Blynk IoT Smart Plant Monitoring System
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Summary
Designed an automated irrigation system using IoT and live sensor data, utilizing ESP8266, Soil Moisture Sensor, DHT11, and the Blynk App.
About
Highly motivated final-year Electronics and Telecommunication Engineering student with robust hands-on experience in Embedded Systems, IoT, and C/C++ programming. Proven ability to develop and debug real-time systems, as demonstrated by reducing bugs by 40% and achieving 90%+ timing accuracy in projects. Seeking an internship or graduate trainee role to leverage expertise in real-time protocols and contribute to innovative industrial solutions.
Education
P.S.G.V.P. Mandal's D.N. Patel College of Engineering
Shahada, Maharashtra, India
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B.Tech
Electronics and Telecommunication Engineering
Grade: CGPA (7th Sem): 7.28
P.S.G.V.P. Mandal's Arts, Science & Commerce Jr. College
Shahada, Maharashtra, India
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HSC
Science
Grade: GPA: 86.50%
Shree Satpuda Vidhyalaya
Lonkheda, Maharashtra, India
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SSC
General Studies
Grade: GPA: 78.60%
Work
Emertxe Information Technologies
|Internship Trainee (Embedded Systems Intern)
Bangalore, Karnataka, India
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Summary
As an Embedded Systems Intern, I gained hands-on experience in Embedded C and microcontroller interfacing, developing and debugging real-time system designs.
Highlights
Spearheaded the development of a simulated Automatic Washing Machine project using PIC16F877A and PICSimLab, adhering to SDLC principles.
Engineered and implemented control logic incorporating timers, interrupts, and FreeRTOS-based task scheduling for real-time system functionality.
Utilized FreeRTOS and MPLAB X IDE for comprehensive debugging and testing of real-time behavior, successfully reducing system bugs by 40%.
Achieved 90%+ timing accuracy in system operations while enhancing proficiency in UART, I2C, and SPI protocols.
Skills
Programming Languages
C, C++, Embedded C.
Microcontrollers
Arduino, ESP32, ESP8266, PIC (PIC16F877A).
Tools/IDEs
Arduino IDE, MPLAB X IDE, VS Code, GitHub, PICSimLab, Blynk App.
Operating Systems & RTOS
Windows, FreeRTOS.
Embedded Systems
Real-time System Design, Microcontroller Interfacing, Debugging, Task Scheduling, UART, I2C, SPI Protocols, SDLC Concepts, Simulation Tools.
IoT & Sensor Systems
IoT System Design, Sensor Integration, DHT11, Soil Moisture Sensor.
Robotics & Automation
Wireless Robotic Control, Gesture Control, MPU6050, NRF24L01, L298N Motor Driver, Low-latency HMI.
Projects
Gesture-Controlled Robotic Vehicle
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Summary
Designed a wireless robotic vehicle controlled via hand gestures using an MPU6050 accelerometer, Arduino Nano, NRF24L01, and L298N Motor Driver.