An Electronics & Communications Engineer passionate about creating innovative solutions through technology & design.
Connect With Me👋 Hi there! I’m Amuktha Goteti, a graduate of the University College of Engineering, Osmania University (’24), specialized in Electronics and Communication Engineering. My journey has been fueled by an endless curiosity for how 🌍 technology can empower people, inspire change, and create a sustainable future. From the start, I’ve been passionate about bridging the gap between innovation and real-world impact. I thrive in environments that encourage curiosity, collaboration, and continuous growth. My work approach is grounded in adaptability, clarity, and compassion — I see technology not just as a problem-solver but as an enabler of opportunity and inclusion. As I continue my professional journey, I aim to contribute to projects and organizations that use technology as a catalyst for sustainable progress and human advancement. My vision is to develop scalable, ethical, and impactful solutions that empower individuals, businesses, and communities alike. ✨ I’m always excited to connect with innovators, creators, and changemakers who share a passion for shaping the future through purposeful technology. If you believe innovation can drive a better tomorrow, let’s connect, collaborate, and create something extraordinary together. 🌟
Developed AI-powered functionalities to optimize file management, including automated duplicate file detection and intelligent file categorization, improving system efficiency and data organization.
Developed a two-player Tic-Tac-Toe game using Python, featuring a simple text-based interface and basic AI for single-player mode.
Smart glasses integrate Arduino, Bluetooth, and an MP3 player to deliver hands-free calls, personalized music, and versatile wearable technology for modern remote work.
In India, where mental health resources are limited, emotional support chatbots provide accessible, cost-effective care. Using pattern recognition, they deliver empathetic, responsive conversations to support users’ emotional well-being.
This project enhances vehicle safety with an automatic engine lock that activates if alcohol is detected, preventing drunk driving and promoting responsible behavior.
This project develops an Arduino-based radar using ultrasonic sensors to detect obstacles, measure distances, and provide real-time data for robotics and automation.
If you’d like to get in touch, feel free to reach out via email or connect with me on LinkedIn.