Pouya-Mansournia
Passionate about solving mechanical challenges through innovative electronic-mechanical fusion
Pinned Repositories
AGMA
The project was developed using Java programming language and Android Studio
Automatic-barrier-android-wificontrol
Smart Plug android app for control the electronic device with Wi-Fi and Bluetooth connectivity,.
Barrier-controller
The Barrier Controller board and codes for industrial uses and Wi-Fi connectivity.
BMS-Light-Controller
In 2015, I designed a PCB that the way we interacted with electricity devices. This board seamlessly integrated Wi-Fi connectivity, enabling effortless control of electrical devices using a dedicated Android app.
DAQ-6-6-enc28j60-html
the DAQ board crafted for the BMS project redefines the scope of device control, data acquisition, and web interactivity.
FSR
In the realm of robotics innovation, I undertook the design and creation of an exceptional FSR board. This board boasts a remarkable ability: to adeptly decipher analog-to-digital signals and glean insights from pressure sensors. The convergence of these features proves particularly pivotal in the domain of robotic manipulation.
gps-avl-gsm
In 2012, I designed a cutting-edge project that aimed to enhance car tracking capabilities using GPS and GSM technologies. The project utilized an ATmega64 microcontroller in conjunction with SIM908 and SIM800 modules to achieve real-time car tracking and remote relay control. This innovative system allowed for efficient monitoring of vehicle
IoT-Smart-Home
Android App for control electronic IoT device with Bluetooth and Wi-Fi connectivity .
Piezo-Controller
This project's ability to control the piezo stack's voltage across a wide range, interface with gauge sensors for closed-loop feedback, and establish Ethernet connectivity with computers highlights your skillful engineering and innovation.
Stepper-motor-Controller-L297-L6201PS
The electronic device combines the power of the L297 and L6201PS motor driver modules, the versatility of the STM32F103 microcontroller, and the convenience of a USB connection method. With its advanced features, user-friendly interface, and reliable performance, this device is ideal for controlling two stepper motors in various applications.
Pouya-Mansournia's Repositories
Pouya-Mansournia/Stepper-motor-Controller-L297-L6201PS
The electronic device combines the power of the L297 and L6201PS motor driver modules, the versatility of the STM32F103 microcontroller, and the convenience of a USB connection method. With its advanced features, user-friendly interface, and reliable performance, this device is ideal for controlling two stepper motors in various applications.
Pouya-Mansournia/Piezo-Controller
This project's ability to control the piezo stack's voltage across a wide range, interface with gauge sensors for closed-loop feedback, and establish Ethernet connectivity with computers highlights your skillful engineering and innovation.
Pouya-Mansournia/AGMA
The project was developed using Java programming language and Android Studio
Pouya-Mansournia/Automatic-barrier-android-wificontrol
Smart Plug android app for control the electronic device with Wi-Fi and Bluetooth connectivity,.
Pouya-Mansournia/Barrier-controller
The Barrier Controller board and codes for industrial uses and Wi-Fi connectivity.
Pouya-Mansournia/BMS-Light-Controller
In 2015, I designed a PCB that the way we interacted with electricity devices. This board seamlessly integrated Wi-Fi connectivity, enabling effortless control of electrical devices using a dedicated Android app.
Pouya-Mansournia/DAQ-6-6-enc28j60-html
the DAQ board crafted for the BMS project redefines the scope of device control, data acquisition, and web interactivity.
Pouya-Mansournia/FSR
In the realm of robotics innovation, I undertook the design and creation of an exceptional FSR board. This board boasts a remarkable ability: to adeptly decipher analog-to-digital signals and glean insights from pressure sensors. The convergence of these features proves particularly pivotal in the domain of robotic manipulation.
Pouya-Mansournia/gps-avl-gsm
In 2012, I designed a cutting-edge project that aimed to enhance car tracking capabilities using GPS and GSM technologies. The project utilized an ATmega64 microcontroller in conjunction with SIM908 and SIM800 modules to achieve real-time car tracking and remote relay control. This innovative system allowed for efficient monitoring of vehicle
Pouya-Mansournia/IoT-Smart-Home
Android App for control electronic IoT device with Bluetooth and Wi-Fi connectivity .
Pouya-Mansournia/mini-controller-robot
Controller board for four-wheel robot and wifi connectivity
Pouya-Mansournia/mini-toys-robot
The small-size board with control two motors and Wi-fi connectivity.
Pouya-Mansournia/multifunctional-probe
The "Multifunctional-Probe" board is a versatile device built around an ESP32 core, compatible with voltages ranging from 12 to 24 volts. It features 4 isolation inputs and 3 relay outputs, alongside 2 MOSFET outputs.
Pouya-Mansournia/Power-Managment-Board
The Ultimate Power Management Board for MRL@WORK
Pouya-Mansournia/Power-Time
LabVIEW-Powered Real-Time Motor Analysis
Pouya-Mansournia/robot-calculation
RobotCalc: Simplifying Mobile Robot Calculations for Researchers
Pouya-Mansournia/Smart-Plug
This app puts the power of home automation in the palm of your hand.
Pouya-Mansournia/Stepper-Motor-Controller-DRV8825
The electronic device combines the power of the DRV8825 motor driver modules, the versatility of the STM32F103 microcontroller, and the convenience of a USB connection method. With its advanced features, user-friendly interface, and reliable performance, this device is ideal for controlling two stepper motors in various applications.
Pouya-Mansournia/Vibration-Measure-Instrument
Precision Vibration Measurement Application
Pouya-Mansournia/Voltage-and-Current-Data-Loggers-and-Recorders
Voltage and Current Data Loggers and Recorders herald a revolution in motor analysis and control. Through their vigilant monitoring, insightful recording, and role as guides in the labyrinth of motor behavior, they elevate the quest for efficiency and mastery to unprecedented heights. With each pulse of voltage, every surge of current.