NAHYAN

Master in Physics

2021 - 2023

Central University of Tamilnadu

I pursued my Master's in Physics at the Central University of Tamil Nadu, delving into the intricacies of the physical world. The program provided a comprehensive exploration of advanced concepts in physics, nurturing my analytical and research skills. For my master's project, I embarked on a fascinating journey at the intersection of physics and technology by adopting a Machine Learning approach. My project involved leveraging ML techniques to enhance our understanding of complex physical phenomena, showcasing the interdisciplinary nature of modern scientific research. This experience not only deepened my theoretical knowledge in physics but also equipped me with practical skills in applying cutting-edge technology to solve intricate problems in the realm of physics.

Bachelor of Physics

2018 - 2021

Central University of TamilNadu

Embarking on my academic odyssey with a Bachelor's in Physics, I delved into the fundamental forces shaping the world around us. From classical mechanics to electromagnetism, each lesson was a step deeper into the fabric of the universe. Armed with a thirst for knowledge, I honed my analytical skills and discovered the joy of unraveling nature's secrets. Join me on this journey through the wonders of physics, where every equation tells a story, and every experiment unveils a piece of the cosmic puzzle

Intern

2023 - Present

BROTOTYPE, Calicut, Kerala, India

• Gain hands-on experience in full-stack development within a real-world environment.
• Work on innovative web projects and contribute to their success.
• Collaborate with a team of experienced developers to tackle challenges and refine your skills.
• Acquired hands-on experience in developing with MongoDB, Express.js, React.js, and Node.js.
• Gained a deep understanding of the interconnected nature of these technologies in creating full-stack applications.

Project Assistant

2022 - 2023

SCANMAT LAB, TamilNadu, India

• Engaged in a research-intensive internship at SCANMAT lab, specializing in materials science.
• Worked on a project centered around a Machine Learning approach to determine the band gap of materials, showcasing a fusion of physics and computational techniques.
• Applied machine learning algorithms to analyze and predict the band gap of diverse materials, contributing to the advancement of materials characterization methodologies.
• Developed and implemented innovative solutions to challenges in material property prediction, demonstrating adaptability and problem-solving skills.