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$100 USD / hour
Flag of TUNISIA
ariana, tunisia
$100 USD / hour
It's currently 1:46 AM here
Joined February 3, 2023
1 Recommendation

Tshibangu S.

@tshibsamuel477

monthly-level-three.svg 4.9 (41 reviews)
5.4
5.4
100%
100%
$100 USD / hour
Flag of TUNISIA
ariana, tunisia
$100 USD / hour
85%
Jobs Completed
98%
On Budget
98%
On Time
13%
Repeat Hire Rate

PCB Designer & layout | Embedded Programming

My name is Samuel and I am a mechanical engineer with a specialization in mechatronics, based in Tunisia with almost half a decade of experience. Throughout these years, I have worked on numerous projects that have allowed me to gain valuable experience. I am now offering my services to design and prototype your electronic boards using Altium Designer. My PCB design area covers the following areas: -Single Sheet to Multi sheet Schematics -Single/double-sided and Multi-layer PCBs layouts -Typical data and control interfaces: UART, USB, SPI, I2C, SDIO, PCIe, etc. -Power Supply (SMPS & LDOs) -Digital video, audio, and other multimedia interfaces: HDMI, MIPI DSI/CSI, I2S, -TDM, -Reverse engineering
Freelancer Electronics Engineers Tunisia
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Portfolio

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
11484652
Embark on an innovative project with the creation of a Bluetooth thermometer utilizing the NRF52810 chipset and the HDC1080 sensor. This compact and efficient design is powered by a 3V CR2450 battery, ensuring reliable and extended operational life. The CR2450 battery is accommodated with a Through-Hole Technology (THT) holder, allowing for easy access to both components and the battery. The NRF52810 chipset, a Bluetooth Low Energy (BLE) solution, facilitates seamless and energy-efficient wireless communication, making it ideal for diverse applications. The HDC1080 sensor, known for its high precision, adds accuracy to temperature and humidity measurements, ensuring dependable data for your thermometer project. Enhancing wireless connectivity, the design includes the 2450AT42A100 antenna, promoting robust and stable communication between the Bluetooth thermometer and external devices. For programming and flashing convenience, the project integrates the TC2050-IDC-430 and SEGGER J-Lin
IOT Powered NRF52810 BT thermometer
Embark on an innovative project with the creation of a Bluetooth thermometer utilizing the NRF52810 chipset and the HDC1080 sensor. This compact and efficient design is powered by a 3V CR2450 battery, ensuring reliable and extended operational life. The CR2450 battery is accommodated with a Through-Hole Technology (THT) holder, allowing for easy access to both components and the battery. The NRF52810 chipset, a Bluetooth Low Energy (BLE) solution, facilitates seamless and energy-efficient wireless communication, making it ideal for diverse applications. The HDC1080 sensor, known for its high precision, adds accuracy to temperature and humidity measurements, ensuring dependable data for your thermometer project. Enhancing wireless connectivity, the design includes the 2450AT42A100 antenna, promoting robust and stable communication between the Bluetooth thermometer and external devices. For programming and flashing convenience, the project integrates the TC2050-IDC-430 and SEGGER J-Lin
IOT Powered NRF52810 BT thermometer
11768173
Experience the future of smart control with my ESP32-powered IoT Bluetooth Relay. This cutting-edge device combines the power of the ESP32 microcontroller with dual power supply options—mains 220V and direct 5V input—for ultimate flexibility and reliability. Key Features: Dual Power Supply: Can be powered via mains 220V or directly through a 5V input, offering versatility in installation. Bluetooth Connectivity: Allows for seamless remote control via a dedicated mobile application, providing intuitive management. Relay Functionality: Enables remote operation of electrical appliances and devices, enhancing convenience and energy efficiency.
Smart Control IoT Bluetooth Powered Relay
Experience the future of smart control with my ESP32-powered IoT Bluetooth Relay. This cutting-edge device combines the power of the ESP32 microcontroller with dual power supply options—mains 220V and direct 5V input—for ultimate flexibility and reliability. Key Features: Dual Power Supply: Can be powered via mains 220V or directly through a 5V input, offering versatility in installation. Bluetooth Connectivity: Allows for seamless remote control via a dedicated mobile application, providing intuitive management. Relay Functionality: Enables remote operation of electrical appliances and devices, enhancing convenience and energy efficiency.
Smart Control IoT Bluetooth Powered Relay
Experience the future of smart control with my ESP32-powered IoT Bluetooth Relay. This cutting-edge device combines the power of the ESP32 microcontroller with dual power supply options—mains 220V and direct 5V input—for ultimate flexibility and reliability. Key Features: Dual Power Supply: Can be powered via mains 220V or directly through a 5V input, offering versatility in installation. Bluetooth Connectivity: Allows for seamless remote control via a dedicated mobile application, providing intuitive management. Relay Functionality: Enables remote operation of electrical appliances and devices, enhancing convenience and energy efficiency.
Smart Control IoT Bluetooth Powered Relay
Experience the future of smart control with my ESP32-powered IoT Bluetooth Relay. This cutting-edge device combines the power of the ESP32 microcontroller with dual power supply options—mains 220V and direct 5V input—for ultimate flexibility and reliability. Key Features: Dual Power Supply: Can be powered via mains 220V or directly through a 5V input, offering versatility in installation. Bluetooth Connectivity: Allows for seamless remote control via a dedicated mobile application, providing intuitive management. Relay Functionality: Enables remote operation of electrical appliances and devices, enhancing convenience and energy efficiency.
Smart Control IoT Bluetooth Powered Relay
Experience the future of smart control with my ESP32-powered IoT Bluetooth Relay. This cutting-edge device combines the power of the ESP32 microcontroller with dual power supply options—mains 220V and direct 5V input—for ultimate flexibility and reliability. Key Features: Dual Power Supply: Can be powered via mains 220V or directly through a 5V input, offering versatility in installation. Bluetooth Connectivity: Allows for seamless remote control via a dedicated mobile application, providing intuitive management. Relay Functionality: Enables remote operation of electrical appliances and devices, enhancing convenience and energy efficiency.
Smart Control IoT Bluetooth Powered Relay
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
11484652
Embark on an innovative project with the creation of a Bluetooth thermometer utilizing the NRF52810 chipset and the HDC1080 sensor. This compact and efficient design is powered by a 3V CR2450 battery, ensuring reliable and extended operational life. The CR2450 battery is accommodated with a Through-Hole Technology (THT) holder, allowing for easy access to both components and the battery. The NRF52810 chipset, a Bluetooth Low Energy (BLE) solution, facilitates seamless and energy-efficient wireless communication, making it ideal for diverse applications. The HDC1080 sensor, known for its high precision, adds accuracy to temperature and humidity measurements, ensuring dependable data for your thermometer project. Enhancing wireless connectivity, the design includes the 2450AT42A100 antenna, promoting robust and stable communication between the Bluetooth thermometer and external devices. For programming and flashing convenience, the project integrates the TC2050-IDC-430 and SEGGER J-Lin
IOT Powered NRF52810 BT thermometer
Embark on an innovative project with the creation of a Bluetooth thermometer utilizing the NRF52810 chipset and the HDC1080 sensor. This compact and efficient design is powered by a 3V CR2450 battery, ensuring reliable and extended operational life. The CR2450 battery is accommodated with a Through-Hole Technology (THT) holder, allowing for easy access to both components and the battery. The NRF52810 chipset, a Bluetooth Low Energy (BLE) solution, facilitates seamless and energy-efficient wireless communication, making it ideal for diverse applications. The HDC1080 sensor, known for its high precision, adds accuracy to temperature and humidity measurements, ensuring dependable data for your thermometer project. Enhancing wireless connectivity, the design includes the 2450AT42A100 antenna, promoting robust and stable communication between the Bluetooth thermometer and external devices. For programming and flashing convenience, the project integrates the TC2050-IDC-430 and SEGGER J-Lin
IOT Powered NRF52810 BT thermometer
11768173
Experience the future of smart control with my ESP32-powered IoT Bluetooth Relay. This cutting-edge device combines the power of the ESP32 microcontroller with dual power supply options—mains 220V and direct 5V input—for ultimate flexibility and reliability. Key Features: Dual Power Supply: Can be powered via mains 220V or directly through a 5V input, offering versatility in installation. Bluetooth Connectivity: Allows for seamless remote control via a dedicated mobile application, providing intuitive management. Relay Functionality: Enables remote operation of electrical appliances and devices, enhancing convenience and energy efficiency.
Smart Control IoT Bluetooth Powered Relay
Experience the future of smart control with my ESP32-powered IoT Bluetooth Relay. This cutting-edge device combines the power of the ESP32 microcontroller with dual power supply options—mains 220V and direct 5V input—for ultimate flexibility and reliability. Key Features: Dual Power Supply: Can be powered via mains 220V or directly through a 5V input, offering versatility in installation. Bluetooth Connectivity: Allows for seamless remote control via a dedicated mobile application, providing intuitive management. Relay Functionality: Enables remote operation of electrical appliances and devices, enhancing convenience and energy efficiency.
Smart Control IoT Bluetooth Powered Relay
Experience the future of smart control with my ESP32-powered IoT Bluetooth Relay. This cutting-edge device combines the power of the ESP32 microcontroller with dual power supply options—mains 220V and direct 5V input—for ultimate flexibility and reliability. Key Features: Dual Power Supply: Can be powered via mains 220V or directly through a 5V input, offering versatility in installation. Bluetooth Connectivity: Allows for seamless remote control via a dedicated mobile application, providing intuitive management. Relay Functionality: Enables remote operation of electrical appliances and devices, enhancing convenience and energy efficiency.
Smart Control IoT Bluetooth Powered Relay
Experience the future of smart control with my ESP32-powered IoT Bluetooth Relay. This cutting-edge device combines the power of the ESP32 microcontroller with dual power supply options—mains 220V and direct 5V input—for ultimate flexibility and reliability. Key Features: Dual Power Supply: Can be powered via mains 220V or directly through a 5V input, offering versatility in installation. Bluetooth Connectivity: Allows for seamless remote control via a dedicated mobile application, providing intuitive management. Relay Functionality: Enables remote operation of electrical appliances and devices, enhancing convenience and energy efficiency.
Smart Control IoT Bluetooth Powered Relay
Experience the future of smart control with my ESP32-powered IoT Bluetooth Relay. This cutting-edge device combines the power of the ESP32 microcontroller with dual power supply options—mains 220V and direct 5V input—for ultimate flexibility and reliability. Key Features: Dual Power Supply: Can be powered via mains 220V or directly through a 5V input, offering versatility in installation. Bluetooth Connectivity: Allows for seamless remote control via a dedicated mobile application, providing intuitive management. Relay Functionality: Enables remote operation of electrical appliances and devices, enhancing convenience and energy efficiency.
Smart Control IoT Bluetooth Powered Relay

Reviews

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Showing 1 - 5 out of 41 reviews
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5.0
$140.00 USD
Arduino Code for Sensor Control
They helped me a lot with this project and completed it on time and correctly! If I have anymore projects I will definitely look to Tshibangu first!.
C Programming
Electronics
Microcontroller
C++ Programming
Arduino
P
Flag of Kalam S.
@Puaena
•
1 day ago
5.0
$112.00 USD
ESP32 Webserver Configuration
He delivered quality work. Coding is professional and well organized. He is patient and have a good understanding on requirements and technology.
C Programming
JavaScript
Embedded Software
HTML
Arduino
User Avatar
Flag of Bhanuka G.
@bhanukadev
•
3 days ago
5.0
€500.00 EUR
Industrial Structural Sound Sensor Design -- 2
Very good work! Professional, good discussion, problems are fixed fast!
Electronics
Electrical Engineering
PCB Layout
Product Design
Circuit Design
User Avatar
Flag of Johan E.
@BlueDelta07
•
3 days ago
5.0
$325.00 USD
PCB for Hand heater powerbank with changable temperature modes.
Great job and fast results! In the first two days I already get 1-st iteration of the PCB. Then were updates and excellent communication in videos.
Electronics
Electrical Engineering
PCB Layout
Circuit Design
PCB Design and Layout
User Avatar
Flag of Denis F.
@DenFreestov
•
13 days ago
5.0
$40.00 USD
ESP32 PCB Designer & Expert Needed
very good job and fast I will deal with him again
Electronics
Microcontroller
Electrical Engineering
PCB Layout
Circuit Design
H
Flag of Hani A.
@haniskr
•
27 days ago

Experience

HARDWARE DESIGNER

ST-CONCEPT
Jan 2019 - Present
it's been 5 years that I currently hold the position of hardware designer at ST-concept which is a start up focusing on electronic design.

Education

mechatronics engineer

Université Tunis Carthage, Tunisia 2021 - 2023
(2 years)

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Top Skills

Electronics 37
PCB Layout 28
Microcontroller 22
Circuit Design 20
Arduino 17

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