Maddila Yamuna

Results-oriented achiever with proven ability to exceed targets and drive success in fast-paced environments. Combines strategic thinking with hands-on experience to deliver impactful solutions and enhance organizational performance.

Organized and dependable candidate successful at managing multiple priorities with a positive attitude. Willingness to take on added responsibilities to meet team goals.

• Automatic Street Lights: "Automatic Street Lights" project, a collaborative effort with a dedicated team, aimed to create an innovative, energy-efficient solution for urban illumination. We designed and implemented an automated street light system that responds to weather conditions, utilizing solar energy to optimize power consumption. This sustainable and eco-friendly approach not only enhances public safety but also contributes to reducing energy costs and environmental impact, making our streets smarter and greener.
• Worked with a dedicated team to develop an automated street lighting system powered by solar energy and responsive to changing weather conditions. The project aimed to reduce energy consumption and environmental impact by integrating smart control logic and renewable energy sources. I contributed to both hardware design and system programming, ensuring efficient and reliable performance.

• College FM College: In the "College FM" project, I played a pivotal role within a collaborative team of four members, focusing on the transmitter component. Our mission was to seamlessly integrate the transmitter into the entire FM system, meticulously ensuring it operated flawlessly and transmitted radio frequencies with precision. This critical part of the project was instrumental in establishing a robust and efficient broadcasting system for our college's FM station, enhancing the overall experience for our listeners. Ensured accurate frequency transmission and reliable signal strength for clear audio output. Focused on optimizing transmitter performance for consistent broadcast quality. Collaborated closely with team members to align technical components and achieve system-wide functionality. Played a key role in testing and troubleshooting to ensure seamless operation. The project enhanced campus communication and listener experience through a robust, student-built FM station.