Indian Institute Of Technology-India
Author Profile
Early Academic Pursuits
Gopal Krishna began his academic journey with a Bachelor's in Technology in Electronics and Communication Engineering from Poornima College of Engineering, Jaipur, where he achieved a commendable percentage of 60.4. His commitment to education is evident from his consistent performance during his Intermediate and High School years as well.
Professional Endeavors
Moving forward, he pursued a Master of Technology in Electronics and Communication Engineering at the National Institute of Technology Arunachal Pradesh, specializing in VLSI Design and Embedded System. Under the guidance of Dr. Sahadev Roy, he achieved a CGPI of 8.61, demonstrating his dedication to his field.
Teaching Experience
Gopal Krishna has actively contributed to academia through his teaching roles. As a Teaching Assistant at both the National Institute of Technology Arunachal Pradesh and the Indian Institute of Technology Patna, he conducted lab sessions in areas such as Basic Communication, Optical Communication, Analog Electronics, and Digital Electronics.
Research Focus
His research interest lies in the niche field of Underwater Wireless Optical Communication (UWOC), with a specific focus on visible light communication and digital signal processing. He has honed his research skills in optical wireless communication simulation using MATLAB and the realization of high-speed underwater optical communication using LED/LD.
Accolades and Recognition
Gopal Krishna's contributions to the field have resulted in publications such as "Blue-LED based electrical and optical PD-NOMA systems: Characterization in underwater environment" in Optics Communications, showcasing the practical implications of his research. His work has also been presented at the 2023 International Conference on Microwave, Optical, and Communication Engineering.
Impact and Influence
His Master's project involved the optimization and performance analysis of Trench Gate Power MOSFET, demonstrating a strong foundation in both device and circuit simulation. In his Ph.D. research, he has made significant strides in the design and development of high spectral efficient underwater optical wireless communication systems.
Legacy and Future Contributions
Gopal Krishna envisions his future research to address non-linearity caused by electrical components in UOWC systems. Additionally, he expresses a keen interest in exploring the integration of deep learning and machine learning to enhance system performance. His commitment to facilitating discussions on the state-of-the-art in underwater optical communication reflects his aspiration to motivate and inspire fellow researchers.
In summary, Gopal Krishna's academic journey, teaching roles, research contributions, and future plans highlight a dynamic individual with a passion for advancing the field of underwater wireless optical communication. His dedication to both academic and practical aspects positions him as a promising researcher in the realm of electrical engineering.
Notable Publication