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KEŞFEDİN
Arduino
Circuit Design
Electronics
Microcontroller
PCB Layout
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Tshibangu S.

@tshibsamuel477

monthly-level-three.svg
4,9
57
5,8
5,8
84%

PCB Designer & layout | Embedded Programming

$200 USD / Saat
・
bayrağı
Tunisia (12:01 ÖÖ)
・
Şubat 3, 2023 tarihinde katıldı
$200 USD / Saat
・
My name is Samuel, and I am a mechanical engineer with a specialization in mechatronics, based in Tunisia, with over six years of experience. During this time, I have successfully delivered a wide range of projects, continually expanding my expertise and refining my skills. I am now offering my professional services in designing and prototyping electronic boards using Altium Designer. My PCB design expertise encompasses: Single and Multi-sheet Schematics Single/double-sided and Multi-layer PCB layouts Data and control interfaces: UART, USB, SPI, I2C, SDIO, PCIe, and more Power supply design, including SMPS & LDOs Digital video, audio, and multimedia interfaces: HDMI, MIPI DSI/CSI, I2S, TDM Reverse engineering for existing designs With a commitment to quality and precision, I am ready to bring your electronic board designs to life.
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Freelancer Electronics Engineers Tunisia
Electronics Engineers freelancerlarından Tunisia içinden olanlarının tümünü görün.

Portföy

Portföy

12259653
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: -Set up the number of sensors they wish to deploy on the RS485 line. -Assign and configure unique IDs for each sensor and relay device. -Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. -Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based HomeAssistant/Monitoring System with ESP32S3
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: -Set up the number of sensors they wish to deploy on the RS485 line. -Assign and configure unique IDs for each sensor and relay device. -Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. -Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based HomeAssistant/Monitoring System with ESP32S3
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: -Set up the number of sensors they wish to deploy on the RS485 line. -Assign and configure unique IDs for each sensor and relay device. -Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. -Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based HomeAssistant/Monitoring System with ESP32S3
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: -Set up the number of sensors they wish to deploy on the RS485 line. -Assign and configure unique IDs for each sensor and relay device. -Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. -Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based HomeAssistant/Monitoring System with ESP32S3
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: -Set up the number of sensors they wish to deploy on the RS485 line. -Assign and configure unique IDs for each sensor and relay device. -Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. -Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based HomeAssistant/Monitoring System with ESP32S3
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: -Set up the number of sensors they wish to deploy on the RS485 line. -Assign and configure unique IDs for each sensor and relay device. -Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. -Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based HomeAssistant/Monitoring System with ESP32S3
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: -Set up the number of sensors they wish to deploy on the RS485 line. -Assign and configure unique IDs for each sensor and relay device. -Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. -Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based HomeAssistant/Monitoring System with ESP32S3
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: -Set up the number of sensors they wish to deploy on the RS485 line. -Assign and configure unique IDs for each sensor and relay device. -Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. -Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based HomeAssistant/Monitoring System with ESP32S3
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: -Set up the number of sensors they wish to deploy on the RS485 line. -Assign and configure unique IDs for each sensor and relay device. -Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. -Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based HomeAssistant/Monitoring System with ESP32S3
12259638
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: Set up the number of sensors they wish to deploy on the RS485 line. Assign and configure unique IDs for each sensor and relay device. Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based Monitoring System with ESP32S3
11838788
Interactive Angle Display with LVGL and Arduino Giga
11821756
ESP32-based Scheduler Web Configuration Page
11821332
Overview: This project showcases a versatile and innovative Handwarmer Powerbank design meticulously engineered to provide warmth on-the-go while ensuring efficient device charging capabilities. Leveraging the power of ESP32 microcontroller technology, this device offers precise heat control and customizable temperature settings, making it ideal for various outdoor activities and cold weather conditions.
Handwarmer Powerbank Design
Overview: This project showcases a versatile and innovative Handwarmer Powerbank design meticulously engineered to provide warmth on-the-go while ensuring efficient device charging capabilities. Leveraging the power of ESP32 microcontroller technology, this device offers precise heat control and customizable temperature settings, making it ideal for various outdoor activities and cold weather conditions.
Handwarmer Powerbank Design
Overview: This project showcases a versatile and innovative Handwarmer Powerbank design meticulously engineered to provide warmth on-the-go while ensuring efficient device charging capabilities. Leveraging the power of ESP32 microcontroller technology, this device offers precise heat control and customizable temperature settings, making it ideal for various outdoor activities and cold weather conditions.
Handwarmer Powerbank Design
Handwarmer Powerbank Design
11754915
In response to the burgeoning demand for advanced agricultural solutions, I have developed a state-of-the-art Control Board tailored specifically for mushroom cultivation modules. Building upon the reliable NORA-W106-00B platform, this Control Board integrates innovative IoT technology alongside robust control capabilities to revolutionize mushroom farming practices. Central to its design is the seamless incorporation of IoT connectivity, enabling real-time monitoring and control of farming parameters from anywhere in the world. Leveraging Wi-Fi or Ethernet connectivity options, the Control Board facilitates remote access to critical data, empowering farmers to make informed decisions and optimize cultivation processes with unprecedented ease and efficiency.
IoT-Enabled Control Board for Mushroom Vertical Farming
In response to the burgeoning demand for advanced agricultural solutions, I have developed a state-of-the-art Control Board tailored specifically for mushroom cultivation modules. Building upon the reliable NORA-W106-00B platform, this Control Board integrates innovative IoT technology alongside robust control capabilities to revolutionize mushroom farming practices. Central to its design is the seamless incorporation of IoT connectivity, enabling real-time monitoring and control of farming parameters from anywhere in the world. Leveraging Wi-Fi or Ethernet connectivity options, the Control Board facilitates remote access to critical data, empowering farmers to make informed decisions and optimize cultivation processes with unprecedented ease and efficiency.
IoT-Enabled Control Board for Mushroom Vertical Farming
In response to the burgeoning demand for advanced agricultural solutions, I have developed a state-of-the-art Control Board tailored specifically for mushroom cultivation modules. Building upon the reliable NORA-W106-00B platform, this Control Board integrates innovative IoT technology alongside robust control capabilities to revolutionize mushroom farming practices. Central to its design is the seamless incorporation of IoT connectivity, enabling real-time monitoring and control of farming parameters from anywhere in the world. Leveraging Wi-Fi or Ethernet connectivity options, the Control Board facilitates remote access to critical data, empowering farmers to make informed decisions and optimize cultivation processes with unprecedented ease and efficiency.
IoT-Enabled Control Board for Mushroom Vertical Farming
In response to the burgeoning demand for advanced agricultural solutions, I have developed a state-of-the-art Control Board tailored specifically for mushroom cultivation modules. Building upon the reliable NORA-W106-00B platform, this Control Board integrates innovative IoT technology alongside robust control capabilities to revolutionize mushroom farming practices. Central to its design is the seamless incorporation of IoT connectivity, enabling real-time monitoring and control of farming parameters from anywhere in the world. Leveraging Wi-Fi or Ethernet connectivity options, the Control Board facilitates remote access to critical data, empowering farmers to make informed decisions and optimize cultivation processes with unprecedented ease and efficiency.
IoT-Enabled Control Board for Mushroom Vertical Farming
In response to the burgeoning demand for advanced agricultural solutions, I have developed a state-of-the-art Control Board tailored specifically for mushroom cultivation modules. Building upon the reliable NORA-W106-00B platform, this Control Board integrates innovative IoT technology alongside robust control capabilities to revolutionize mushroom farming practices. Central to its design is the seamless incorporation of IoT connectivity, enabling real-time monitoring and control of farming parameters from anywhere in the world. Leveraging Wi-Fi or Ethernet connectivity options, the Control Board facilitates remote access to critical data, empowering farmers to make informed decisions and optimize cultivation processes with unprecedented ease and efficiency.
IoT-Enabled Control Board for Mushroom Vertical Farming
12259653
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: -Set up the number of sensors they wish to deploy on the RS485 line. -Assign and configure unique IDs for each sensor and relay device. -Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. -Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based HomeAssistant/Monitoring System with ESP32S3
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: -Set up the number of sensors they wish to deploy on the RS485 line. -Assign and configure unique IDs for each sensor and relay device. -Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. -Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based HomeAssistant/Monitoring System with ESP32S3
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: -Set up the number of sensors they wish to deploy on the RS485 line. -Assign and configure unique IDs for each sensor and relay device. -Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. -Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based HomeAssistant/Monitoring System with ESP32S3
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: -Set up the number of sensors they wish to deploy on the RS485 line. -Assign and configure unique IDs for each sensor and relay device. -Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. -Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based HomeAssistant/Monitoring System with ESP32S3
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: -Set up the number of sensors they wish to deploy on the RS485 line. -Assign and configure unique IDs for each sensor and relay device. -Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. -Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based HomeAssistant/Monitoring System with ESP32S3
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: -Set up the number of sensors they wish to deploy on the RS485 line. -Assign and configure unique IDs for each sensor and relay device. -Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. -Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based HomeAssistant/Monitoring System with ESP32S3
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: -Set up the number of sensors they wish to deploy on the RS485 line. -Assign and configure unique IDs for each sensor and relay device. -Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. -Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based HomeAssistant/Monitoring System with ESP32S3
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: -Set up the number of sensors they wish to deploy on the RS485 line. -Assign and configure unique IDs for each sensor and relay device. -Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. -Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based HomeAssistant/Monitoring System with ESP32S3
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: -Set up the number of sensors they wish to deploy on the RS485 line. -Assign and configure unique IDs for each sensor and relay device. -Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. -Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based HomeAssistant/Monitoring System with ESP32S3
12259638
Description: I developed a feature-rich IoT environmental monitoring system powered by the ESP32S3, designed to manage and automate sensor data collection and relay control. This versatile device is capable of supporting up to 32 sensors (leaf, soil, weather) connected through an RS485 communication line, allowing for extensive data collection in agriculture, horticulture, and environmental monitoring applications. The device also includes 4 programmable relays, providing remote control over various connected systems. A key feature of this project is the web-based configuration interface, which offers users an intuitive platform to: Set up the number of sensors they wish to deploy on the RS485 line. Assign and configure unique IDs for each sensor and relay device. Organize sensors into 9 distinct groups, with 3 sensors per group for efficient data handling and display. Configure Wi-Fi credentials for seamless network integration and remote access.
IoT-Based Monitoring System with ESP32S3
11838788
Interactive Angle Display with LVGL and Arduino Giga
11821756
ESP32-based Scheduler Web Configuration Page
11821332
Overview: This project showcases a versatile and innovative Handwarmer Powerbank design meticulously engineered to provide warmth on-the-go while ensuring efficient device charging capabilities. Leveraging the power of ESP32 microcontroller technology, this device offers precise heat control and customizable temperature settings, making it ideal for various outdoor activities and cold weather conditions.
Handwarmer Powerbank Design
Overview: This project showcases a versatile and innovative Handwarmer Powerbank design meticulously engineered to provide warmth on-the-go while ensuring efficient device charging capabilities. Leveraging the power of ESP32 microcontroller technology, this device offers precise heat control and customizable temperature settings, making it ideal for various outdoor activities and cold weather conditions.
Handwarmer Powerbank Design
Overview: This project showcases a versatile and innovative Handwarmer Powerbank design meticulously engineered to provide warmth on-the-go while ensuring efficient device charging capabilities. Leveraging the power of ESP32 microcontroller technology, this device offers precise heat control and customizable temperature settings, making it ideal for various outdoor activities and cold weather conditions.
Handwarmer Powerbank Design
Handwarmer Powerbank Design