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~~* ME 575 - Optimization Techniques in Engineering~~
~~* EE 490 Senior Design - Senior design project with robotics emphasis~~

## Control System Engineering Courses at BYU

## Main.BYUCourses History

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* [[https://apmonitor.com/do | ~~ChE693R~~ - Dynamic Optimization]]

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* [[https://apmonitor.com/do | ChE593R/693R - Dynamic Optimization]]

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* [[https://apmonitor.com/do | ~~ChE593R~~ - Dynamic Optimization]]

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* [[https://apmonitor.com/do | ChE693R - Dynamic Optimization]]

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* CE 507 - Linear Finite Element Analysis

* CE 607 - Nonlinear Finite Element Analysis

* CE 607 - Nonlinear Finite Element Analysis

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* [[https://apmonitor.com/do | ChE593R - Dynamic Optimization]]

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* CS ~~613~~ - Robust Control

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* CS 513 - Robust Control

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* CS 412 - ~~Mathematical Modeling~~ and Optimization

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* CS 412 - Linear Programming and Convex Optimization

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* CS 712 - Topics in Algorithmic Decision Processes

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!!!! Graduate level control ~~engineering~~ courses:

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!!!! Graduate level control and optimization courses:

* [[https://apmonitor.com/me575 | ME 575 - Optimization Techniques in Engineering]]

* [[https://apmonitor.com/me575 | ME 575 - Optimization Techniques in Engineering]]

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* ChE 410 - Principles of Reservoir Engineering

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* EE 490 - Senior Design - Senior design project with robotics emphasis

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* Math 510 - Num Methods for Linear Algebra

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ChE 436 - Process Dynamics and Control

EE 483 / ME 431 - Feedback control

EE 490 Senior Design - Senior design project with robotics emphasis

EE 483 / ME 431 - Feedback control

EE 490 Senior Design - Senior design project with robotics emphasis

to:

* ChE 436 - Process Dynamics and Control

* EE 483 / ME 431 - Feedback control

* EE 490 Senior Design - Senior design project with robotics emphasis

* EE 483 / ME 431 - Feedback control

* EE 490 Senior Design - Senior design project with robotics emphasis

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EE 670 - Stochastic Processes

EE 671 - Mathematics of Signals and Systems

EE 672 - Detection and Estimation

EE 671 - Mathematics of Signals and Systems

EE 672 - Detection and Estimation

to:

* EE 670 - Stochastic Processes

* EE 671 - Mathematics of Signals and Systems

* EE 672 - Detection and Estimation

* EE 671 - Mathematics of Signals and Systems

* EE 672 - Detection and Estimation

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EE 673 / ME 633 - Digital Control

EE 674 / ME 634 - Flight Dynamics and Control

EE773 / ME 733 - Linear Systems Theory

EE774 / ME 734 - Nonlinear Systems Theory

CS 613 - Robust Control

EE 674 / ME 634 - Flight Dynamics and Control

EE773 / ME 733 - Linear Systems Theory

EE774 / ME 734 - Nonlinear Systems Theory

CS 613 - Robust Control

to:

* EE 673 / ME 633 - Digital Control

* EE 674 / ME 634 - Flight Dynamics and Control

* EE773 / ME 733 - Linear Systems Theory

* EE774 / ME 734 - Nonlinear Systems Theory

* CS 613 - Robust Control

* EE 674 / ME 634 - Flight Dynamics and Control

* EE773 / ME 733 - Linear Systems Theory

* EE774 / ME 734 - Nonlinear Systems Theory

* CS 613 - Robust Control

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ChE 541 - Computer Design Methods

EE 370 - Probability Theory

EE 631 - Robot Vision

ME 534 - Dynamics of Mechanical Systems

ME 570 - Computer-Aided Engineering Software Development

ME 575 - Optimization Techniques in Engineering

CS 312 - Algorithm Analysis

CS 412 - Mathematical Modeling and Optimization

CS 470 - Artificial Intelligence

CS 650 - Computer Vision I

CS 670 - Multi Agent Systems

CS 750 - Computer Vision II

EE 370 - Probability Theory

EE 631 - Robot Vision

ME 534 - Dynamics of Mechanical Systems

ME 570 - Computer-Aided Engineering Software Development

ME 575 - Optimization Techniques in Engineering

CS 312 - Algorithm Analysis

CS 412 - Mathematical Modeling and Optimization

CS 470 - Artificial Intelligence

CS 650 - Computer Vision I

CS 670 - Multi Agent Systems

CS 750 - Computer Vision II

to:

* ChE 541 - Computer Design Methods

* EE 370 - Probability Theory

* EE 631 - Robot Vision

* ME 534 - Dynamics of Mechanical Systems

* ME 570 - Computer-Aided Engineering Software Development

* ME 575 - Optimization Techniques in Engineering

* CS 312 - Algorithm Analysis

* CS 412 - Mathematical Modeling and Optimization

* CS 470 - Artificial Intelligence

* CS 650 - Computer Vision I

* CS 670 - Multi Agent Systems

* CS 750 - Computer Vision II

* EE 370 - Probability Theory

* EE 631 - Robot Vision

* ME 534 - Dynamics of Mechanical Systems

* ME 570 - Computer-Aided Engineering Software Development

* ME 575 - Optimization Techniques in Engineering

* CS 312 - Algorithm Analysis

* CS 412 - Mathematical Modeling and Optimization

* CS 470 - Artificial Intelligence

* CS 650 - Computer Vision I

* CS 670 - Multi Agent Systems

* CS 750 - Computer Vision II

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(:title Control System Engineering Courses at BYU:)

(:keywords faculty, process control, optimization, process systems engineering:)

(:description Control system engineering courses at Brigham Young University:)

!!! Control System Engineering Courses at BYU

BYU offers the following curriculum in control systems engineering.

!!!! Undergraduate courses:

ChE 436 - Process Dynamics and Control

EE 483 / ME 431 - Feedback control

EE 490 Senior Design - Senior design project with robotics emphasis

!!!! General graduate level systems engineering courses:

EE 670 - Stochastic Processes

EE 671 - Mathematics of Signals and Systems

EE 672 - Detection and Estimation

!!!! Graduate level control engineering courses:

EE 673 / ME 633 - Digital Control

EE 674 / ME 634 - Flight Dynamics and Control

EE773 / ME 733 - Linear Systems Theory

EE774 / ME 734 - Nonlinear Systems Theory

CS 613 - Robust Control

!!!! Other courses that are closely related to control engineering:

ChE 541 - Computer Design Methods

EE 370 - Probability Theory

EE 631 - Robot Vision

ME 534 - Dynamics of Mechanical Systems

ME 570 - Computer-Aided Engineering Software Development

ME 575 - Optimization Techniques in Engineering

CS 312 - Algorithm Analysis

CS 412 - Mathematical Modeling and Optimization

CS 470 - Artificial Intelligence

CS 650 - Computer Vision I

CS 670 - Multi Agent Systems

CS 750 - Computer Vision II

(:keywords faculty, process control, optimization, process systems engineering:)

(:description Control system engineering courses at Brigham Young University:)

!!! Control System Engineering Courses at BYU

BYU offers the following curriculum in control systems engineering.

!!!! Undergraduate courses:

ChE 436 - Process Dynamics and Control

EE 483 / ME 431 - Feedback control

EE 490 Senior Design - Senior design project with robotics emphasis

!!!! General graduate level systems engineering courses:

EE 670 - Stochastic Processes

EE 671 - Mathematics of Signals and Systems

EE 672 - Detection and Estimation

!!!! Graduate level control engineering courses:

EE 673 / ME 633 - Digital Control

EE 674 / ME 634 - Flight Dynamics and Control

EE773 / ME 733 - Linear Systems Theory

EE774 / ME 734 - Nonlinear Systems Theory

CS 613 - Robust Control

!!!! Other courses that are closely related to control engineering:

ChE 541 - Computer Design Methods

EE 370 - Probability Theory

EE 631 - Robot Vision

ME 534 - Dynamics of Mechanical Systems

ME 570 - Computer-Aided Engineering Software Development

ME 575 - Optimization Techniques in Engineering

CS 312 - Algorithm Analysis

CS 412 - Mathematical Modeling and Optimization

CS 470 - Artificial Intelligence

CS 650 - Computer Vision I

CS 670 - Multi Agent Systems

CS 750 - Computer Vision II