requirements in an efficient manner. We can complete the project in 10-30 days and we have long-term experience of various cloud computing platforms (Microsoft Azure, Google Cloud Platform, Amazon Web Services, etc.) and IDEs (Microsoft Visual Studio, Android Studio, XCode). You can trust us with your project as we have previously worked on various web development projects and we can design and develop your website with the desired features in an elegant manner. Please share your details and connect with us so that we can collaborate and complete this project.

@zeelm45

I'm a strong fit for this project because I’ve already built several ESP32-based wearable and sensor-heavy systems where stability, low-power operation, and clean modular firmware were the main priorities. I’m comfortable with ESP-IDF as well as Arduino-based builds, and I’ve worked extensively with heart-rate sensors, IMUs/accelerometers, and temperature probes. That experience lets me design a firmware structure that’s easy to tune, power-efficient, and reliable during long continuous runs—exactly what a body-worn device needs. Project Proposal I’ll build a modular firmware stack where each sensor has its own driver, sampling task, and configurable parameters (sampling rate, averaging window, calibration constants). A central timestamped data manager will collect readings, perform lightweight preprocessing, and expose clean APIs for the companion app (BLE or serial). Power control will include adjustable sleep intervals and task-level duty cycling to minimise consumption without affecting data integrity. You’ll receive: • Well-commented, cleanly structured source code (ESP-IDF or Arduino) • A clear README covering wiring, config points, and how to extend sensor logic • A simple test mode that streams all three sensor values live to verify two-hour stability I can deliver a robust, maintainable firmware package that’s easy for you to evolve as the wearable develops.

@tejasp90

My name is Tejas Parnakar, and I am a Mechatronics Engineering student with strong hands-on experience in embedded systems design, integration, and hardware-software interfacing. I specialize in developing efficient, reliable, and scalable embedded solutions for automation, robotics, IoT devices, and custom electronics projects. I would be happy to collaborate on your project and deliver high-quality results. Looking forward to working with you!

@puppalav6

I can deliver the complete ESP32 wearable firmware within a single day. I already have stable firmware modules for heart-rate, accelerometer, and temperature sensors, so adapting them to your hardware and project structure will be fast and reliable. I’ll structure the project so you can easily adjust sampling rates, sleep cycles, and calibration constants without touching the core logic. The firmware will focus on low power consumption, stable data acquisition, and clean modular design.