Courses provided/supported by Dynamical Systems and Robotics Laboratory.

2025 Spring:	Control Systems Engineering I.
	Programming Basics.
2025 01st quarter:	Advanced Control Systems Engineering I.
2024 Autumn:	Control Systems Engineering II.
	Introduction to Natural Science C.
2024 Spring:	Control Systems Engineering I.
	Programming Basics.
2024 01st quarter:	Advanced Control Systems Engineering I.
2023 Autumn:	Control Systems Engineering II.
2023 04th quarter:	Advanced Control Systems Engineering I.
2023 Spring:	Control Systems Engineering I.
	Programming Basics.
2022 Autumn:	Control Systems Engineering II.
	Introduction to Natural Science C.
2022 04th quarter:	Advanced Control Systems Engineering I.
2022 Spring:	Control Systems Engineering I.
	Programming Basics.
2021 Autumn:	Control Systems Engineering II.
2021 Spring:	Control Systems Engineering I.
	Programming Basics.
	Advanced Control Systems Engineering I.
2020 Autumn:	Control Systems Engineering II.
	Mathematical Principles in Natural Sciences and Intelligence.
2020 Spring:	Control Systems Engineering I.
	Programming Basics.
2019 Autumn:	Control Systems Engineering II.
	Advanced Control Systems Engineering I.
2019 Spring:	Control Systems Engineering I.
	Programming Basics.

Previously taught at Nagaoka University of Technology:

2018 Autumn:	Instrumentation and Control Engineering.
2018 Spring:	Mathematics for Information Control.
	Basic Exercises in Mechanical Engineering.
	Design Exercises in Mechanical Engineering.
	Optimal Control Systems.
2017 Autumn:	Instrumentation and Control Engineering.
	Dynamical Systems and Control.
	Advanced Topics in Control Systems Engineering.
2017 Spring:	Mathematics for Information Control.
	Basic Exercises in Mechanical Engineering.
	Design Exercises in Mechanical Engineering.
	Optimal Control Systems.
2016 Autumn:	Instrumentation and Control Engineering.
	Dynamical Systems and Control.
	Advanced Automation.
	Advanced Topics in Control Systems Engineering.
2016 Spring:	Mathematics for Information Control.
	Basic Exercises in Mechanical Engineering.
	Design Exercises in Mechanical Engineering.
	Optimal Control Systems.
2015 Autumn:	Dynamical Systems and Control.
	Advanced Automation.
	Advanced Topics in Control Systems Engineering.
2015 Spring:	Mathematics for Information Control.
	Basic Exercises in Mechanical Engineering.
	Design Exercises in Mechanical Engineering.
	Exercises in Global Information.
2014 Autumn:	Dynamical Systems and Control.
	Advanced Automation.
	Advanced Topics in Control Systems Engineering.
2014 Spring:	Mathematics for Information Control.
	Basic Exercises in Mechanical Engineering.
	Design Exercises in Mechanical Engineering.
	Exercises in Global Information.
2013 Autumn:	Dynamical Systems and Control.
	Advanced Automation.
	Advanced Topics in Control Systems Engineering.
2013 Spring:	Mathematics for Information Control.
	Basic Exercises in Mechanical Engineering. (accessible from local clients only.)
	Design Exercises in Mechanical Engineering. (accessible from local clients only.)
	Exercises in Global Information . (accessible from local clients only.)
2012 Autumn:	no class due to sabbatical.
2012 Spring:	Mathematics for Information Control.
	Experiments and Exercises in Mechanical Engineering. (accessible from local clients only.)
	Design Exercises in Mechanical Engineering. (accessible from local clients only.)
2011 Autumn:	Control Engineering.
	Consideration and Practice of Information Processing 1. (accessible from local clients only.)
	Advanced Automation.
	Advanced Topics in Control Systems Engineering.
2011 Spring:	Mathematics for Information Control.
	Experiments and Exercises in Mechanical Engineering. (accessible from local clients only.)
	Design Exercises in Mechanical Engineering. (accessible from local clients only.)
2010 Autumn:	Control Engineering.
	Oral Presentation.
	Consideration and Practice of Information Processing 1. (accessible from local clients only.)
	Advanced Automation.
	Advanced Topics in Control Systems Engineering.
2010 Spring:	Mathematics for Information Control.
	Experiments and Exercises in Mechanical Engineering.
	Design Exercises in Mechanical Engineering. (accessible from local clients only.)
2009 Autumn:	Control Engineering.
	Consideration and Practice of Information Processing 1. (accessible from local clients only.)
	Advanced Automation.
	Advanced Topics in Control Systems Engineering.
2009 Spring:	no class due to sabbatical.
2008 Autumn:	no class due to sabbatical.
2008 Spring:	Mathematics for Information Control.
	Experiments and Exercises in Mechanical Engineering.
	Design Exercises in Mechanical Engineering. (accessible from local clients only.)
2007 Autumn:	Control Engineering.
	Consideration and Practice of Information Processing 1.
	Advanced Topics in Control Systems Engineering.
2007 Spring:	Mathematics for Information Control.
	Experiments and Exercises in Mechanical Engineering.
	Design Exercises in Mechanical Engineering. (accessible from local clients only.)
2006 Autumn:	Control Engineering.
	Consideration and Practice of Information Processing 1.
	Fundamental Mechanical Engineering Work.
2006 Spring:	Mathematics for Information Control.
	Experiments and Exercises in Mechanical Engineering.
	Design Exercises in Mechanical Engineering. (accessible from local clients only.)

Previously taught at Osaka University:

2005:	MM202 Experiments in Mechanical Engineering
	Exercises in information science and technology I
2004:	MM202 Experiments in Mechanical Engineering
	Exercises in information science and technology I
2003:	MM202 Experiments in Mechanical Engineering
	MM004 Exercises in information science and technology I
2002:	MM202 Experiments in Mechanical Engineering
	MM004 Exercises in information science and technology I
2001:	MM202 Experiments in Mechanical Engineering
	MM004 Exercises in information science and technology I
2000:	MM202 Experiments in Mechanical Engineering
	MM004 Exercises in information science and technology I
	Physics experiments
1999:	MM202 Experiments in Mechanical Engineering
	MM004 Exercises in information science and technology I

Dynamical Systems and Robotics Laboratory

Department of Electric and Electronic Engineering

University of Toyama