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

This course covers a variety of topics related to abstract algebra, including notherian and artinian modules and Hilbert's basis theorem.

This course covers the functions of buildings and structure in general.

This course was designed as an introduction to communication engineering and discusses a variety of topics related to the subject.

Students in this course will learn how to use computer software to draft designs for mechanical systems for use in manufacturing.

This course covers the basic equations used to create two and three-dimensional shapes and models with CAD.

This is a short course covering how CAD can be used to design tools for manufacturing.

This course introduces students to various topics in control engineering, including feedback systems, stability margins, and modes of industrial control.

This course will discuss FIR and IIR, discrete Fourier transform, simple digital filters, and more.

Topics covered in this course include p-n diodes, transistors, small signal BJT amplifiers, and field effect transistors.

This course will cover issues related to the environment, ecology, and the quality of life.

This is an advanced course covering topics related to enzyme science and engineering.

Students in this course will learn about fuel cell reaction kinetics, fuel cell modeling, system integration, and more.

This course discusses a variety of topics related to industrial drives, including the classification and requirements of electric drives.

This course will introduce students to the foundations of computing, programming, and problem solving, especially as they relate to engineering.

Topics covered in this course include breaks and dynamometers, inertia force analysis, governors, and more.

This course covers the concept of logic as it relates to computer science.

Topics covered in this course include work ethics, management, job enrichment, and team building.

Concepts covered in this course include stress-strain relations, torsion, and bending.

This course will cover the definition, structure, and creation of nonwoven technologies.

Students will learn the properties of atomic nuclei, nuclear reactions for generation of energy, and nuclear spectrometry.

Students in this course will learn solutions to nonlinear algebraic equations and study interpolation and approximation.

Students in this course should gain an understanding of the theory and principles of organization management and gain the ability to practice effective and pragmatic management.

Students in this course will learn about the dynamics of power systems in electrical engineering.

Students in this course will learn about electrical power generation, transmission, and distribution.