The research at Amity University Kolkata encompasses the systematic investigation, experimentation, and analysis conducted by academic scholars to advance knowledge within various research areas. It entails intense
investigation, analytical reasoning, and teamwork to generate novel ideas, resolving challenging issues, and developing cutting-edge technology. The University functions as a centre for a variety of research
projects, from basic science investigations to practical research that also involves social issues. It makes serious contributions to the advancement of knowledge, the creation of novel techniques, the improvement of
accepted theories, and the production of workable solutions through research. This quest for knowledge advances global societies and enhances scholarly discourse while encouraging interdisciplinary collaboration.
Research Areas
- Biotechnology & Healthcare
- Sustainable Materials & Engineering
- Artificial Intelligence & Robotics
- Climate Change & Environmental Studies
- Education & Social Sciences
- Nanotechnology & Advanced Materials
- Data Science & Big Data Analytics
- FinTech & Financial Inclusion
- Agriculture & Food Security
- Urban Planning & Development
- Biomedical Engineering
- Material Science
- Water Resource Management
Research Objective
Research at Amity University Kolkata is an engine for good change as well as a means of acquiring information. We support the development of an innovative, cooperative, and inquisitive culture. Encouraged by a dedication
to interdisciplinary research, our faculty members collaborate across disciplines to address difficult problems from a variety of angles.
This strategy supports innovative research that has practical applications. We convert scientific findings into practical solutions that tackle pressing problems in social development, education, healthcare, and
sustainability. The research outcome of Amity University Kolkata leads to a better earth and empowers communities by going beyond the theoretical.
Faculty & Researchers
Amity University Kolkata promotes a dynamic, multidisciplinary research culture that prioritises creativity, academic achievement, and practical applications. As a centre for impactful research and academic excellence, it distinguishes itself on being committed to interdisciplinary collaboration, ethical practices, and global engagement.
Research Culture
- The university encourages cutting-edge research in a wide range of subjects including engineering and technology, artificial intelligence, machine learning, cybersecurity, big data, IoT, pharmacy, biotechnology, and green chemistry, alongside humanities, and social sciences, including history, applied science, political science, sociology, law, architecture, fine arts, fashion technology, commerce, finance and education, with themes like post-colonial studies, cultural heritage, and policy analysis.
- Industry-academia partnerships offered by Amity Kolkata drive applied research, while interdisciplinary collaborations bring together perspectives of technology, healthcare, environmental sciences, and business intelligence and foreign languages etc.
- The faculty and students of Amity Kolkata are actively involved in bringing out high-quality publications, patents, and conducting conferences.
- The university prioritizes sustainability, with research in climate resilience, green architecture, and smart systems, as well as social impact initiatives in legal aid, rural livelihoods, and healthcare innovation. Seed grants, sabbaticals, and national/ international funding opportunities further enhance research productivity and research ecosystem.
- Regular workshops, seminars, and faculty development programs at the University foster a culture of continuous learning and research.
Key Research Areas
Amity Kolkata demonstrates its commitment to interdisciplinary research and innovation combined with societal relevance. A vast spectrum of research carried out in Amity Kolkata takes a holistic approach while bridging technology, sustainability, culture, and social welfare.
- Artificial Intelligence and Data Science
This domain covers machine learning, natural language processing, and ethical AI, with applications in healthcare and smart cities. The research methodology includes explainable AI and federated learning to ensure transparency and privacy.
- Cybersecurity and Network Security
Focused on cryptography, intrusion detection, and blockchain, this research addresses secure communication and IoT security. It explores quantum cryptography and zero-trust models to combat evolving cyber threats.
- Internet of Things (IoT) and Edge Computing
IoT research develops secure architectures for smart cities, healthcare, and industrial applications. It investigates edge computing to enhance real-time data processing and privacy.
- Human-Computer Interaction and Computer Vision
This area of research explores augmented reality, brain-computer interfaces, and medical image processing to improve user experiences. The research methodology includes assistive technologies and emotion-aware systems for accessibility.
Research in robotics focuses on autonomous systems, humanoid robots, and swarm robotics for industrial and assistive applications. It also includes bioinspired designs and collaborative robotics for human-robot interaction.
- Quantum Computing and Cryptography
This research investigates quantum algorithms and cryptographic protocols to secure future communications. It explores quantum communication and its applications in cybersecurity and data processing.
- Nanomaterials and Membrane Technology
Research in nanomaterials focuses on fabricating nanodevices and membranes for water recycling and electronics. It also uses sustainable materials for environmental and industrial applications.
- Renewable Energy and Energy Storage
This area of research investigates solar, wind, and bioenergy systems, alongside energy storage solutions for grid integration. It aims to advance sustainable energy technologies for a carbon-neutral future.
- Advanced Materials and Smart Manufacturing
Focused on nanomaterials, additive manufacturing, and Industry 4.0, this research develops sustainable production techniques. It includes smart materials for energy and structural applications.
- Condensed Matter Physics and Nanophotonics
This research explores strongly correlated electron systems, plasmonic, and nonlinear optics. It investigates novel materials and phenomena for applications in photonics and electronics.
- Mathematical Modeling in Ecology and Epidemiology
This research involves computational analysis of prey-predator dynamics, disease transmission, and optimal harvesting strategies. It uses control theory to model ecological and epidemiological scenarios.
- Cancer Nanomedicine and Targeted Therapy
This research develops nanotechnology-based drug delivery systems for precise cancer treatment. It aims to improve therapeutic efficacy while minimizing side effects.
- AI and Computational Drug Design
Leveraging AI, this area of research focuses on designing drugs for personalized medicine and predicting drug interactions. It also enhances drug discovery through computational modelling and simulations.
- Climate Crisis and Grassroot Empowerment in the Sundarbans
This community-driven approach addresses climate change impacts in the Sundarbans, emphasizing diversity and local solutions. It also investigates how grassroots initiatives can empower vulnerable communities to develop sustainable climate adaptation strategies.
- Indian Saltpeter and the Political Economy of the Bay of Bengal
This examines the historical and economic significance of Indian saltpeter in shaping trade and political dynamics in the Bay of Bengal. The role of Indian saltpeter is analysed in colonial and global economic systems.
- Postcolonial Studies and Partition Studies
This research explores the cultural, social, and political legacies of colonialism and the partition of India. It delves into the narratives, identity formation, and historical memory in postcolonial contexts.
- Ecocritical Studies and Environmental Humanities
This study investigates the relationship between literature, culture, and the environment, addressing ecological crises. It also examines how narratives and cultural practices can foster environmental awareness and sustainability.
- Film-Induced Tourism and Destination Marketing
This research explores how films, particularly Bollywood, influence tourist perceptions and destination choices. As observed by Dr Debasish Batabyal, it analyses the impact of cinematic portrayals on revisiting intentions and destination branding.
- Sustainable and Regenerative Tourism
This research focuses on geo-tourism, carbon-neutral travel, and community-based models to support local livelihoods. It also aims to develop sustainable tourism frameworks that preserve cultural and environmental heritage.
- Cultural Heritage Conservation
This study investigates the preservation of heritage sites amidst urbanization and the role of cultural institutions like libraries in tourism. Research includes studies on homegrown brands and their cultural significance.
- Ethnopharmacology and Herbal Drug Development
This research explores traditional medicinal plants for developing herbal drugs. It integrates ethnopharmacological knowledge with modern pharmacology for sustainable healthcare solutions.
- Indian Knowledge Systems and Holistic Education
This research examines the relevance of yoga, Ayurveda, and Indian educational traditions in modern contexts. It explores their integration into curricula for holistic learning and well-being.
- Educational Technology and AI in Education
This area of research investigates AI, virtual field trips, and ICT to enhance teaching and learning. It also focuses on equitable access and innovative pedagogical tools.
- Green Finance and Sustainable Investment
This research focuses on financial instruments that support environmental sustainability. It also explores green bonds and carbon markets to promote eco-friendly economic growth.
- Behavioral Finance and Sentiment Analysis
Investigating how psychological factors influence financial decisions, this research uses sentiment analysis to study market behavior. It aims to improve investment strategies and risk management.
- Fintech and Financial Inclusion
This research explores digital platforms to enhance access to financial services, particularly for underserved communities. It examines blockchain and mobile banking innovations.
- Space Law and Intellectual Property Rights
This research addresses the legal frameworks for space exploration and intellectual property in emerging technologies. It examines international regulations and their implications for innovation.
- Sustainable Architecture and Energy Studies
This research focuses on energy-efficient building designs and sustainable materials. It aims to create environmentally friendly structures that reduce carbon footprints.
- Urban Design and Resilient Planning
This area of research investigates urban infrastructure and resilient planning to address peri-urbanization and climate challenges. It also promotes inclusive and sustainable urban development