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

This course will take a look at the relation between wavelets and multirate systems.

This course will address the computational emphasis of advanced hydrology.

This course covers advanced topics in optical communication such as power penalty in a link, fiber amplifiers, and non-linear fiber optics.

This course covers advanced topics in material strength including stress and strains in 3D, theories of failure, and energy methods.

Students in this course will learn the rules and theories of advanced algebra.

Students in this course will learn about fundamental groups, covering spaces, singular homology theory, and more.

Concepts covered in this course include multicasting in Internet, real time communications over the Internet, and differentiated services.

This course discusses the uniqueness of the human mind, blending topics in psychology, philosophy, and science.

This course covers advanced topics related to convective heat and mass transfer and is great for students who are interested in a research career in heat/mass transfer.

Students in this course will learn about cryogenics and its applications, properties of cryogenic fluids, cryocoolers, and more.

Concepts covered in this course include the role of DFM in product specification and standardization, methods of material, shape and process selections, and design rules for manufacturing and assembly processes.

Concepts covered in this course include information theory, bandpass signal representation, and probability of error calculation.

Students will learn about different topics in elementary numerical analysis, including polynomial and piecewise polynomial interpolation and numerical integration and differentiation.

Students in this course will learn about electrostatics, electromagnetism, and thermoelectricity.

Topics covered in this course include the theory of lateral Earth pressure, the design of shallow foundations, and the design of deep foundations.

This course covers topics related to information theory and introduces students to different types of code.

This course will cover the science and history of propulsion and how jet engines create thrust.

This course will cover probability space, random variables, distribution functions, and more.

The jet aircraft propulsion course offers an introduction to aircraft propulsion and study in combustion systems, compressors and turbines, jet engine cycles, intakes and propelling nozzles, and engine performance.

This course introduces students to the concepts of real numbers, functions, sequences, and limit theorems.

Students in this course will be introduced to the theory of measure and integration.

Students in this course will learn the fundamentals of natural language processing.

Students in this course will learn about the ray model, the wave model, and different types of optical fibers.

This course covers topics such as power transmission, chemical processes in electronics, battery charging, and more.

Students in this course are introduced to problems in power stability and the basic concepts of modeling and analysis of dynamical systems.

Students will learn the principles of fuse and over current protection, as well as a variety of other concepts related to power system protection.

In this course, students learn about equipment and stability constraints, frequency and voltage control, load dispatch centre functions, and more.

Students will learn about the photoelectric effect, the Compton effect, diffraction of matter particles, and more.