System Dynamics & Controls Online
$29
System Dynamics and Controls is a perfect combination of math and engineering. Differential equations are used to model mechanical & electrical systems. And then, once we have a model, we can use theories from controls to analyze our system. Topics include: Laplace transforms, state space, time response, block diagrams, and much more! MATLAB applications are also given.
What you get with System Dynamics and Controls Online:
- Over 18.5 hours of on-demand, easy-to-understand online System Dynamics and Controls lecture videos
- Downloadable outline of notes to help you follow along with me during the class
- MATLAB examples with downloadable .m files
- 61 fully-worked examples to show you how to apply the theory
- Downloadable Laplace transform table and equation sheet
- An experienced instructor with 20+ years of university teaching experience and 8 years of industry experience
- Email access to the instructor if you need help on course content
- 14-day money-back guarantee
What you learn in System Dynamics and Controls Online:
Mechanical System Modeling
37 Videos (6+ hours), 23 Examples, 2 MATLAB topics
- Laplace Transforms
- Laplace Tables
- Shifting property
- Differentiation & Integration Theorems
- Solving Linear Differential Equations with Laplace Transforms
- Mechanical Systems and Particles
- Rigid Bodies
- Springs and Friction Elements
- Mechanical Input and Free Body Diagrams
- Small Angle Approximation
- Transfer Functions
- Impedence Method
- Transfer Functions for Multiple Inputs & Outputs
State Space
11 Videos (2 hours), 7 Examples, 3 MATLAB Topics
- State Space Representation
- Transfer Function to State Space
- State Space to Transfer Function
Time Response
22 Videos (4 hours), 10 Examples, 4 MATLAB Topics
- Poles & Zeros
- Input Response Types
- First Order Systems
- Free and Impulsive First Order Response
- Step First Order Response
- Ramp Response First Order Systems
- Undamped Second Order System
- Second Order Systems with Damping
- Underdamped Second Order System
- Overdamped & Critically Damped Second Order Systems
- Percent Overshoot, Peak, Settling & Rise Time
- How Pole Location Affects Overshoot, Settling & Peak Times
Block Diagrams
6 Videos (1+ hours), 3 Examples
- Cascade & Parallel Forms
- Feedback Form
- Equivalent Diagrams
Stability & Routh Array
12 Videos (2 hours), 9 Examples
- Stability Analysis
- Routh Criterion
- Routh Special Case I
- Routh Special Case II
- Symmetric Roots
- Stability in State Space
Root Locus
6 Videos (1+ hours), 6 Examples, 1 MATLAB Topic
- Root Locus Introduction
Steady State Error
9 Videos (1.5 hours), 2 Examples
- Steady State Error Test Inputs
- Steady State Error Equation with T(s)
- Steady State Error with G(s)
- Steady State Error with Step Inputs
- Steady State Error with Ramp Inputs
- Steady State Error with Parabolic Inputs
- Static Error Constants & System Types
Modeling Electrical Circuits
8 Videos (1+ hours), 5 Examples
- Intro to Circuits
- Kirchoff’s Laws
- Series & Parallel Circuits
- Circuit Impedence
Whoa! What website are you sending me to?
Don't be alarmed! When you click to enroll you will be taken to my learning management system site: STEM Course Prep. All course materials are housed on that site.
Your privacy is a priority of mine so you can rest assured knowing checkout is safe and secure (128-bit SSL encrypted) and your email won't be shared.