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Vicky K.

@symstech

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Electronic Engineer Embedded System IoT

$30 USD / Hour
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India (12:46 AM)
・
Joined on November 10, 2024
$30 USD / Hour
・
Innovative Electronics Engineer with experience in designing, developing, and testing electronic components and systems. Strong skills in circuit design, troubleshooting, and system integration. Known for ability to manage complex projects from conception to completion while maintaining high-quality standards. Previous work resulted in improved system efficiency and reliability through innovative design solutions
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Freelancer Electronics Engineers India
See all Electronics Engineers in India

Portfolio

Portfolio

12419090
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
12408230
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
12394561
This boards are designed to be flexible and versatile platforms for a wide range of applications. They are compatible with various operating systems, but one popular choice is the Linux operating system. Use on embedded devices like SBCs. This Board provide mainline images called Xney designed specifically for Arm-based SBCs like This boards. It is a lightweight and optimized operating system that takes full advantage of the It's hardware components. This includes the processor, memory, storage, and other peripherals like GPIOs and I2C buses.
One Board Computer & Microcontroller
This boards are designed to be flexible and versatile platforms for a wide range of applications. They are compatible with various operating systems, but one popular choice is the Linux operating system. Use on embedded devices like SBCs. This Board provide mainline images called Xney designed specifically for Arm-based SBCs like This boards. It is a lightweight and optimized operating system that takes full advantage of the It's hardware components. This includes the processor, memory, storage, and other peripherals like GPIOs and I2C buses.
One Board Computer & Microcontroller
This boards are designed to be flexible and versatile platforms for a wide range of applications. They are compatible with various operating systems, but one popular choice is the Linux operating system. Use on embedded devices like SBCs. This Board provide mainline images called Xney designed specifically for Arm-based SBCs like This boards. It is a lightweight and optimized operating system that takes full advantage of the It's hardware components. This includes the processor, memory, storage, and other peripherals like GPIOs and I2C buses.
One Board Computer & Microcontroller
This boards are designed to be flexible and versatile platforms for a wide range of applications. They are compatible with various operating systems, but one popular choice is the Linux operating system. Use on embedded devices like SBCs. This Board provide mainline images called Xney designed specifically for Arm-based SBCs like This boards. It is a lightweight and optimized operating system that takes full advantage of the It's hardware components. This includes the processor, memory, storage, and other peripherals like GPIOs and I2C buses.
One Board Computer & Microcontroller
This boards are designed to be flexible and versatile platforms for a wide range of applications. They are compatible with various operating systems, but one popular choice is the Linux operating system. Use on embedded devices like SBCs. This Board provide mainline images called Xney designed specifically for Arm-based SBCs like This boards. It is a lightweight and optimized operating system that takes full advantage of the It's hardware components. This includes the processor, memory, storage, and other peripherals like GPIOs and I2C buses.
One Board Computer & Microcontroller
This boards are designed to be flexible and versatile platforms for a wide range of applications. They are compatible with various operating systems, but one popular choice is the Linux operating system. Use on embedded devices like SBCs. This Board provide mainline images called Xney designed specifically for Arm-based SBCs like This boards. It is a lightweight and optimized operating system that takes full advantage of the It's hardware components. This includes the processor, memory, storage, and other peripherals like GPIOs and I2C buses.
One Board Computer & Microcontroller
This boards are designed to be flexible and versatile platforms for a wide range of applications. They are compatible with various operating systems, but one popular choice is the Linux operating system. Use on embedded devices like SBCs. This Board provide mainline images called Xney designed specifically for Arm-based SBCs like This boards. It is a lightweight and optimized operating system that takes full advantage of the It's hardware components. This includes the processor, memory, storage, and other peripherals like GPIOs and I2C buses.
One Board Computer & Microcontroller
12419090
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
GPS Navigation and Tracking System with OLED Display This project demonstrates the development of a compact and efficient GPS-based navigation and tracking system integrated with an OLED display. The system utilizes a GPS module to acquire real-time geographic location data, including latitude, longitude, and altitude. The OLED display provides a user-friendly interface to visualize location information dynamically. Its high contrast and low power consumption make it an ideal choice for portable applications. Key features of the project include: #Accurate Location Tracking: Powered by a GPS module, offering real-time coordinates with high precision. #Compact Design: Leveraging the lightweight and energy-efficient OLED display for an intuitive user interface. #Versatility: Suitable for applications such as outdoor navigation, asset tracking, and educational demonstrations. The project is designed with a focus on scalability and can be expanded to include additional functionalities,
GPS Navigation and Tracking System
12408230
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
ESP32 CO2 Monitor This project features a compact and efficient CO2 monitoring system powered by the ESP32 microcontroller. The device is designed to measure and display real-time CO2 concentration levels, ensuring air quality is monitored effectively in indoor environments. Key Features: CO2 Sensing: Utilizes a high-accuracy NDIR CO2 sensor (e.g., MH-Z19, SCD30) to detect CO2 concentrations in ppm (parts per million). Real-Time Monitoring: Displays CO2 levels on an OLED or LCD screen for easy visualization. Wi-Fi Connectivity: Integrates ESP32's Wi-Fi capabilities to log data to cloud platforms like MQTT, Blynk, or ThingSpeak. Threshold Alerts: Configurable thresholds trigger alerts via LEDs or push notifications to indicate poor air quality. Compact Design: Designed with portability and energy efficiency in mind for continuous operation. Applications: Indoor air quality monitoring for homes, offices, or classrooms. Industrial or greenhouse environments requiring controlled CO2 level
ESP32 CO2 Monitor
12394561
This boards are designed to be flexible and versatile platforms for a wide range of applications. They are compatible with various operating systems, but one popular choice is the Linux operating system. Use on embedded devices like SBCs. This Board provide mainline images called Xney designed specifically for Arm-based SBCs like This boards. It is a lightweight and optimized operating system that takes full advantage of the It's hardware components. This includes the processor, memory, storage, and other peripherals like GPIOs and I2C buses.
One Board Computer & Microcontroller
This boards are designed to be flexible and versatile platforms for a wide range of applications. They are compatible with various operating systems, but one popular choice is the Linux operating system. Use on embedded devices like SBCs. This Board provide mainline images called Xney designed specifically for Arm-based SBCs like This boards. It is a lightweight and optimized operating system that takes full advantage of the It's hardware components. This includes the processor, memory, storage, and other peripherals like GPIOs and I2C buses.
One Board Computer & Microcontroller
This boards are designed to be flexible and versatile platforms for a wide range of applications. They are compatible with various operating systems, but one popular choice is the Linux operating system. Use on embedded devices like SBCs. This Board provide mainline images called Xney designed specifically for Arm-based SBCs like This boards. It is a lightweight and optimized operating system that takes full advantage of the It's hardware components. This includes the processor, memory, storage, and other peripherals like GPIOs and I2C buses.
One Board Computer & Microcontroller
This boards are designed to be flexible and versatile platforms for a wide range of applications. They are compatible with various operating systems, but one popular choice is the Linux operating system. Use on embedded devices like SBCs. This Board provide mainline images called Xney designed specifically for Arm-based SBCs like This boards. It is a lightweight and optimized operating system that takes full advantage of the It's hardware components. This includes the processor, memory, storage, and other peripherals like GPIOs and I2C buses.
One Board Computer & Microcontroller
This boards are designed to be flexible and versatile platforms for a wide range of applications. They are compatible with various operating systems, but one popular choice is the Linux operating system. Use on embedded devices like SBCs. This Board provide mainline images called Xney designed specifically for Arm-based SBCs like This boards. It is a lightweight and optimized operating system that takes full advantage of the It's hardware components. This includes the processor, memory, storage, and other peripherals like GPIOs and I2C buses.
One Board Computer & Microcontroller
This boards are designed to be flexible and versatile platforms for a wide range of applications. They are compatible with various operating systems, but one popular choice is the Linux operating system. Use on embedded devices like SBCs. This Board provide mainline images called Xney designed specifically for Arm-based SBCs like This boards. It is a lightweight and optimized operating system that takes full advantage of the It's hardware components. This includes the processor, memory, storage, and other peripherals like GPIOs and I2C buses.
One Board Computer & Microcontroller
This boards are designed to be flexible and versatile platforms for a wide range of applications. They are compatible with various operating systems, but one popular choice is the Linux operating system. Use on embedded devices like SBCs. This Board provide mainline images called Xney designed specifically for Arm-based SBCs like This boards. It is a lightweight and optimized operating system that takes full advantage of the It's hardware components. This includes the processor, memory, storage, and other peripherals like GPIOs and I2C buses.
One Board Computer & Microcontroller
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Experience
Electronic & Frimware Engineer
Jun, 2019 - Jan, 2024
•
4 years, 7 months
Robo Zone
Jun, 2019 - Jan, 2024
•
4 years, 7 months
I was working as a Electronic & Firmware Engineer In Robo Zone. My job was to Design, Develop, Test & Maintain Electronic System, Components & Firmware. My Responsibilities was to Circuit Design & Development, Prototyping & Testing, Embedded Systems Programming, System Integration, Troubleshooting & Optimization.
Flag of
New Delhi, India
Jun, 2019 - Jan, 2024
•
4 years, 7 months
Education
Patna University
2020 - 2023
•
3 years
Bsc.(Physics)
Flag of
India
2020 - 2023
•
3 years
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