To enhance research capabilities and address emerging scientific challenges, the ICEIR has 14 state-of-the-art laboratories. The focus areas for these laboratories are as follows:

Equipped with advanced analytical instruments, synthetic chemistry setups, and specialized equipment, this laboratory will enable research in areas such as organic & medicinal chemistry, inorganic chemistry, and chemical synthesis and drug designing, etc

This laboratory will be equipped with advanced characterization tools, material synthesis setups, and testing facilities to facilitate research in areas such as nanomaterials, polymers, composites, functional materials, etc. Moreover, Environmental science research shall focus on a wide range of research areas viz. Air, Water, and soil Quality Monitoring and Management, Waste Management and Recycling, Climate Change and Mitigation, Biodiversity Conservation, Toxicology and Environmental Health, Renewable Energy and Sustainable Technologies, Environmental Risk Assessment, Urban and Regional Planning, Remote Sensing and GIS, Ecosystem Restoration Green Chemistry and Sustainable Materials, aimed at understanding, monitoring, and addressing environmental issues.

With dedicated equipment for molecular biology, cell culture, genetic engineering, bioprospecting and bioprocessing, this laboratory will support research in areas such as bioengineering, biotechnology, genomics, proteomics, metabolomics, and bioinformatics, etc.

Designed to support research in pharmaceutical sciences, drug discovery, formulation development, and pharmacology, this laboratory will house specialized equipment for drug synthesis, drug delivery systems, and pharmacological studies, etc.

This laboratory will provide a controlled environment for stem cell culture, differentiation studies, tissue engineering, and regenerative medicine research. It will include state-of-the-art equipment for cellular imaging, flow cytometry, stem cell manipulation, etc.

To enhance research capabilities and promote interdisciplinary collaborations, the existing central instrumentation facility (CIF) has been remodeled and the instrumentation facilities have been augmented to develop a well-equipped, state-of-the-art CIF as part of the ICEIR. This facility houses advanced research instruments and analytical tools that can be shared across various laboratories and research projects. Key components of the central instrumentation facility include:

High-performance equipment for spectroscopy, microscopy, chromatography, mass spectrometry, and other analytical techniques. This will enable precise characterization and analysis of samples across different research domains.

Specialized research equipment, such as high-throughput screening systems, RT-PCR, Del Documentation system, Milli Q water purification system, centrifuges, Lyophilizer, Confocal microscopes, and much more equipment are available. Further, the Particle size analyzers, and surface analysis instruments, DNA sequencers, Electron microscope, etc. will also be procured to cater to diverse research needs within the center

The central instrumentation facility includes computational resources and software tools for data processing, analysis, and modeling. These enable researchers to derive meaningful insights from their experimental results.

The facility has dedicated technical staff to assist researchers in operating and maintaining the instruments, provide training on specialized techniques, and ensure optimal utilization of the resources.

The laboratories within the ICEIR focus their research efforts on addressing thrust areas of local, national, and international importance. These thrust areas are identified based on societal needs, emerging scientific challenges, and the potential for significant impact. Research projects conducted within the ICEIR are aligned with these thrust areas, ensuring that the center's efforts contribute to solving real-world problems and advancing knowledge in critical domains.