Currently I'm a final year Electronics & Telecommunication Student with good knowledge of technical field including having interest in IT Sector and forward looking to gain more skills.
Leading the design and prototyping of a soil monitoring sensor using ATMEGA microcontrollers to provide farmers with real-time soil health data (N, P, K values).
Developing low-cost agricultural technology tools, including contributing to a Smart Tractor Automation project to enhance farming efficiency.
Gained hands-on experience in end-to-end IoT architecture by developing applications from sensor data acquisition to cloud platform integration.
Programmed and integrated various sensors with microcontrollers, utilizing Wi-Fi and Bluetooth communication protocols for real-time data transfer.
Managed device connectivity and performed data visualization on IoT cloud platforms to translate raw sensor data into actionable insights.
Gained hands-on experience in end-to-end IoT architecture by developing applications from sensor data acquisition to cloud platform integration., Programmed and integrated various sensors with microcontrollers, utilizing Wi-Fi and Bluetooth communication protocols for real-time data transfer., Managed device connectivity and performed data visualization on IoT cloud platforms to translate raw sensor data into actionable insights.
Leading the design and prototyping of a soil monitoring sensor using ATMEGA microcontrollers to provide farmers with real-time soil health data (N, P, K values)., Developing low-cost agricultural technology tools, including contributing to a Smart Tractor Automation project to enhance farming efficiency.
Developed an interactive Weather Monitoring System on Tinkercad, simulating real-time measurement of temperature, humidity, and other environmental conditions using virtual sensors and Arduino. The project demonstrates the complete workflow of building an IoT prototype—designing the circuit, programming Arduino, and visualizing live sensor data through the Tinkercad simulation environment.The system uses components such as the DHT11 sensor, LCD display, and Arduino Uno to continuously collect and display weather parameters. By leveraging Tinkercad’s virtual workspace, the project allowed rapid prototyping, testing, and debugging without physical hardware. This simulation-based approach showcased skills in circuit design, embedded programming, sensor calibration, and real-time data visualization.This project highlights hands-on experience with Arduino simulation, IoT concepts, and digital prototyping, making it a strong foundation for practical embedded system development.
نظام التوظيف التشغيلي المعتمد على الذكاء الاصطناعي أولاً، الذي يوحّد ويؤتمت دورة التوظيف بالكامل للمؤسسات الحديثة حول العالم.
د.جوب منطقة حرة ذ.م.م. 2026 © جميع الحقوق محفوظة
