Chen-Yuan Kuo

Assoc Professor

Faculty, POLY Campus, Mailcode 2180

Biography:

In 1985, Chen-Yuan Kuo he joined the faculty of aerospace and mechanical engineering at Arizona State University. He transferred to the Polytechnic School in fall 2004.

Kuo has taught various undergraduate and graduate level engineering courses during the past two decades. These include Dynamic Systems and Control, Engineering Mechanics II: Dynamics, Measurement and Data Analysis, Control System Design, Space Vehicle Dynamics and Control, Linear Algebra in Engineering, Advanced System Modeling, Dynamics and Control, Optimal Control, and Robust Multivariable Control. He has served as a faculty advisor to the Pi Tau Sigma international mechanical engineering honor society, ASU chapter since 1986.

Education:

Ph.D. University of California-Berkeley 1984
M.S. Northwestern University 1980
B.S. National Taiwan University 1979

Publications:

I Hernandez, Chen-Yuan Kuo. Lateral control of higher order nonlinear vehicle model in emergency maneuvers using absolute positioning GPS and magnetic markers. IEEE transactions on vehicular technology (2004).
I Hernandez, Chen-Yuan Kuo. Steering control of automated vehicles using absolute positioning GPS and magnetic markers. IEEE transactions on vehicular technology (2003).
D Soetanto, Chen-Yuan Kuo. Improved dynamics model for human standing posture control using functional neuromuscular stimulation. International journal of systems science (2002).
Chen-Yuan Kuo, D Soetanto, Y Chiou. Geometric analysis of flight control command for tactical missile guidance. IEEE trans. on control systems technology (2001).
D Soetanto, Chen-Yuan Kuo, D Babic. Stabilization of human standing posture using functional neuromuscular stimulation. Journal of biomechanics (2001).
Chen-Yuan Kuo, Y Chiou. Geometric analysis of missile guidance command. Control theory and applications (2000).
L Wu, Y Xu, F Wang, Chen-Yuan Kuo, D Babic. Vehicles using neuro-fuzzy networks: Initial experimental results. International journal of intelligent control and systems (2000).

Research Activity:

Kuo,Chen-Yuan*. DEVELOPMENT OF INTERNET BASED EXPERIMENTS AS A PART OF AN INTEGRATED PLATFORM FOR ONLINE RESEARCH IN MODELING, ANALYSIS AND CONTROL OF. UNIV OF AZ(8/1/2000 - 8/31/2001).
Kuo,Chen-Yuan*. RESEARCH ON VEHICLES WITH INTELLIGENT SYSTEMS FOR TRANSPORT AUTOMATION. UNIV OF AZ(11/1/1998 - 12/1/1999).
Rodriguez,Armando A*, Higgins,Walter T, Hoppensteadt,Frank, Kawski,Matthias, Kuo,Chen-Yuan, Puig-Suari,Jordi, Shah,Jami J, Si,Jennie, Tsakalis,Konstantinos. MOSART: A MODEL UNDERGRADUATE MULTIDISPLINARY CONTROLS LABORATORY. NSF-EHR(8/15/1998 - 7/31/2002).
Kuo,Chen-Yuan*. NEURAL NETWORK BASED FUZZY LOGIC CONTROL EXPERIMENTS. MOTOROLA, INC(2/22/1993 - 7/31/1997).
Kuo,Chen-Yuan*. EFFICIENT CONTROL SCHEME FOR MECHANICAL MANIPULATORS. NSF(2/1/1988 - 7/31/1989).

Courses

Spring 2022
Course Number	Course Title
EGR 217	Engr Mechanics Fundamentals
EGR 303	Mechanical Systems Project I
EGR 493	Honors Thesis

Fall 2021
Course Number	Course Title
EGR 303	Mechanical Systems Project I
EGR 492	Honors Directed Study
EGR 602	Princ Ind Res

Spring 2021
Course Number	Course Title
EGR 217	Engr Mechanics Fundamentals
EGR 303	Mechanical Systems Project I
EGR 493	Honors Thesis

Fall 2020
Course Number	Course Title
EGR 303	Mechanical Systems Project I
EGR 492	Honors Directed Study
EGR 602	Princ Ind Res

Spring 2020
Course Number	Course Title
EGR 217	Engr Mechanics Fundamentals
EGR 303	Mechanical Systems Project I
EGR 493	Honors Thesis

Fall 2019
Course Number	Course Title
EGR 303	Mechanical Systems Project I
EGR 492	Honors Directed Study
EGR 602	Princ Ind Res

Spring 2019
Course Number	Course Title
EGR 217	Engr Mechanics Fundamentals
EGR 303	Mechanical Systems Project I

Fall 2018
Course Number	Course Title
ASU 101-TPS	The ASU Experience
EGR 303	Mechanical Systems Project I
EGR 602	Princ Ind Res

Spring 2018
Course Number	Course Title
EGR 217	Engr Mechanics Fundamentals
EGR 303	Mechanical Systems Project I

Fall 2017
Course Number	Course Title
EGR 303	Mechanical Systems Project I
EGR 602	Princ Ind Res

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Chen-Yuan Kuo