Dr. Dibyendu Chatterjee is an Assistant Professor in Physics at the Centre for Distance and Online Education (CDOE), Vidyasagar University, West Bengal, where he has been serving since December 2019. He is also associated with the University Science Instrumentation Centre (USIC), Vidyasagar University, as Scientific Officer, contributing to scientific instrumentation, research support, technical training and laboratory development. He completed his B.Sc. in Electronics from Burdwan University in 2006, securing FIRST CLASS FIRST position, followed by an M.Sc. in Electronics from Jadavpur University in 2008. He was awarded his Ph.D. from West Bengal State University in 2018 for his research on “A Study on Transmon Based Quantum Computing Schemes.” He qualified GATE in 2009 and UGC-NET in 2010, and was awarded a State Fellowship from Jadavpur University. He began his teaching career as a Guest Teacher in the Department of Electronics, West Bengal State University, in 2011 and continued there until 2019. His teaching experience includes Circuit Theory, Basic Electronics, Digital Electronics, Power Electronics, Communication, Antenna and Transmission Lines. He has supervised nine Master's-level projects covering quantum computing, quantum algorithms, Arduino-based systems, automation, robotics, environmental monitoring and IBM Quantum computing. His research career, begun in 2011, has focused on Quantum Computing, Quantum Information Technology and Electronics. His research contributions include quantum multiplexer circuits, NMR-based quantum information processing, transmon-based quantum half-adders, circuit-QED common cavity buses and transmon-based quantum routers. He has also contributed to research on fault-tolerant logical quantum bits using an eight-level qudit. His academic activities also include the development of digital educational resources through the QUDEMY channel at YouTube platform, with lectures on quantum circuits, quantum gates, IBM Quantum, quantum entanglement and Bell states. He has also filed two PATENTS, reflecting his interest in innovation and technology development. His professional interests extend from quantum technologies and electronics to embedded systems, scientific instrumentation, environmental monitoring, innovation and technology-oriented applications. His interdisciplinary academic profile connects fundamental research, teaching, student mentorship, digital learning, practical technology and scientific infrastructure development.

Dr. Dibyendu Chatterjee's academic and research interests primarily encompass Quantum Computing, Quantum Information Technology and Electronics, with complementary interests in embedded systems, scientific instrumentation, soil and environmental monitoring, innovation, incubation and technology development. He has been engaged in research in Quantum Computing and Electronics since 2011, with his doctoral research focused on transmon-based quantum computing schemes. His major research interests include quantum computing using superconducting qubits, transmon-based architectures, quantum logic circuits, quantum algorithms, quantum computing languages, quantum communication and quantum error correction. His research has particularly explored Q-mux, multilevel transmon based systems, , quantum half-adders, circuit-QED, quantum information transfer through common cavity buses and transmon-based quantum routers. He is also interested in fault-tolerant quantum computing and qudit-based quantum information processing. His complementary research interests include electronic circuit design and analysis, embedded and microcontroller-based systems, Arduino-based systems, sensors and interfacing, data acquisition, robotics and scientific instrumentation. He is also developing research interests in IoT-based soil and environmental monitoring systems, particularly for monitoring pH, electrical conductivity, moisture, temperature and nutrient status, through integrated sensors, embedded systems, communication technologies and data analysis. Another important area of interest is innovation, incubation and technology development at the University, involving interdisciplinary prototype development and student-oriented projects in IoT, automation, robotics, environmental monitoring, smart devices and scientific instrumentation. His association with the USIC further supports his interests in scientific instrumentation, research infrastructure, technical training and interdisciplinary research. He has also filed two patents, reflecting his engagement in applied innovation and technology development. He has a strong interest in academic resource development, digital science education and open educational resources. Through the QUDEMY channel YouTube platform, he has developed online learning resources and lecture series on quantum circuits, quantum logic gates, IBM Quantum, quantum entanglement and Bell states. He has also developed academic lecture notes on Circuit Elements, Network Theorems, Resonance, S-Domain Analysis, Steady-State Analysis, Two-Port Networks and applications of the Laplace Transform in circuit analysis. His broader academic objective is to integrate quantum science, electronics, embedded technology, scientific instrumentation, IoT, environmental monitoring, innovation and digital education to develop practical, interdisciplinary and socially relevant technological solutions and accessible academic resources for students and researchers.