Dr. Vasundhara

Dr. Vasundhara is an accomplished researcher and educator in optical communication and photonic network systems. She began her career working on nonlinear optical signal processing and advanced fibre technologies under an Indo-Russian project before transitioning into broader academic and interdisciplinary research. She is passionate about combining optical networking, artificial intelligence, ultrafast photonics, and wireless communication technologies. Her work spans areas such as elastic optical networks, space-division multiplexing, AI/ML in optical communication systems, and all-optical logic design. 

Dr. Vasundhara’s research focuses on developing intelligent and high-capacity communication infrastructures capable of supporting next-generation networking demands. She actively integrates advanced computational approaches with optical technologies to improve performance, energy efficiency, and scalability in modern communication systems. 

Before joining academia, Dr. Vasundhara gained over seven years of experience working with advanced optical communication tools and research environments. She has worked extensively with OptiSystem, MATLAB, Python, and simulation frameworks for optical networks. Her experience includes designing all-optical signal processing systems, developing algorithms for elastic optical networks, and contributing to projects involving machine learning applications in photonics. Her technical expertise enables her to bridge practical engineering challenges with academic and research insights. 

Optical Communication | Ultrafast Photonics | Elastic Optical Networks | Space-Division Multiplexing | All-Optical Logic Design | AI/ML in Optical Networks | Soliton-Based Signal Processing | Photonic Computing | Intelligent Network Design 

Dr. Vasundhara’s teaching philosophy is rooted in the belief that strong fundamentals are essential for deep learning. She focuses on building conceptual clarity and encourages students to connect engineering principles with real-world technological challenges. Her classes emphasize problem-solving, hands-on experimentation, and critical thinking through discussions, demonstrations, and practical examples from optical communication and computer engineering. She aims to create a collaborative and engaging learning environment where students feel motivated to question, explore, and innovate while developing confidence as future-ready engineers. 

Dr. Vasundhara has received merit scholarships during her higher studies and DST project support grants for her research on nonlinear fibre effects and all-optical logic design. Her research presentations in photonic systems have also been supported through travel grants from recognized academic bodies. 

Dr. Vasundhara has taught courses on Design and Analysis of Algorithms, Operating Systems, Digital Logic Design, and Machine Learning. 

Dr. Vasundhara is actively engaged in research on next-generation optical communication systems, with a strong focus on emerging paradigms such as space-division multiplexing, soliton-based all-optical processing, and AI-driven network intelligence. Her work explores nonlinear fibre effects, ultrafast photonics, and intelligent resource allocation strategies for future high-capacity communication networks. 

She has published research in Scopus and Web of Science indexed journals from reputed publishers including IEEE, Elsevier, and Springer. In addition to her publications, she contributes to the academic community as a reviewer for reputed international journals in optical networks and photonics, supporting advancements in cutting-edge research within the field. 

vasundhara@ddn.upes.ac.in