Indian Institute of Technology Delhi | India
Mahroosh Banday is a dedicated researcher and academician in the fields of biometrics, image processing, and computer vision. With strong expertise in developing innovative solutions for forensic odontology and advanced recognition systems, she has contributed extensively through her teaching, research, and publications. She has been associated with reputed institutions like IIT Delhi, NIT Srinagar, and Islamic University of Science and Technology, where she has played multiple roles as a researcher, assistant professor, and session chair. Her contributions extend to proposal writing for national research bodies and mentoring in technical domains, making her a committed contributor to academia and industry.
Professional Profile
Scopus
Education
Mahroosh Banday has pursued her academic journey in the field of Electronics and Communication Engineering. She completed her doctoral research at the National Institute of Technology, Srinagar, with a thesis focused on dental biometric identification and its forensic applications. Prior to this, she earned her Master of Technology in Digital Communication from Uttarakhand Technical University, Dehradun, where she strengthened her foundation in advanced communication systems. She holds a Bachelor of Technology degree in Electronics and Communication Engineering from the Islamic University of Science and Technology, Jammu and Kashmir. Her academic achievements also include being recognized as a gold medalist.
Professional Experience
Mahroosh Banday has rich professional experience encompassing both research and teaching. She has worked as a research scientist and post-doctoral fellow at IIT Delhi, contributing to innovative projects in AI, biometrics, and defense-related applications. She also gained experience as an assistant professor in the Department of Electronics and Communication Engineering at the Islamic University of Science and Technology. Additionally, she has been involved with NIT Srinagar as a researcher and teaching assistant, where she supported academic and research activities. Her work has included drafting technical proposals for submission to major government agencies and collaborating on interdisciplinary research initiatives.
Awards and Recognition
Mahroosh Banday has received recognition for her excellence in academics and research. She was awarded a gold medal for her outstanding performance during her undergraduate studies. Her research contributions have been acknowledged with a Best Paper Award for her work on image refurbishing approaches at an international conference. She has also been invited to deliver guest lectures, chair sessions at reputed conferences, and contribute as a reviewer for international publications and book chapters. As an active member of IEEE and associated professional societies, she has established herself as a recognized researcher with significant contributions to her domain of expertise.
Research Skills
Mahroosh Banday’s research expertise spans biometrics, forensic odontology, computer vision, and artificial intelligence. Her work focuses on developing cancellable dental templates, biometric systems, and AI-based models for practical applications in security, surveillance, and healthcare. She has worked extensively on projects involving hydrographic data analytics, thermal image synthesis, and optimized facial recognition systems. Her skills include applying advanced machine learning techniques, diffusion models, and deep neural networks for complex image analysis tasks. Proficient in MATLAB and Python, she combines theoretical knowledge with practical problem-solving, demonstrating her ability to address multidisciplinary challenges in biometrics, communication technologies, and defense-oriented research.
Notable Publications
Multi Spectral Visible-Thermal IR Image Translation using Improved U-NET and Conditional Diffusion
Author: Mahroosh Banday, Brejesh Lall
Journal: Neurocomputing
Year: 2022
Conclusion
Mahroosh Banday stands out as a committed academician and researcher whose contributions bridge the gap between theory and practical applications. Her work has advanced the fields of biometric identification, forensic odontology, and AI-driven image processing. With strong professional experiences in teaching, research, and proposal development, she continues to engage in projects of national and global relevance. Recognized for her academic excellence and active participation in professional communities, she remains focused on expanding her research in emerging technologies. Her career reflects dedication, innovation, and a deep commitment to contributing toward advancements in science, technology, and societal applications.