Robotics Developer - Embedded Systems Engineer

Education

Academic Projects

MD SRINIVAS

VATTIPROLU

Profile Summary

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Enthusiastic Embedded Systems Engineer with hands-on experience in embedded C, Arduino programming, and hardware interfacing. Skilled in developing, debugging, and testing embedded hardware and software systems with strong interest in real-time applications and automation. B.Tech (ECE)

College :- Sri Vasavi Engineering College,Tadepalligudem Year :- 2020-24

CGPA :- 7.43

Intermediate (MPC)

College :- Sasi Junior College, Velivennu

Year :- 2018-20

Percentage :- 94%

Major Project: Advanced IoT-Enabled Home Automation with Zigbee Protocol Minor Projects: Designed and implemented a Line Follower Robot with Obstacle Avoidance using Arduino, IR sensors, ultrasonic sensor, and L298N motor driver for autonomous navigation and Language Translator using Python.

Present

2025

Company :- BOTLIVE EDUTECH PVT.LTD, Hyderabad

Experience :- 1 year

Designation :- Junior Robotic Trainer

Skills

Technical & Programming Skills :

• Arduino Programming (Embedded C / Arduino IDE)

• Robotics Fundamentals & Automation

• Sensor Interfacing (IR, Ultrasonic, LDR, Temperature, Gas, Rain, etc.)

• Motor Control (DC Motors, Servo Motors, Stepper Motors)

• Motor Drivers (L298N, L293D, Relay Modules)

• IoT Bot Development

• Embedded Systems Fundamentals

Contact

Hyderabad

Work Experience

PROJECTS

• Designed and developed Arduino-based embedded and robotic systems.

• Programmed microcontrollers using Embedded C and Arduino IDE.

• Integrated and tested various sensors such as IR, ultrasonic, temperature, gas, and LDR sensors.

• Implemented motor control using L298N motor driver for precise robot movement.

• Built and tested line follower and obstacle avoidance robotic systems.

• Developed IoT-based robotic systems using ESP8266 for remote monitoring and control.

• Performed circuit design, hardware assembly, and real-time debugging.

• Conducted hands-on workshops and guided students in robotics projects.

• Troubleshot hardware and software issues to improve system performance.

• Documented project designs, code, and testing procedures.

• Implemented Bluetooth-based wireless communication using the HC-05 module. 1) IoT-Based Smart Robot (IoT Bot)

Developed an IoT-enabled robotic system using Arduino and ESP8266 for real-time monitoring and remote control. Integrated multiple sensors and actuators for autonomous and user-controlled operations. 2) Line Follower & Obstacle Avoidance Robot

Designed and implemented an autonomous robot using IR and ultrasonic sensors for accurate navigation. Programmed motor control using L298N driver for smooth and stable movement. 3) Bluetooth Controlled Robot

Built a wireless robotic system using Arduino and HC-05 for mobile-based control. Implemented real-time direction and speed control. 4) Smart Parking System

Developed an automated parking solution using IR sensors, servo motor, and Arduino. Implemented vehicle detection and automatic gate operation. Key Contributions

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