"Indian Institute of Science Bangalore (IIT Bangalore)" Open Courses

This course will review several concepts in corrosion engineering including Galvanic and electrolytic cells and stray current corrosion.

Students in this course will learn about the three levels of packaging: chip, board, and system.

Students in this course will learn about how biodiversity represents the foundation of human existence in India, and why the loss of it has serious economic and social costs.

Students in this course will learn about various concepts in thermodynamics including enthalpy, entropy, internal energy, and more.

Students in this course will learn about linear IC applications, signal conditioners, active filters, and more.

This course covers advanced topics related to compiler design.

Students in this course will learn about the development of transportion and the elements of transportation engineering.

Students in this course will learn the numerical methods used to solve hydraulics problems.

This course covers the fundamentals of digital communication.

Topics covered in this course include thermodynamics and defects in solids, Fick's law, and atomic mechanism of diffusion.

Students in this course will learn about number systems, logic devices, circuits, and more.

This course will discuss, in detail, the various issues relating to environment management.

Students in this course will learn about classical error-correcting codes and the modern class of iteratively decodable codes.

Concepts covered in this course include innate immunity, the complement system, and the theory of antibody diversity.

This course was designed to teach the mechanisms involved in eukaryotic gene regulation which is essential for understanding a number of biotechnological applications in medicine and agriculture.

This course covers advanced topics related to the Fourier series concept.

This course will cover how the convection and diffusion processes in fluids determine the rates of transport of mass, heat, and momentum.

Students in this course will be introduced to the concepts of momentum transport and fluid mechanics.

This course reviews the application of geo-informatics in transportation engineering.

This course covers both elementary and advanced topics in graph theory as it relates to computer science.

Students in this course will learn about various ground improvement techniques along with principles, design issues, and construction procedures.

This course will teach typical heat transfer situations, looking into modes of transfer and the laws and parameters.

Students in this course will learn how to improve the quality of programs written for execution on high performance computer systems.

Students is this course will learn about electric drives, converters, choppers, and more.

Students in this course will learn about entropy, mutual information, data compression, Huffman coding, and more.

This course was designed to teach students the basics of earthquake engineering.