Dr. Aditi Sengupta
Tagline:Associate Professor at Institute of Engineering and Management, University of Engineering and Management, Kolkata
Kolkata, West Bengal, India
About Me
About Me
I am Dr. Aditi Sengupta, an Associate Professor with 14 years of teaching experience in the fields of Electronics, Computer Science, and Information Technology. I hold a PhD in Semiconductor Devices and Nanotechnology and an M.Tech in Electronics & Communication Engineering.
My academic and research interests lie at the intersection of Solid-State Devices, Semiconductor Devices, Nanotechnology, and Materials Science. My research focuses on understanding and developing advanced materials and device structures for emerging electronic and energy-related applications.
Alongside teaching and research, I have actively contributed to academic administration, curriculum development, examination management, research coordination, and student mentoring. I am also interested in emerging technologies including Artificial Intelligence, Cybersecurity, Robotics, and interdisciplinary applications of technology in education and research.
I believe in creating a learning environment that connects fundamental concepts with real-world applications, while encouraging students to explore, innovate, and develop research-oriented thinking.
Research Interests
- Solid-State Devices • Semiconductor Devices • Nanotechnology • Materials Science • Semiconductor Materials • Advanced Electronic Materials
Patents
NANOSTRUCTURED BIFACIAL PHOTOVOLTAIC PANEL
Date: Jun 2026
Patent Number: 505151-001 .Status:Issued.
Publications
Comparative Analysis of the Electrical and Dielectric Characteristics of a Novel Glassy Ceramic and Its Crystalline Analogue
Conference PaperPublisher:Springer NatureDate:2024Authors:Aditi SenguptaSanjib BhattacharyaChandan Kumar GhoshComparison Between Some Glassy Systems and Their Heat-Treated Counterparts
Book ChapterPublisher:Springer NatureDate:2022Authors:Aditi SenguptaChandan Kumar GhoshSanjib BhattacharyaConduction process in some promising lithium-ion doped glassy ceramics
Journal ArticlePublisher:ElsevierDate:2022Authors:Aditi SenguptaSanjib BhattacharyaChandan Kumar GhoshLi2O-ZnO-MoO3-SeO2 glass-nanocomposites and their crystalline counterparts: microstructure, electrical transport mechanism and first principle DFT analysis
Journal ArticlePublisher:IOP PublishingDate:2022Authors:Aditi SenguptaProlay HalderMir Sahidul AliChandan Kumar GhoshSanjib BhattacharyaDescription:Physica Scripta
Formation of Li10Zn4O9, Li2MoO3, and ZnSeO3 Nanophases: Roles in Electrical Conductivity and Electrochemical Stability in Lithium Ion Conductors and their Crystalline Counterparts
Journal ArticlePublisher:IOP Publishing and The Electrochemical SocietyDate:2022Authors:Aditi SenguptaAnil ChamuahRakesh RamChandan Kumar GhoshSangharaj DiyaliBhaskar BiswasMir Sahidul AliSanjib BhattacharyaElectrodes
Book ChapterPublisher:ElsevierDate:2020Authors:Aditi SenguptaDescription:Metal Oxide Glass Nanocomposites