"Tokyo Institute of Technology" Open Courses

This course gives students a base-level understanding of energy science and state-of the-art technologies in the field.

In this course, students will focus on advanced approaches for the algorithm, architecture, and mechanism in data engineering.

The primary objective of this course is to provide basic methodologies in the boundary value problems of electromagnetic waves.

In this course, students learn about the design and analysis of retained structures for applications in various forms of engineering.

This lecture gives students exposure to advanced knowledge in water and hydrology resources.

This course introduces the various machine elements of mechanical systems, such as sensors, actuators, and mechanisms.

In this course, students will be introduced to theoretical foundations of technologies and real0time systems in real-time operating systems.

Students learn about the basic models and related equilibrium relations on more than 13 unit mass transfer operations.

This course covers several important concepts of design and implementation of signal processing algorithms.

This course addresses topics related to water resources engineering, hydrological modeling, and management.

Taught in the fall of 2012, this course provides a general overview of the computational treatments of cognitive processes.

The domain of medical decision making is introduced to students in this course, focusing specifically on perception, communication of medical risk, and attitude towards physicians and patients.

Students taking this course will be presented with fundamental theories and analytical methods for waves and vibrations in solids, in addition to other aspects of this process in the engineering world.

Students will be given a fundamental understanding of aquatic ecosystems and their applications, which will enable them to assess aquatic environments for sustainable management.

The primary purpose of this course is to explore the nature and techniques of business information system development projects.

In this course, the fundamentals of numerical analysis are explained, including FEM and BEM.

In this course, an outline for standard methods used in the hydraulic design of structures is provided.

Through this course on complex networks, students will learn the fundamentals of networks, algorithms, models, and processes of networks.

Taught in fall of 2011, this course gives numerical methods of computational fluid dynamics (CFD).

This course provides an overview of contemporary art from the perspective of an artist and allows students to create their own art works.

Students will receive a comprehensive overview of corporate management and intellectual property activities in this course.

In this course, students will gain a better ability to identify a design problem, acquire a greater understanding of the design process of a new product, learn how design activities affect people, environment, and society, and much more.

In this course, students will study the chemical processes in atmosphere responsible for protecting people from harmful UV radiation and providing warmth.

The purpose of this course is to provide students with the history of chemistry in modern Japan.

Students will receive an introductory look at the concept and methods for design thinking.

Covering subjects related to earthquake risk reduction, this course educates students on general and earthquake preparedness, earthquake ground motion, and the response of structures to earthquakes, among other things.

Students taking this course gain valuable insight to the fundamentals of crystallography, physical tensors, lattice vibration, and much more.

This course addresses the fundamental theories of dielectric and magnetic properties for use in electronics and electrical engineering.

This course introduces the various machine elements of mechanical systems, such as sensors, actuators, and mechanisms.

This course explores the contribution of science and engineering to providing insight to the environmental impacts at the global and national level as well as understanding how it controls those impacts.