Unlocking Chemical Frontiers: IIT Bombay Prof, Debabrata Maiti at Sai Life Sciences

As part of Sai Life Sciences’ efforts to foster knowledge exchange and bring leading voices from niche areas of science and technology to its teams, the company recently hosted Prof. Debabrata Maiti from the Indian Institute of Technology (IIT) Bombay at its R&D campus in Hyderabad for a day of scientific exchange and dialogue.

The program began with a Masterclass on “Unlocking New Chemical Space via Selective Catalysis.” In his talk, Prof. Maiti outlined novel catalytic strategies to achieve site-selective functionalization and expand the boundaries of chemical synthesis. He highlighted how such innovations are opening access to new chemical space, enabling the design of complex molecules with greater precision and efficiency.

This was followed by a Fireside Chat on “Speed Meets Precision: From Idea to Impact in Rethinking What Molecules Can Be.” In a wide-ranging conversation, Prof. Maiti reflected on the evolving landscape of drug discovery, the interplay between academia and industry, and how advances in catalysis and synthetic methodologies can accelerate the journey from research ideas to real-world applications. He emphasized that “there is no real difference between academia and industry — both are about solving problems and being accountable to stakeholders,” while pointing to the strengths each domain can adopt from the other.

Prof. Maiti, a recipient of multiple national and international recognitions for his pioneering work in transition-metal catalysis and sustainable synthetic methodologies, is widely regarded as one of the leading researchers in the field of modern chemistry. His visit brought valuable perspectives on the role of catalysis in driving innovation, while reinforcing the importance of collaboration across research ecosystems. The sessions attracted scientists and researchers across Sai Life Sciences, sparking engaging discussions and offering fresh insights into how catalysis-driven approaches can redefine the possibilities of chemical discovery and development.