IIT-H Launches India's First AI Chemical Engineering MTech Programs
IIT Hyderabad has launched India's pioneering MTech programs in AI & Machine Learning in Chemical Engineering and Computational Chemical Engineering. These new programs integrate artificial intelligence, computational modeling, and data analytics with core chemical engineering concepts. Designed to equip engineers for modern process industries such as pharmaceuticals, energy, and advanced materials, admissions will be conducted through the Common Online Admission Portal and GATE-based selection, addressing the increasing demand for digital tools in the sector.
IIT Hyderabad has introduced two groundbreaking MTech programs, marking India's first initiative to integrate artificial intelligence and computational modeling with chemical engineering. The Department of Chemical Engineering now offers MTech in AI and Machine Learning in Chemical Engineering and MTech in Computational Chemical Engineering. These programs are strategically designed to address the evolving demands of modern process industries, where digital tools like AI, advanced simulations, and data analytics are becoming indispensable.The MTech in AI and Machine Learning in Chemical Engineering program combines fundamental chemical engineering principles with machine learning, artificial intelligence, and data-driven modeling. Students will focus on practical applications such as process optimization, reaction engineering, materials discovery, smart manufacturing, and sustainable energy systems. Concurrently, the MTech in Computational Chemical Engineering program emphasizes the modeling and simulation of intricate chemical processes, with a curriculum covering computational thermodynamics, computational fluid dynamics, molecular modeling, and numerical optimization.Admissions for these specialized postgraduate programs will commence in the upcoming academic cycle through the Common Online Admission Portal, utilizing GATE-based selection. Graduates are anticipated to secure roles in critical sectors including chemicals, pharmaceuticals, energy systems, and digital manufacturing. Institute director Prof. B.S. Murty highlighted that engineering innovation is increasingly driven by data and computational tools, emphasizing that these programs prepare engineers to merge scientific fundamentals with advanced computation for industrial technological development. Prof. Chandra Shekhar Sharma, Head of Chemical Engineering, reiterated that these offerings reflect the rapid integration of AI and simulation into contemporary chemical engineering practices. The initiative aims to foster a new generation of engineers equipped with domain expertise and digital intelligence.
