pettugani hari

I am Haripriya, a driven and dedicated individual currently pursuing my master's degree in Artificial Intelligence at Deggendorf University. Concurrently, I hold a challenging role as a working student at Fraunhofer, where I serve as a research scientist specializing in Quantum Machine Learning. My work at Fraunhofer has not only enriched my academic experience but also provided invaluable real-world insights into the field. As I actively search for a thesis opportunity, I am enthusiastic about merging my academic knowledge with my practical expertise, aiming to contribute to cutting-edge developments in Quantum Computing and Artificial Intelligence.

In my previous role as a Research Assistant at Fraunhofer, a renowned research institute, I had the privilege of immersing myself in Quantum Machine Learning. This encompassed developing quantum machine learning algorithms with a strong emphasis on optimization techniques and encoding image data into quantum states. Additionally, I contributed to the creation of a model for road damage detection, addressing a significant industrial challenge. This hands-on experience expanded my knowledge and intensified my interest in quantum technology. My background in Artificial Intelligence complements this journey.

My most pertinent training encompasses a robust educational foundation in Artificial Intelligence, with a specialized focus on quantum computing principles and algorithms. My practical experience as a Research Assistant at Fraunhofer extended to the development of quantum machine learning algorithms, intensive optimization techniques, and the conversion of image data into quantum states. Particularly noteworthy is my role in creating a state-of-the-art Quantum Machine Learning model for Road Damage Detection. This role prominently featured the conversion of image data into quantum states, implementing various cutting-edge image encoding models within platforms like Pennylane and Qiskit, and meticulously documenting their comparisons and accuracy. These experiences have equipped me with a strong grasp of quantum computing and image processing.