Research in Energy, Environment, and Sustainability explores new materials and processes for sustainable energy production, environmental remediation, and eco-friendly technologies, addressing global challenges with an emphasis on sustainability. Computational Chemistry employs the computational methods and simulations to understand molecular properties and interactions, predicting experimental outcomes and designing new molecules. Chemical Biology, at the intersection of chemistry and biology, investigates chemical processes within living organisms, designs chemical tools for biological studies, advances drug discovery, and elucidates molecular mechanisms of diseases in cellular level. The department's goal of achieving excellence is to inspire research and developed towards translational research that commits to scientific findings and ethical responsibility for the betterment of society. The department has provision of special laboratories for different areas of organic, inorganic, and physical chemistry dedicating to empower students for industry, academia, and research. The departmental labs are equipped with modern-day instruments for qualitative and quantitative analysis, ensuring alignment with the curriculum. Major safety measures such as emergency equipment, proper ventilation, and clear guidelines are in place to protect students and faculty. Additionally, the department features dedicated classroom spaces with audio-visual aids, well-appointed faculty offices as well as qualified faculties in all disciplines, a specialized library with relevant textbooks, and ample storage facilities for laboratory equipment and supplies. Robust networking and connectivity facilitate seamless communication among faculty, students, and researchers, fostering a collaborative academic environment. Regular maintenance and upkeep ensure that all facilities remain in optimal condition, reflecting the university's commitment to providing a high-quality learning environment that is accessible and inclusive to all students.