Mallidi Venkata Ajay Kumar Reddy

Aspiring software developer with a solid foundation in programming languages such as Java, Python, and C. Adept at problem-solving and eager to apply strong analytical skills to real-world projects. Passionate about continuous learning and dedicated to contributing to innovative software solutions.

• English
• Telugu
• Hindi

SMART AUTOMATIC IRRIGATION SYSTEM

Developed an IoT-based Smart Automatic Irrigation System to improve water consumption and increase agricultural yields. Sensors were used to monitor soil moisture levels, temperature, and weather forecasts, allowing for accurate irrigation scheduling. Integrated microcontroller and wireless connection allow for remote access and control via a smartphone app or web interface. Implemented automatic watering methods adapted to individual plant needs, saving water while supporting healthy plant development. This revolutionary system provides farmers with real-time information and remote management capabilities, enabling sustainable agriculture practices.

E-COMMERCE WEBSITES

Developed dynamic e-commerce websites with HTML, CSS, and JavaScript to ensure cross-device functionality. Collaborated with designers to turn mockups into pixel-perfect interfaces that prioritized usability and visual appeal. Implemented features such as product filtering and interactive elements to increase user engagement. Used modern frameworks to improve efficiency and conducted rigorous testing for compatibility and accessibility compliance, demonstrating proficiency in front-end technologies and attention to detail.

IOT BASED VOICE CONTROLLED AND OBSCTALE AVOIDANCE ROBOTIC CAR

Developed an IoT-based Robotic Car with Voice Control and Obstacle Avoidance capabilities.Integrated Raspberry Pi for IoT connectivity, allowing for remote control and monitoring via a smartphone app.Voice recognition was implemented using Python natural language processing libraries. Ultrasonic sensors were integrated for real-time obstacle detection and avoidance, thereby improving navigation capabilities. Successfully demonstrated seamless interaction between user commands and autonomous obstacle avoidance while showcasing innovative robotics and IoT integration solutions.