VENKATESWARLU MOORABOINA

Highly motivated and detail-oriented Electronics and Communication Engineering graduate with a solid academic foundation and a strong passion for technology and innovation. Proficient in Python and full-stack web development, with hands-on experience in building responsive front-end interfaces and scalable back-end systems. Demonstrates strong problem-solving skills, analytical thinking, and a keen interest in programming, data analysis, and algorithm development. Continuously enhancing skills through self-driven learning and practical projects. Eager to contribute to a dynamic team environment, apply technical expertise in real-world scenarios, and grow professionally in an entry-level Full Stack Developer role focused on creating impactful, user-centric solutions.

• Playing Basketball
• Internet surfing
• Listening Music

• Hands-on practice with all Python Basics - Operators, Conditional Statements.
• Hands-on practice with Data Types, Loop in Python, Function. Having Strong knowledge and hands on with static and non-static members.
• Having good knowledge over Object Oriented Programming concepts.
• Using Encapsulation, Inheritance, Classes and Objects, Polymorphism, Abstraction concepts to build a standard Software.

Project 1

Recipe Making App 

A dynamic web application designed to simplify the cooking experience by allowing users to explore and manage a variety of recipes through API integration.

Key Features:

• Fetches and displays recipe data from an external API.
• Search functionality to find specific recipes quickly.
• Clickable recipe cards showing detailed information: image, ingredients, and preparation steps.
• Dynamic ingredient quantity adjustment based on the number of servings.
• Allows users to upload custom recipes.
• Bookmarking functionality for saving favorite dishes.

Technologies Used: HTML, CSS, JavaScript, REST API, DOM

Project 2

 Fire Accident Detection and Prevention with GPS Tracking (IoT-Based)

An IoT-powered safety system developed to detect and prevent fire accidents in public transport, ensuring quick emergency response.

Key Features:

• Equipped with fire and smoke sensors for real-time detection.
• Automatic alarm activation on detection of flame or smoke.
• Sends immediate alerts to nearby fire stations, hospitals, and transport control centers.
• Integrated GPS module for accurate location tracking.
• Uses exhaust fans to reduce CO₂ buildup inside the vehicle.
• Designed to ensure emergency help is received within 15 minutes.

Technologies Used: IoT Sensors, Microcontroller (e.g., Arduino), GPS Module, Buzzer/Alarm System, Wireless Communication

I hereby declare that the particulars mentioned above are complete and correct to the best of my knowledge and belief.