"Indian Institute of Technology Kanpur (IIT Kanpur)" Open Courses

This course was designed as a review of the current and upcoming wireless communications technologies for broadband wireless access.

This course covers advanced topics in geotechnological engineering.

This course deals with the latest machining processes such as ultrasonic, water jet, and electrochemical machining.

Topics covered in this course include layout, orientation, and geometric design of highways and railways.

This course discusses the development and applications of biomicroelectromechanical systems.

This course takes a look at the chemical makeup of various everyday materials.

This course was designed to introduce students to the various aspects of color perception and human feeling related to design.

Students of the composite materials and structures web course study fibrous composites, 3D constitutive equations, lamination theory, quality assessment methods, and micromechanics.

Students in this course will learn about various finite methods, stream function vorticity methods, and modeling approaches to solve turbulent flows.

This course is an overview of CAD and its applications in engineering.

Topics covered in this course include dynamics of rigid, rotating and symmetrical bodies, vibration of mechanical systems, and imbalance in multicylinder engines.

This is an advanced course in electroceramics that emphasizes how structures form in such materials.

This course covers the properties of plane surfaces, the three laws of motion, vector algebra, and more.

Students will learn about the properties of surfaces, plan trusses, work and energy, and more via video lectures.

This course will cover advanced topics in physics as applied to engineering problems.

This course takes a look at all types of environmental pollution, including noise pollution.

Students in this course will learn about the dilemmas of transcendence and social transformation using concepts from psychology, sociology, and economics.

This course covers advanced topics in mathematics using the finite element method to solve partial differential and integral equations.

This course covers the basic steps in FEM formulation, the general applicability of the method, and other related topics.

This course covers the basic principles of turbomachines, gas turbine system and propulsion, cascade theory, and more.

Students in this course will learn the definitions, principles, and methods associated with fluid mechanics.

This course takes a look at the fundamentals of fluid mechanics and its applications in chemical engineering.

This course offers a foundation of instruction in the application of scientific computing methods to aerospace engineering.

This course covers conventional and newer sources of energy, classifications of refractories, and types of furnaces.

This course covers conventional and newer sources of energy, classifications of refractories, and types of furnaces.

Fundamentals of combustion offers an examination of the thermodynamics, chemistry, and physics of combustion, fuel types, and emission control methods.