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Mohamed S.

@EngMohamedSaad99

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Electronics Design and Development PCB

$20 USD / Hour
・
Flag of
Egypt (1:09 PM)
・
Joined on September 3, 2023
$20 USD / Hour
・
## ? **Expert in Electronics Design and Embedded Firmware Development (PCB & Firmware Developer)** ### I am a PCB Designer and Firmware Developer I have extensive experience in PCB design and use advanced tools like **EasyEDA** and **Proteus** to design and develop electronic projects. #### ?️ My Expertise: - Started using **EasyEDA** in 2020, delivering innovative designs for clients worldwide. - Have over five years of experience with **Proteus**, using it for circuit simulation and project design. - Develop firmware in **C** for various microcontrollers, focusing on timing-critical applications. #### ✨ My Specialties: - Analog electronics design. - Mixed-signal circuit design. - High-speed and precision electronics design. --- ### ? Services I Offer: ✔️ Electronics hardware development and design. ✔️ Firmware development. ✔️ Prototyping and assembly of electronic systems. ✔️ Cost reduction and BOM optimization. --- ### ?️ PCB Design Tools: - **EasyEDA** - **Proteus** --- ### ? Firmware Development: - Programming in **C**. - Working with microcontrollers like **STM32**, **ESP32**, and **PIC** (various types). - Integrating wireless modules such as **Bluetooth**, **Wi-Fi**, **LoRa**, and **4G**. - Developing firmware for data acquisition and working with protocols like **SPI**, **I2C**, **UART**, **USB**, and **CAN**. --- ### ?️ Electronics Design: - Schematic and PCB layout design. - Selecting components for devices, including microcontrollers, regulators, capacitors, and resistors. --- ### ? Additional Expertise: - Mixed-signal and analog PCB design. - Designing data acquisition systems with MCUs and MPUs. - Ensuring compliance with EMI/EMC standards to reduce interference. --- ### ? Hardware Testing: - Device bring-up and testing. - Conducting lab-based tests with professional equipment, including: - **Oscilloscopes**. - **Digital and handheld multimeters**. - **Function generators**. - **Soldering and rework tools**. If you're looking for a reliable partner for your electronic project design and development, I'm here to help! ?
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Portfolio

Portfolio

12450079
Here’s a professional post for your project: --- **60V to 14V 10A DC-DC Converter Project** ? I'm excited to share my latest project: designing a high-efficiency DC-DC converter capable of stepping down from **60V to 14V** with a current rating of **10A**. **Key Features of the Design:** - **Input Voltage Range:** 50V to 60V. - **Output Voltage:** Stable 14V. - **Maximum Current:** 10A, ideal for high-power applications. - High efficiency and robust performance. - Compact and optimized PCB design. This project is perfect for powering devices in automotive, industrial, and renewable energy systems. Looking forward to feedback and suggestions from the community! #Electronics #PowerElectronics #DCtoDCConverter #PCBDesign #Innovation --- Let me know if you'd like any changes!
60V to 14V 10A DC-DC Converter Proje
Here’s a professional post for your project: --- **60V to 14V 10A DC-DC Converter Project** ? I'm excited to share my latest project: designing a high-efficiency DC-DC converter capable of stepping down from **60V to 14V** with a current rating of **10A**. **Key Features of the Design:** - **Input Voltage Range:** 50V to 60V. - **Output Voltage:** Stable 14V. - **Maximum Current:** 10A, ideal for high-power applications. - High efficiency and robust performance. - Compact and optimized PCB design. This project is perfect for powering devices in automotive, industrial, and renewable energy systems. Looking forward to feedback and suggestions from the community! #Electronics #PowerElectronics #DCtoDCConverter #PCBDesign #Innovation --- Let me know if you'd like any changes!
60V to 14V 10A DC-DC Converter Proje
Here’s a professional post for your project: --- **60V to 14V 10A DC-DC Converter Project** ? I'm excited to share my latest project: designing a high-efficiency DC-DC converter capable of stepping down from **60V to 14V** with a current rating of **10A**. **Key Features of the Design:** - **Input Voltage Range:** 50V to 60V. - **Output Voltage:** Stable 14V. - **Maximum Current:** 10A, ideal for high-power applications. - High efficiency and robust performance. - Compact and optimized PCB design. This project is perfect for powering devices in automotive, industrial, and renewable energy systems. Looking forward to feedback and suggestions from the community! #Electronics #PowerElectronics #DCtoDCConverter #PCBDesign #Innovation --- Let me know if you'd like any changes!
60V to 14V 10A DC-DC Converter Proje
12450077
**HC-05 Bluetooth Module**: A versatile and reliable module designed to enable seamless wireless communication between devices via Bluetooth technology, perfect for IoT and embedded projects.
HC-05
12450075
New Achievement in PCB Design! By the grace of God, I have completed the design of a PCB Module using the STM32F401 Black Pill through the EasyEDA platform. In this post, I’m sharing the full project details, including: The schematic of the design. Clear images of the PCB. An explanation of the design steps, tools used, and challenges overcome. I hope this content is helpful to all those interested in electronics and PCB design. I’d be happy to hear your feedback or discuss any questions regarding the project. #PCBDesign #STM32F401 #EasyEDA #Electronics #Engineering #Innovation
STM32F401 Black Pill
New Achievement in PCB Design! By the grace of God, I have completed the design of a PCB Module using the STM32F401 Black Pill through the EasyEDA platform. In this post, I’m sharing the full project details, including: The schematic of the design. Clear images of the PCB. An explanation of the design steps, tools used, and challenges overcome. I hope this content is helpful to all those interested in electronics and PCB design. I’d be happy to hear your feedback or discuss any questions regarding the project. #PCBDesign #STM32F401 #EasyEDA #Electronics #Engineering #Innovation
STM32F401 Black Pill
New Achievement in PCB Design! By the grace of God, I have completed the design of a PCB Module using the STM32F401 Black Pill through the EasyEDA platform. In this post, I’m sharing the full project details, including: The schematic of the design. Clear images of the PCB. An explanation of the design steps, tools used, and challenges overcome. I hope this content is helpful to all those interested in electronics and PCB design. I’d be happy to hear your feedback or discuss any questions regarding the project. #PCBDesign #STM32F401 #EasyEDA #Electronics #Engineering #Innovation
STM32F401 Black Pill
New Achievement in PCB Design! By the grace of God, I have completed the design of a PCB Module using the STM32F401 Black Pill through the EasyEDA platform. In this post, I’m sharing the full project details, including: The schematic of the design. Clear images of the PCB. An explanation of the design steps, tools used, and challenges overcome. I hope this content is helpful to all those interested in electronics and PCB design. I’d be happy to hear your feedback or discuss any questions regarding the project. #PCBDesign #STM32F401 #EasyEDA #Electronics #Engineering #Innovation
STM32F401 Black Pill
New Achievement in PCB Design! By the grace of God, I have completed the design of a PCB Module using the STM32F401 Black Pill through the EasyEDA platform. In this post, I’m sharing the full project details, including: The schematic of the design. Clear images of the PCB. An explanation of the design steps, tools used, and challenges overcome. I hope this content is helpful to all those interested in electronics and PCB design. I’d be happy to hear your feedback or discuss any questions regarding the project. #PCBDesign #STM32F401 #EasyEDA #Electronics #Engineering #Innovation
STM32F401 Black Pill
New Achievement in PCB Design! By the grace of God, I have completed the design of a PCB Module using the STM32F401 Black Pill through the EasyEDA platform. In this post, I’m sharing the full project details, including: The schematic of the design. Clear images of the PCB. An explanation of the design steps, tools used, and challenges overcome. I hope this content is helpful to all those interested in electronics and PCB design. I’d be happy to hear your feedback or discuss any questions regarding the project. #PCBDesign #STM32F401 #EasyEDA #Electronics #Engineering #Innovation
STM32F401 Black Pill
New Achievement in PCB Design! By the grace of God, I have completed the design of a PCB Module using the STM32F401 Black Pill through the EasyEDA platform. In this post, I’m sharing the full project details, including: The schematic of the design. Clear images of the PCB. An explanation of the design steps, tools used, and challenges overcome. I hope this content is helpful to all those interested in electronics and PCB design. I’d be happy to hear your feedback or discuss any questions regarding the project. #PCBDesign #STM32F401 #EasyEDA #Electronics #Engineering #Innovation
STM32F401 Black Pill
12450072
**A New Step Towards Innovation! ✨** I'm excited to share my latest achievement: designing a custom PCB for an Arduino Pro Mini using EasyEDA! ? It was a journey filled with challenges and valuable learning experiences. **Key takeaways from this project:** - Exploring new tools in PCB design. - Gaining a deeper understanding of electronic components. - Enhancing my practical project development skills. Looking forward to taking on more exciting projects in the future and exchanging ideas with this amazing community! ?
Arduino Pro Mini
**A New Step Towards Innovation! ✨** I'm excited to share my latest achievement: designing a custom PCB for an Arduino Pro Mini using EasyEDA! ? It was a journey filled with challenges and valuable learning experiences. **Key takeaways from this project:** - Exploring new tools in PCB design. - Gaining a deeper understanding of electronic components. - Enhancing my practical project development skills. Looking forward to taking on more exciting projects in the future and exchanging ideas with this amazing community! ?
Arduino Pro Mini
12450057
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
12450052
Project Summary: Herbal Store Device I designed and built a complete herbal store device from scratch, using the ATmega328P microcontroller. The project incorporates the following key components: LCD Display: Used to display information and settings. Buttons: Four buttons (Mode, Select, Up, and Down) for navigation and control. RTC Module: Keeps track of the current time and ensures accurate scheduling. Motor and Fan: Controlled via the buttons to automate operations. Functionality: The device allows the user to configure and schedule the motor and fan operations throughout the day. The code is programmed with precise time management, enabling start and stop times as well as intervals of operation. Users can easily adjust settings using the buttons and monitor the status on the LCD screen.
project device timer:
Project Summary: Herbal Store Device I designed and built a complete herbal store device from scratch, using the ATmega328P microcontroller. The project incorporates the following key components: LCD Display: Used to display information and settings. Buttons: Four buttons (Mode, Select, Up, and Down) for navigation and control. RTC Module: Keeps track of the current time and ensures accurate scheduling. Motor and Fan: Controlled via the buttons to automate operations. Functionality: The device allows the user to configure and schedule the motor and fan operations throughout the day. The code is programmed with precise time management, enabling start and stop times as well as intervals of operation. Users can easily adjust settings using the buttons and monitor the status on the LCD screen.
project device timer:
Project Summary: Herbal Store Device I designed and built a complete herbal store device from scratch, using the ATmega328P microcontroller. The project incorporates the following key components: LCD Display: Used to display information and settings. Buttons: Four buttons (Mode, Select, Up, and Down) for navigation and control. RTC Module: Keeps track of the current time and ensures accurate scheduling. Motor and Fan: Controlled via the buttons to automate operations. Functionality: The device allows the user to configure and schedule the motor and fan operations throughout the day. The code is programmed with precise time management, enabling start and stop times as well as intervals of operation. Users can easily adjust settings using the buttons and monitor the status on the LCD screen.
project device timer:
Project Summary: Herbal Store Device I designed and built a complete herbal store device from scratch, using the ATmega328P microcontroller. The project incorporates the following key components: LCD Display: Used to display information and settings. Buttons: Four buttons (Mode, Select, Up, and Down) for navigation and control. RTC Module: Keeps track of the current time and ensures accurate scheduling. Motor and Fan: Controlled via the buttons to automate operations. Functionality: The device allows the user to configure and schedule the motor and fan operations throughout the day. The code is programmed with precise time management, enabling start and stop times as well as intervals of operation. Users can easily adjust settings using the buttons and monitor the status on the LCD screen.
project device timer:
Project Summary: Herbal Store Device I designed and built a complete herbal store device from scratch, using the ATmega328P microcontroller. The project incorporates the following key components: LCD Display: Used to display information and settings. Buttons: Four buttons (Mode, Select, Up, and Down) for navigation and control. RTC Module: Keeps track of the current time and ensures accurate scheduling. Motor and Fan: Controlled via the buttons to automate operations. Functionality: The device allows the user to configure and schedule the motor and fan operations throughout the day. The code is programmed with precise time management, enabling start and stop times as well as intervals of operation. Users can easily adjust settings using the buttons and monitor the status on the LCD screen.
project device timer:
Project Summary: Herbal Store Device I designed and built a complete herbal store device from scratch, using the ATmega328P microcontroller. The project incorporates the following key components: LCD Display: Used to display information and settings. Buttons: Four buttons (Mode, Select, Up, and Down) for navigation and control. RTC Module: Keeps track of the current time and ensures accurate scheduling. Motor and Fan: Controlled via the buttons to automate operations. Functionality: The device allows the user to configure and schedule the motor and fan operations throughout the day. The code is programmed with precise time management, enabling start and stop times as well as intervals of operation. Users can easily adjust settings using the buttons and monitor the status on the LCD screen.
project device timer:
Project Summary: Herbal Store Device I designed and built a complete herbal store device from scratch, using the ATmega328P microcontroller. The project incorporates the following key components: LCD Display: Used to display information and settings. Buttons: Four buttons (Mode, Select, Up, and Down) for navigation and control. RTC Module: Keeps track of the current time and ensures accurate scheduling. Motor and Fan: Controlled via the buttons to automate operations. Functionality: The device allows the user to configure and schedule the motor and fan operations throughout the day. The code is programmed with precise time management, enabling start and stop times as well as intervals of operation. Users can easily adjust settings using the buttons and monitor the status on the LCD screen.
project device timer:
Project Summary: Herbal Store Device I designed and built a complete herbal store device from scratch, using the ATmega328P microcontroller. The project incorporates the following key components: LCD Display: Used to display information and settings. Buttons: Four buttons (Mode, Select, Up, and Down) for navigation and control. RTC Module: Keeps track of the current time and ensures accurate scheduling. Motor and Fan: Controlled via the buttons to automate operations. Functionality: The device allows the user to configure and schedule the motor and fan operations throughout the day. The code is programmed with precise time management, enabling start and stop times as well as intervals of operation. Users can easily adjust settings using the buttons and monitor the status on the LCD screen.
project device timer:
Project Summary: Herbal Store Device I designed and built a complete herbal store device from scratch, using the ATmega328P microcontroller. The project incorporates the following key components: LCD Display: Used to display information and settings. Buttons: Four buttons (Mode, Select, Up, and Down) for navigation and control. RTC Module: Keeps track of the current time and ensures accurate scheduling. Motor and Fan: Controlled via the buttons to automate operations. Functionality: The device allows the user to configure and schedule the motor and fan operations throughout the day. The code is programmed with precise time management, enabling start and stop times as well as intervals of operation. Users can easily adjust settings using the buttons and monitor the status on the LCD screen.
project device timer:
12450079
Here’s a professional post for your project: --- **60V to 14V 10A DC-DC Converter Project** ? I'm excited to share my latest project: designing a high-efficiency DC-DC converter capable of stepping down from **60V to 14V** with a current rating of **10A**. **Key Features of the Design:** - **Input Voltage Range:** 50V to 60V. - **Output Voltage:** Stable 14V. - **Maximum Current:** 10A, ideal for high-power applications. - High efficiency and robust performance. - Compact and optimized PCB design. This project is perfect for powering devices in automotive, industrial, and renewable energy systems. Looking forward to feedback and suggestions from the community! #Electronics #PowerElectronics #DCtoDCConverter #PCBDesign #Innovation --- Let me know if you'd like any changes!
60V to 14V 10A DC-DC Converter Proje
Here’s a professional post for your project: --- **60V to 14V 10A DC-DC Converter Project** ? I'm excited to share my latest project: designing a high-efficiency DC-DC converter capable of stepping down from **60V to 14V** with a current rating of **10A**. **Key Features of the Design:** - **Input Voltage Range:** 50V to 60V. - **Output Voltage:** Stable 14V. - **Maximum Current:** 10A, ideal for high-power applications. - High efficiency and robust performance. - Compact and optimized PCB design. This project is perfect for powering devices in automotive, industrial, and renewable energy systems. Looking forward to feedback and suggestions from the community! #Electronics #PowerElectronics #DCtoDCConverter #PCBDesign #Innovation --- Let me know if you'd like any changes!
60V to 14V 10A DC-DC Converter Proje
Here’s a professional post for your project: --- **60V to 14V 10A DC-DC Converter Project** ? I'm excited to share my latest project: designing a high-efficiency DC-DC converter capable of stepping down from **60V to 14V** with a current rating of **10A**. **Key Features of the Design:** - **Input Voltage Range:** 50V to 60V. - **Output Voltage:** Stable 14V. - **Maximum Current:** 10A, ideal for high-power applications. - High efficiency and robust performance. - Compact and optimized PCB design. This project is perfect for powering devices in automotive, industrial, and renewable energy systems. Looking forward to feedback and suggestions from the community! #Electronics #PowerElectronics #DCtoDCConverter #PCBDesign #Innovation --- Let me know if you'd like any changes!
60V to 14V 10A DC-DC Converter Proje
12450077
**HC-05 Bluetooth Module**: A versatile and reliable module designed to enable seamless wireless communication between devices via Bluetooth technology, perfect for IoT and embedded projects.
HC-05
12450075
New Achievement in PCB Design! By the grace of God, I have completed the design of a PCB Module using the STM32F401 Black Pill through the EasyEDA platform. In this post, I’m sharing the full project details, including: The schematic of the design. Clear images of the PCB. An explanation of the design steps, tools used, and challenges overcome. I hope this content is helpful to all those interested in electronics and PCB design. I’d be happy to hear your feedback or discuss any questions regarding the project. #PCBDesign #STM32F401 #EasyEDA #Electronics #Engineering #Innovation
STM32F401 Black Pill
New Achievement in PCB Design! By the grace of God, I have completed the design of a PCB Module using the STM32F401 Black Pill through the EasyEDA platform. In this post, I’m sharing the full project details, including: The schematic of the design. Clear images of the PCB. An explanation of the design steps, tools used, and challenges overcome. I hope this content is helpful to all those interested in electronics and PCB design. I’d be happy to hear your feedback or discuss any questions regarding the project. #PCBDesign #STM32F401 #EasyEDA #Electronics #Engineering #Innovation
STM32F401 Black Pill
New Achievement in PCB Design! By the grace of God, I have completed the design of a PCB Module using the STM32F401 Black Pill through the EasyEDA platform. In this post, I’m sharing the full project details, including: The schematic of the design. Clear images of the PCB. An explanation of the design steps, tools used, and challenges overcome. I hope this content is helpful to all those interested in electronics and PCB design. I’d be happy to hear your feedback or discuss any questions regarding the project. #PCBDesign #STM32F401 #EasyEDA #Electronics #Engineering #Innovation
STM32F401 Black Pill
New Achievement in PCB Design! By the grace of God, I have completed the design of a PCB Module using the STM32F401 Black Pill through the EasyEDA platform. In this post, I’m sharing the full project details, including: The schematic of the design. Clear images of the PCB. An explanation of the design steps, tools used, and challenges overcome. I hope this content is helpful to all those interested in electronics and PCB design. I’d be happy to hear your feedback or discuss any questions regarding the project. #PCBDesign #STM32F401 #EasyEDA #Electronics #Engineering #Innovation
STM32F401 Black Pill
New Achievement in PCB Design! By the grace of God, I have completed the design of a PCB Module using the STM32F401 Black Pill through the EasyEDA platform. In this post, I’m sharing the full project details, including: The schematic of the design. Clear images of the PCB. An explanation of the design steps, tools used, and challenges overcome. I hope this content is helpful to all those interested in electronics and PCB design. I’d be happy to hear your feedback or discuss any questions regarding the project. #PCBDesign #STM32F401 #EasyEDA #Electronics #Engineering #Innovation
STM32F401 Black Pill
New Achievement in PCB Design! By the grace of God, I have completed the design of a PCB Module using the STM32F401 Black Pill through the EasyEDA platform. In this post, I’m sharing the full project details, including: The schematic of the design. Clear images of the PCB. An explanation of the design steps, tools used, and challenges overcome. I hope this content is helpful to all those interested in electronics and PCB design. I’d be happy to hear your feedback or discuss any questions regarding the project. #PCBDesign #STM32F401 #EasyEDA #Electronics #Engineering #Innovation
STM32F401 Black Pill
New Achievement in PCB Design! By the grace of God, I have completed the design of a PCB Module using the STM32F401 Black Pill through the EasyEDA platform. In this post, I’m sharing the full project details, including: The schematic of the design. Clear images of the PCB. An explanation of the design steps, tools used, and challenges overcome. I hope this content is helpful to all those interested in electronics and PCB design. I’d be happy to hear your feedback or discuss any questions regarding the project. #PCBDesign #STM32F401 #EasyEDA #Electronics #Engineering #Innovation
STM32F401 Black Pill
12450072
**A New Step Towards Innovation! ✨** I'm excited to share my latest achievement: designing a custom PCB for an Arduino Pro Mini using EasyEDA! ? It was a journey filled with challenges and valuable learning experiences. **Key takeaways from this project:** - Exploring new tools in PCB design. - Gaining a deeper understanding of electronic components. - Enhancing my practical project development skills. Looking forward to taking on more exciting projects in the future and exchanging ideas with this amazing community! ?
Arduino Pro Mini
**A New Step Towards Innovation! ✨** I'm excited to share my latest achievement: designing a custom PCB for an Arduino Pro Mini using EasyEDA! ? It was a journey filled with challenges and valuable learning experiences. **Key takeaways from this project:** - Exploring new tools in PCB design. - Gaining a deeper understanding of electronic components. - Enhancing my practical project development skills. Looking forward to taking on more exciting projects in the future and exchanging ideas with this amazing community! ?
Arduino Pro Mini
12450057
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
Project Description: Motor Timer Control The Motor Timer Control project is an electronic device designed to control the operation of an electric motor based on a preset timer. The device features a user-friendly interface using a 7-Segment Display and control buttons for adjusting the time and managing motor operation. It also includes a Limit Switch for automatic control of the motor based on specific conditions. Key Features: Time Adjustment: Users can set the motor's operating duration using UP and DOWN buttons. Start/Stop Function: A single button allows starting and stopping the motor and timer. Limit Switch Integration: Automatically manages the motor's operation depending on the switch state. Compact and Efficient Design: Ideal for automated tasks requiring timed motor control. This device is suitable for various applications, including automation systems, machinery, and educational projects.
"Motor Timer Control"
12450052
Project Summary: Herbal Store Device I designed and built a complete herbal store device from scratch, using the ATmega328P microcontroller. The project incorporates the following key components: LCD Display: Used to display information and settings. Buttons: Four buttons (Mode, Select, Up, and Down) for navigation and control. RTC Module: Keeps track of the current time and ensures accurate scheduling. Motor and Fan: Controlled via the buttons to automate operations. Functionality: The device allows the user to configure and schedule the motor and fan operations throughout the day. The code is programmed with precise time management, enabling start and stop times as well as intervals of operation. Users can easily adjust settings using the buttons and monitor the status on the LCD screen.
project device timer:
Project Summary: Herbal Store Device I designed and built a complete herbal store device from scratch, using the ATmega328P microcontroller. The project incorporates the following key components: LCD Display: Used to display information and settings. Buttons: Four buttons (Mode, Select, Up, and Down) for navigation and control. RTC Module: Keeps track of the current time and ensures accurate scheduling. Motor and Fan: Controlled via the buttons to automate operations. Functionality: The device allows the user to configure and schedule the motor and fan operations throughout the day. The code is programmed with precise time management, enabling start and stop times as well as intervals of operation. Users can easily adjust settings using the buttons and monitor the status on the LCD screen.
project device timer:
Project Summary: Herbal Store Device I designed and built a complete herbal store device from scratch, using the ATmega328P microcontroller. The project incorporates the following key components: LCD Display: Used to display information and settings. Buttons: Four buttons (Mode, Select, Up, and Down) for navigation and control. RTC Module: Keeps track of the current time and ensures accurate scheduling. Motor and Fan: Controlled via the buttons to automate operations. Functionality: The device allows the user to configure and schedule the motor and fan operations throughout the day. The code is programmed with precise time management, enabling start and stop times as well as intervals of operation. Users can easily adjust settings using the buttons and monitor the status on the LCD screen.
project device timer:
Project Summary: Herbal Store Device I designed and built a complete herbal store device from scratch, using the ATmega328P microcontroller. The project incorporates the following key components: LCD Display: Used to display information and settings. Buttons: Four buttons (Mode, Select, Up, and Down) for navigation and control. RTC Module: Keeps track of the current time and ensures accurate scheduling. Motor and Fan: Controlled via the buttons to automate operations. Functionality: The device allows the user to configure and schedule the motor and fan operations throughout the day. The code is programmed with precise time management, enabling start and stop times as well as intervals of operation. Users can easily adjust settings using the buttons and monitor the status on the LCD screen.
project device timer:
Project Summary: Herbal Store Device I designed and built a complete herbal store device from scratch, using the ATmega328P microcontroller. The project incorporates the following key components: LCD Display: Used to display information and settings. Buttons: Four buttons (Mode, Select, Up, and Down) for navigation and control. RTC Module: Keeps track of the current time and ensures accurate scheduling. Motor and Fan: Controlled via the buttons to automate operations. Functionality: The device allows the user to configure and schedule the motor and fan operations throughout the day. The code is programmed with precise time management, enabling start and stop times as well as intervals of operation. Users can easily adjust settings using the buttons and monitor the status on the LCD screen.
project device timer:
Project Summary: Herbal Store Device I designed and built a complete herbal store device from scratch, using the ATmega328P microcontroller. The project incorporates the following key components: LCD Display: Used to display information and settings. Buttons: Four buttons (Mode, Select, Up, and Down) for navigation and control. RTC Module: Keeps track of the current time and ensures accurate scheduling. Motor and Fan: Controlled via the buttons to automate operations. Functionality: The device allows the user to configure and schedule the motor and fan operations throughout the day. The code is programmed with precise time management, enabling start and stop times as well as intervals of operation. Users can easily adjust settings using the buttons and monitor the status on the LCD screen.
project device timer:
Project Summary: Herbal Store Device I designed and built a complete herbal store device from scratch, using the ATmega328P microcontroller. The project incorporates the following key components: LCD Display: Used to display information and settings. Buttons: Four buttons (Mode, Select, Up, and Down) for navigation and control. RTC Module: Keeps track of the current time and ensures accurate scheduling. Motor and Fan: Controlled via the buttons to automate operations. Functionality: The device allows the user to configure and schedule the motor and fan operations throughout the day. The code is programmed with precise time management, enabling start and stop times as well as intervals of operation. Users can easily adjust settings using the buttons and monitor the status on the LCD screen.
project device timer:
Project Summary: Herbal Store Device I designed and built a complete herbal store device from scratch, using the ATmega328P microcontroller. The project incorporates the following key components: LCD Display: Used to display information and settings. Buttons: Four buttons (Mode, Select, Up, and Down) for navigation and control. RTC Module: Keeps track of the current time and ensures accurate scheduling. Motor and Fan: Controlled via the buttons to automate operations. Functionality: The device allows the user to configure and schedule the motor and fan operations throughout the day. The code is programmed with precise time management, enabling start and stop times as well as intervals of operation. Users can easily adjust settings using the buttons and monitor the status on the LCD screen.
project device timer:
Project Summary: Herbal Store Device I designed and built a complete herbal store device from scratch, using the ATmega328P microcontroller. The project incorporates the following key components: LCD Display: Used to display information and settings. Buttons: Four buttons (Mode, Select, Up, and Down) for navigation and control. RTC Module: Keeps track of the current time and ensures accurate scheduling. Motor and Fan: Controlled via the buttons to automate operations. Functionality: The device allows the user to configure and schedule the motor and fan operations throughout the day. The code is programmed with precise time management, enabling start and stop times as well as intervals of operation. Users can easily adjust settings using the buttons and monitor the status on the LCD screen.
project device timer:
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Experience
manager
Jan, 2019 - Jan, 2024
•
5 years
SAAD
Jan, 2019 - Jan, 2024
•
5 years
I design a high-quality PCB suitable for all projects
Jan, 2019 - Jan, 2024
•
5 years
Education
Higher Technological Institute 10th of Ramadan
2019 - 2024
•
5 years
engineering
Flag of
Egypt
2019 - 2024
•
5 years
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