The Indian Institute of Technology Kanpur, a premier engineering institution in India, excels in fostering innovation and research. Established in 1959, it offers world-class education, state-of-the-art facilities, and a vibrant campus life, nurturing future leaders in technology and engineering.
51 Indian Institute of Technology Kanpur Courses
This course delves into the fundamentals of money and banking in India, covering essential concepts, monetary policy, and the banking system.
Dive into the art of natural dyeing, exploring sustainable practices, innovative techniques, and the identification of dye-yielding plants for industrial applications.
Explore the dynamics of fluid instability and transition, focusing on computational techniques, experimental methods, and applications in three-dimensional flows and natural laminar...
This introductory fluid mechanics course equips chemical engineering undergraduates with essential concepts for analyzing fluid flow phenomena in various applications.
This course covers essential calculus concepts, including functions, limits, derivatives, integrals, and vector calculus, enabling students to understand and apply mathematical...
Explore intelligent systems and control with a focus on biological foundations, learning systems, and real-world applications, enhancing stability and robustness through innovative...
International Economics explores the intricacies of trade theories, policies, globalization, and their impacts on income distribution, development, and international monetary systems....
Explore the critical study of environmental degradation of materials, focusing on corrosion mechanisms, prevention methods, and the impact on various material classes.
This course explores the interplay between social processes and demographic transitions in India, equipping students with essential social demography tools and theories.
Explore the dynamic field of sociology, examining family, power, work, religion, social stratification, deviance, social change, and ethnography in India.
Explore advanced analytical chemistry techniques, focusing on chromatography and spectroscopy methods essential for trace detection in various applications.
Electroceramics explores the structure, defects, and properties of electronic ceramics, emphasizing dielectric and magnetic materials, along with processing techniques for both...
