Tohoku University

This course addresses the chemical thermodynamics of the aqueous solution using the first and second laws of thermodynamics while. It focuses on the use of thermodynamics related to chemical equilibrium and the calculation of the equilibrium constant based on thermodynamic data.

This course also presents the basis for the application of chemical thermodynamics to the mechanical engineering of the environment, energy, and biological systems.

This course fosters a comprehensive understanding of modern microeconomics. It covers consumer choice, demand theory, producer theory, competitive markets, partial equilibrium, general equilibrium, etc.

Following classical control theory (Control Engineering I), this course utilizes modern control theory and studies the state-space method, a method to control multivariable linear dynamic systems. The focus of modern control theory is how to analyze the characteristics of a system represented by the state equation and how to design a control system to achieve desired characteristics. After learning the representation method of a multivariable dynamic system with a state equation, the course introduces basic concepts of multivariable systems, such as stability, controllability, and observability. The class also learns specific control strategies based on concepts such as pole assignment by state feedback, state estimation by an observer, and optimal control by an optimal regulator.

This course covers the B1 level in the CEFR/JF Standard for Japanese-Language Education (N3 in the JLPT). It provides opportunities to improve listening through lectures and presentations, soliciting understanding of the key points, intentions, issues, and feelings conveyed. 

This course discusses current "hot" technologies featured in media, such as quantum computers (computer science); batteries (chemistry), and nuclear energy (physics). 

This course addresses mathematical aspects of fluid mechanics for ideal and viscous fluids. 

This course explores the theories essential to intercultural communication, deepening one's understanding of the influence of culture on perspectives, ways of thinking, behavior, and values. It also discusses the privilege of Japanese people as a majority group in Japanese society alongside concepts of discrimination, prejudice, and stereotypes against minorities. Last, it considers the role of educators in fostering citizenship among students in the current context of globalization. 

This course is conducted entirely in Japanese. An N1 level of Japanese language proficiency is required.

Working in cross-cultural teams, the class collaborates on a project centered on Japanese comedy. This experience fosters essential global competencies for an international society while deepening appreciation for Japanese comedic culture.

This course covers the basics of stellar evolution. It addresses stellar structure and properties; nuclear reaction; stellar evolution; white dwarfs, neutron stars, and black holes, and supernovae. 

This course explores the fundamental principles and practical applications of human rights in an increasingly interconnected world. Grounded in foundational frameworks like the Universal Declaration of Human Rights (UDHR) and the UN Convention on the Rights of the Child, the class examines gender equality, children's rights, cultural imperialism, and democratic education.