Courses
Number | Name | Instructor |
---|---|---|
ECE234 | Modeling, Identification, and Validation for Control | Smith |
ME155B | Control Systems Design II | Paden |
ME203 | Nonlinear Mechanics | Mezic |
ME225(DSS) | Dynamical Systems with Symmetries (Special Topics) | Moehlis |
ME255(CMS) | Control of Micro Systems (Special Topics) | Astrom |
Number | Name | Instructor |
---|---|---|
ChE211A,CS211A,ECE210A,Math206A,ME210A | Matrix Analysis and Computation | Smith |
ChE295,ECE295,ME295,CS592 | Control, Dynamical Systems, and Computations Seminar | Khammash |
ECE141A,ME141A | Introduction to MicroElectroMechanical Systems (MEMS) | Turner |
ECE147A | Feedback Control Systems: Theory and Design | Teel |
ECE230A,ME243A | Linear Systems I | Khammash |
ECE270 | Noncooperative Game Theory | Hespanha |
ECE594D(FAE) | Fourier Analysis for Engineers (Special Topics) | Chandrasekaran |
ME104 | Sensors, Actuators, and Computer Interfacing (Mechatronics) | Paden |
ME155A | Control Systems Design I | Bullo |
ME201 | Advanced Dynamics I | Mezic |
ME225FB(CCRN) | Cooperative Control of Robotic Networks | Bullo |
Number | Name | Instructor |
---|---|---|
ChE154 | Engineering Approaches to Systems Biology | Doyle |
ChE255 | Methods in Systems Biology | Doyle |
ECE130C | Signal Analysis and Processing (Linear Algebra) | Chandrasekaran |
ECE147C,ME155C | Control Systems Design Project | Hespanha |
ECE181A,ME170A | Introduction to Robotics: Robot Mechanics | Bullo |
ECE229 | Hybrid and Switched Systems | Teel |
ECE237,ME237 | Nonlinear Control Design | Kokotovic |
ME106A | Advanced Mechanical Engineering Laboratory | Bamieh |
ME125 | Nonlinear Geometric Control (Special Topics) | Paden |
ME155A | Control Systems Design I | Khammash |
ME16 | Engineering Mechanics: Dynamics | Bamieh |
ME203 | Nonlinear Mechanics | Mezic |
Number | Name | Instructor |
---|---|---|
ChE152B | Process Dynamics and Control II | Seborg |
ECE130B | Signal Analysis and Processing (Discrete-time transforms) | Chandrasekaran |
ECE147B | Digital Control Systems--Theory and Design | Teel |
ECE230B,ME243B | Linear Systems II | Hespanha |
ECE236,ME236 | Nonlinear Control Systems | Kokotovic |
ME155B | Control Systems Design II | Paden |
ME163 | Engineering Mechanics: Vibrations | Mezic |
ME215B | Applied Dynamical Systems II | Moehlis |
ME225AV(SMC) | Stochastic Modeling and Control (Special Topics) | Astrom |
Number | Name | Instructor |
---|---|---|
ChE152A | Process Dynamics and Control I | Seborg |
ChE211A,CS211A,ECE210A,Math206A,ME210A | Matrix Analysis and Computation | Smith |
ECE141A,ME141A | Introduction to MicroElectroMechanical Systems (MEMS) | Macdonald |
ECE147A | Feedback Control Systems: Theory and Design | Teel |
ECE230A,ME243A | Linear Systems I | Hespanha |
ME104 | Sensors, Actuators, and Computer Interfacing (Mechatronics) | Paden |
ME155A | Control Systems Design I | Bullo |
ME201 | Advanced Dynamics I | Mezic |
ME215A | Applied Dynamical Systems I | Moehlis |
ME225(MCSDDS) | Modeling and Control of Distributed Dynamical Systems (Special Topics) | Bamieh |
Number | Name | Instructor |
---|---|---|
ChE154 | Engineering Approaches to Systems Biology | Doyle |
ChE255 | Methods in Systems Biology | Doyle |
ECE130C | Signal Analysis and Processing (Linear Algebra) | Chandrasekaran |
ECE147C,ME155C | Control Systems Design Project | Hespanha |
ECE181A,ME170A | Introduction to Robotics: Robot Mechanics | Bullo |
ECE232,ME256 | Robust Control with Applications | Smith |
ECE249 | Adaptive Control Systems | Kokotovic |
ECE271A,ME225AQ | Principles of Optimization: Convex Optimization | Khammash |
ECE271C | Dynamic Optimization: Optimal Control | Paden |
ME16 | Engineering Mechanics: Dynamics | Mezic |
ME169,ECE183 | Nonlinear Phenomena | Teel |
Number | Name | Instructor |
---|---|---|
ECE130B | Signal Analysis and Processing (Discrete-time transforms) | Chandrasekaran |
ECE147B | Digital Control Systems--Theory and Design | Smith |