List of Courses

The following lecture courses are offered by the Graduate School of Science and Engineering, Saitama University. Lecture courses listed below are given in English. Additionally, students with sufficient Japanese proficiency may take Japanese lecture courses. Most graduate courses carry two credit units, equivalent to one and a half lecture hours per week for 15 weeks.

Masters Course

  • Advanced Analysis of Vibrations and Waves

  • Advanced Course in Technical English III

  • Advanced Course in Transportation System

  • Advanced Geoenvironmental Engineering

  • Advanced Lectures on Construction Materials

  • Advanced Lectures on Strong Motion

  • Advanced Nonlinear Structural Analysis

  • Advanced Reinforced Concrete Engineering

  • Advanced Theory on Earthquake Engineering

  • AI and Data Science for Civil Engineering

  • Bridge Design

  • Climate and Society

  • Construction Management

  • Environmental Vibration and Noise

  • Finite Element Analysis

  • Geosphere System Engineering

  • Geotechnical Earthquake Engineering

  • Landscape Planning and Design

  • Mechanics of Geomaterials

  • Mechanics of Geostructures

  • Numerical Analysis on Hydraulic Environment

  • Practical Numerical Simulation on Hydraulic Environment

  • Practical Structural Dynamics Simulation

  • Special Lectures on Planning Mathematical Science

  • Structural Dynamics and Control

Doctoral Course

  • Advanced Course in Landscape Engineering

  • Advanced Lecture on Carbon Cycling in Aquatic Ecosystem

  • Advanced Lecture on Earthquake Disaster Mitigation

  • Advanced Lecture on Geomaterials in Geosphere System

  • Advanced Lecture on Geosphere System Engineering

  • Advanced Lecture on Microscopic Behavior of Cementitious Materials

  • Advanced Lecture on Seismic Resistant Design of Reinforced Concrete Structures

  • Advanced Theory on Construction Management

  • Advanced Theory on Dynamic Design Method

  • Advanced Theory on Elastic Waves

  • Advanced Topics in Structural Dynamics

  • Applied Mechanics of Materials

  • Disaster Management on on Hydrosphere

  • Environmental Geotechnical Engineering

  • Geotechnical Aspects of Earthquake Engineering

  • River Environmental Engineering

  • Sensing and Analysis for Geotechnical Engineering

  • Traffic Safety Planning

  • Urban Transportation System Planning