Centre for Advanced Multidisciplinary Research and Innovation – CAMRI
About Centre for Advanced Multidisciplinary Research and Innovation (CAMRI)
The Centre for Advanced Multidisciplinary Research and Innovation (CAMRI) is committed to driving cutting-edge innovation through interdisciplinary research. It serves as a collaborative platform connecting academia, industry, and global research institutions to develop transformative solutions addressing complex global challenges.
From the first year of study, students actively participate in R&D projects, numerical simulations, and industry-aligned initiatives, gaining hands-on experience and research exposure. CAMRI partners with leading institutions such as IITs, NITs, and international universities to foster impactful, real-world advancements across multiple domains.
VisionTo be recognized globally as a premier hub of excellence in interdisciplinary research and innovation, integrating emerging technologies, sustainable practices, and entrepreneurial spirit to address real-world challenges and contribute to global progress.
Mission- Foster a collaborative research ecosystem uniting students, faculty, and industry to co-create impactful solutions.
- Embed advanced research into academic programs, promoting curiosity, innovation, and problem-solving skills.
- Strengthen partnerships between academia, industry, and research institutions to accelerate technological advancement and entrepreneurship.
- Inspire a culture of innovation, ethical responsibility, and human values that transforms industries and communities.
- Additive Manufacturing & Advanced Materials
Sustainable polymers, nanomaterials, design for additive manufacturing, and industrial applications. - Sustainable Energy & Green Technologies
Renewable energy systems, energy efficiency, and technologies aligned with UN Sustainable Development Goals (SDGs). - Artificial Intelligence & Data-Driven Innovation
AI for smart factories, predictive analytics, and healthcare solutions. - Biomechanics & Healthcare Technologies
Medical devices, prosthetics, tissue engineering, and personalized implants. - Nanotechnology & Functional Materials
Advanced materials for electronics, sensors, and environmental sustainability. - Sustainable Infrastructure & Smart Cities
IoT-driven urban solutions, green construction, and efficient resource management. - Robotics, Automation & Mechatronics
Human-robot collaboration, autonomous systems, and industrial automation. - Human-Computer Interaction & AR/VR
Immersive technologies for education, design, and healthcare. - Environmental Science & Climate Change Mitigation
Carbon capture, sustainable agriculture, and waste management innovations. - Entrepreneurship & Innovation Ecosystem
Startup support, research commercialization, and incubation programs
Research
- Centre for Research
- Centre for Advanced Wireless Integrated Technology (CAWIT)
- Centre for Artificial Intelligence
- Centre for Sustainable Materials and Surface Metamorphosis (CSMSM)
- Centre for Advanced Multidisciplinary Research and Innovation – CAMRI
- Centre for Applied Nanomaterials
- Center for Biomedical Engineering and Research (CBER)
- Centre for Nonlinear Systems(CNS)
- Centre for Material Research (CMR)
- Centre for Perpetual Mechanics
- Centre for Computational Modeling (CCM)
- Area of Research
- Research Supervisors
- Research Supervisors-Mech
- Research Supervisors-BME
- Research Supervisors-Civil
- Research Supervisors-EEE
- Research Supervisors-ECE
- Research Supervisors-CSE
- Research Supervisors-AI & DS
- Research Supervisors-Mechatronics
- Research Supervisors-CSBS
- Research Supervisors-IT
- Research Supervisors-S and H
- Research Supervisors-Cybersecurity
- Research Supervisors-AI & ML
- Research Patents
- Future Plans
- Research Publications
- New Products / Process Developed
