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$30 USD / hour
Flag of UNITED ARAB EMIRATES
abu dhabi, united arab emirates
$30 USD / hour
It's currently 7:35 PM here
Joined January 27, 2019
0 Recommendations

Hassan I.

@Hassan14ET

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$30 USD / hour
Flag of UNITED ARAB EMIRATES
abu dhabi, united arab emirates
$30 USD / hour
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IoT and System Engineer

Specializing in IoT and Embedded Systems, I have been deeply immersed in Automation and Web technologies since 2016. My professional journey includes the successful creation of numerous intricate devices and web projects. Notably, I transformed a standard sewing machine into a cutting-edge automatic embroidery system, controlled seamlessly through an App and Website. The programming foundation involved C++ and Python, complemented by Angular (Front-End) and PHP (Back-End) for the web interface. Utilizing WiFi connectivity and MQTT protocol, the project exemplifies my proficiency in integrating diverse technologies. With a primary focus on IoT and embedded systems, I bring extensive experience in web development. My skill set encompasses Laravel, PHP, JavaScript (JS), TypeScript (TS), Angular, SQL, HTML, and CSS. This comprehensive expertise ensures that I deliver tailored solutions to meet the unique requirements of clients. My commitment to innovation and precision is evident in each project I undertake.
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Portfolio

11518583
Overview: Revolutionizing traditional sewing, this project converted a sewing machine into an automated embroidery marvel. By integrating an ESP32, Arduino Uno, stepper motors, and a TFT display, the system achieved precision and user-friendliness. Technical Details: Programmed in C++, the ESP32 and Arduino Uno coordinated the machinery. Stepper motors ensured accuracy, while a TFT display served as the user interface. Designs were uploaded to an SD card, offering a seamless selection process. Design Management: Users could preview selected designs on the TFT display, guaranteeing accurate embroidery. The process was user-friendly, enhancing the overall embroidery experience. Resilient Embroidery Process: Addressing interruptions, the system allowed users to resume designs after a string cutoff, ensuring uninterrupted progress. Technological Stack: ESP32, Arduino Uno Stepper motors TFT display C++ programming
Automated Embroidery Machine Conversion
Overview: Revolutionizing traditional sewing, this project converted a sewing machine into an automated embroidery marvel. By integrating an ESP32, Arduino Uno, stepper motors, and a TFT display, the system achieved precision and user-friendliness. Technical Details: Programmed in C++, the ESP32 and Arduino Uno coordinated the machinery. Stepper motors ensured accuracy, while a TFT display served as the user interface. Designs were uploaded to an SD card, offering a seamless selection process. Design Management: Users could preview selected designs on the TFT display, guaranteeing accurate embroidery. The process was user-friendly, enhancing the overall embroidery experience. Resilient Embroidery Process: Addressing interruptions, the system allowed users to resume designs after a string cutoff, ensuring uninterrupted progress. Technological Stack: ESP32, Arduino Uno Stepper motors TFT display C++ programming
Automated Embroidery Machine Conversion
Overview: Revolutionizing traditional sewing, this project converted a sewing machine into an automated embroidery marvel. By integrating an ESP32, Arduino Uno, stepper motors, and a TFT display, the system achieved precision and user-friendliness. Technical Details: Programmed in C++, the ESP32 and Arduino Uno coordinated the machinery. Stepper motors ensured accuracy, while a TFT display served as the user interface. Designs were uploaded to an SD card, offering a seamless selection process. Design Management: Users could preview selected designs on the TFT display, guaranteeing accurate embroidery. The process was user-friendly, enhancing the overall embroidery experience. Resilient Embroidery Process: Addressing interruptions, the system allowed users to resume designs after a string cutoff, ensuring uninterrupted progress. Technological Stack: ESP32, Arduino Uno Stepper motors TFT display C++ programming
Automated Embroidery Machine Conversion
Overview: Revolutionizing traditional sewing, this project converted a sewing machine into an automated embroidery marvel. By integrating an ESP32, Arduino Uno, stepper motors, and a TFT display, the system achieved precision and user-friendliness. Technical Details: Programmed in C++, the ESP32 and Arduino Uno coordinated the machinery. Stepper motors ensured accuracy, while a TFT display served as the user interface. Designs were uploaded to an SD card, offering a seamless selection process. Design Management: Users could preview selected designs on the TFT display, guaranteeing accurate embroidery. The process was user-friendly, enhancing the overall embroidery experience. Resilient Embroidery Process: Addressing interruptions, the system allowed users to resume designs after a string cutoff, ensuring uninterrupted progress. Technological Stack: ESP32, Arduino Uno Stepper motors TFT display C++ programming
Automated Embroidery Machine Conversion
Overview: Revolutionizing traditional sewing, this project converted a sewing machine into an automated embroidery marvel. By integrating an ESP32, Arduino Uno, stepper motors, and a TFT display, the system achieved precision and user-friendliness. Technical Details: Programmed in C++, the ESP32 and Arduino Uno coordinated the machinery. Stepper motors ensured accuracy, while a TFT display served as the user interface. Designs were uploaded to an SD card, offering a seamless selection process. Design Management: Users could preview selected designs on the TFT display, guaranteeing accurate embroidery. The process was user-friendly, enhancing the overall embroidery experience. Resilient Embroidery Process: Addressing interruptions, the system allowed users to resume designs after a string cutoff, ensuring uninterrupted progress. Technological Stack: ESP32, Arduino Uno Stepper motors TFT display C++ programming
Automated Embroidery Machine Conversion
Overview: Revolutionizing traditional sewing, this project converted a sewing machine into an automated embroidery marvel. By integrating an ESP32, Arduino Uno, stepper motors, and a TFT display, the system achieved precision and user-friendliness. Technical Details: Programmed in C++, the ESP32 and Arduino Uno coordinated the machinery. Stepper motors ensured accuracy, while a TFT display served as the user interface. Designs were uploaded to an SD card, offering a seamless selection process. Design Management: Users could preview selected designs on the TFT display, guaranteeing accurate embroidery. The process was user-friendly, enhancing the overall embroidery experience. Resilient Embroidery Process: Addressing interruptions, the system allowed users to resume designs after a string cutoff, ensuring uninterrupted progress. Technological Stack: ESP32, Arduino Uno Stepper motors TFT display C++ programming
Automated Embroidery Machine Conversion
Overview: Revolutionizing traditional sewing, this project converted a sewing machine into an automated embroidery marvel. By integrating an ESP32, Arduino Uno, stepper motors, and a TFT display, the system achieved precision and user-friendliness. Technical Details: Programmed in C++, the ESP32 and Arduino Uno coordinated the machinery. Stepper motors ensured accuracy, while a TFT display served as the user interface. Designs were uploaded to an SD card, offering a seamless selection process. Design Management: Users could preview selected designs on the TFT display, guaranteeing accurate embroidery. The process was user-friendly, enhancing the overall embroidery experience. Resilient Embroidery Process: Addressing interruptions, the system allowed users to resume designs after a string cutoff, ensuring uninterrupted progress. Technological Stack: ESP32, Arduino Uno Stepper motors TFT display C++ programming
Automated Embroidery Machine Conversion
11518583
Overview: Revolutionizing traditional sewing, this project converted a sewing machine into an automated embroidery marvel. By integrating an ESP32, Arduino Uno, stepper motors, and a TFT display, the system achieved precision and user-friendliness. Technical Details: Programmed in C++, the ESP32 and Arduino Uno coordinated the machinery. Stepper motors ensured accuracy, while a TFT display served as the user interface. Designs were uploaded to an SD card, offering a seamless selection process. Design Management: Users could preview selected designs on the TFT display, guaranteeing accurate embroidery. The process was user-friendly, enhancing the overall embroidery experience. Resilient Embroidery Process: Addressing interruptions, the system allowed users to resume designs after a string cutoff, ensuring uninterrupted progress. Technological Stack: ESP32, Arduino Uno Stepper motors TFT display C++ programming
Automated Embroidery Machine Conversion
Overview: Revolutionizing traditional sewing, this project converted a sewing machine into an automated embroidery marvel. By integrating an ESP32, Arduino Uno, stepper motors, and a TFT display, the system achieved precision and user-friendliness. Technical Details: Programmed in C++, the ESP32 and Arduino Uno coordinated the machinery. Stepper motors ensured accuracy, while a TFT display served as the user interface. Designs were uploaded to an SD card, offering a seamless selection process. Design Management: Users could preview selected designs on the TFT display, guaranteeing accurate embroidery. The process was user-friendly, enhancing the overall embroidery experience. Resilient Embroidery Process: Addressing interruptions, the system allowed users to resume designs after a string cutoff, ensuring uninterrupted progress. Technological Stack: ESP32, Arduino Uno Stepper motors TFT display C++ programming
Automated Embroidery Machine Conversion
Overview: Revolutionizing traditional sewing, this project converted a sewing machine into an automated embroidery marvel. By integrating an ESP32, Arduino Uno, stepper motors, and a TFT display, the system achieved precision and user-friendliness. Technical Details: Programmed in C++, the ESP32 and Arduino Uno coordinated the machinery. Stepper motors ensured accuracy, while a TFT display served as the user interface. Designs were uploaded to an SD card, offering a seamless selection process. Design Management: Users could preview selected designs on the TFT display, guaranteeing accurate embroidery. The process was user-friendly, enhancing the overall embroidery experience. Resilient Embroidery Process: Addressing interruptions, the system allowed users to resume designs after a string cutoff, ensuring uninterrupted progress. Technological Stack: ESP32, Arduino Uno Stepper motors TFT display C++ programming
Automated Embroidery Machine Conversion
Overview: Revolutionizing traditional sewing, this project converted a sewing machine into an automated embroidery marvel. By integrating an ESP32, Arduino Uno, stepper motors, and a TFT display, the system achieved precision and user-friendliness. Technical Details: Programmed in C++, the ESP32 and Arduino Uno coordinated the machinery. Stepper motors ensured accuracy, while a TFT display served as the user interface. Designs were uploaded to an SD card, offering a seamless selection process. Design Management: Users could preview selected designs on the TFT display, guaranteeing accurate embroidery. The process was user-friendly, enhancing the overall embroidery experience. Resilient Embroidery Process: Addressing interruptions, the system allowed users to resume designs after a string cutoff, ensuring uninterrupted progress. Technological Stack: ESP32, Arduino Uno Stepper motors TFT display C++ programming
Automated Embroidery Machine Conversion
Overview: Revolutionizing traditional sewing, this project converted a sewing machine into an automated embroidery marvel. By integrating an ESP32, Arduino Uno, stepper motors, and a TFT display, the system achieved precision and user-friendliness. Technical Details: Programmed in C++, the ESP32 and Arduino Uno coordinated the machinery. Stepper motors ensured accuracy, while a TFT display served as the user interface. Designs were uploaded to an SD card, offering a seamless selection process. Design Management: Users could preview selected designs on the TFT display, guaranteeing accurate embroidery. The process was user-friendly, enhancing the overall embroidery experience. Resilient Embroidery Process: Addressing interruptions, the system allowed users to resume designs after a string cutoff, ensuring uninterrupted progress. Technological Stack: ESP32, Arduino Uno Stepper motors TFT display C++ programming
Automated Embroidery Machine Conversion
Overview: Revolutionizing traditional sewing, this project converted a sewing machine into an automated embroidery marvel. By integrating an ESP32, Arduino Uno, stepper motors, and a TFT display, the system achieved precision and user-friendliness. Technical Details: Programmed in C++, the ESP32 and Arduino Uno coordinated the machinery. Stepper motors ensured accuracy, while a TFT display served as the user interface. Designs were uploaded to an SD card, offering a seamless selection process. Design Management: Users could preview selected designs on the TFT display, guaranteeing accurate embroidery. The process was user-friendly, enhancing the overall embroidery experience. Resilient Embroidery Process: Addressing interruptions, the system allowed users to resume designs after a string cutoff, ensuring uninterrupted progress. Technological Stack: ESP32, Arduino Uno Stepper motors TFT display C++ programming
Automated Embroidery Machine Conversion
Overview: Revolutionizing traditional sewing, this project converted a sewing machine into an automated embroidery marvel. By integrating an ESP32, Arduino Uno, stepper motors, and a TFT display, the system achieved precision and user-friendliness. Technical Details: Programmed in C++, the ESP32 and Arduino Uno coordinated the machinery. Stepper motors ensured accuracy, while a TFT display served as the user interface. Designs were uploaded to an SD card, offering a seamless selection process. Design Management: Users could preview selected designs on the TFT display, guaranteeing accurate embroidery. The process was user-friendly, enhancing the overall embroidery experience. Resilient Embroidery Process: Addressing interruptions, the system allowed users to resume designs after a string cutoff, ensuring uninterrupted progress. Technological Stack: ESP32, Arduino Uno Stepper motors TFT display C++ programming
Automated Embroidery Machine Conversion

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Microcontroller

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