1 | Course Introduction | Install Python and Turn in Review |

2 | Simulate Dynamics with Python ODEINT or Simulate Dynamics with Python GEKKO | Simulate HIV Infection |

3 | Physics-based Dynamic Modeling | Derive Balance Equations |

4 | Transient Balance Equations | Blending Simulation |

5 | Linearize Balance Equations | Linear Simulation |

6 | First-Order Linear Dynamics with Dead Time with Graphical Fitting Methods | Fit FOPDT to Data |

7 | Optimize Model Parameter Fit | Parameter Regression |

8 | Exam Review on Modeling and Dynamics | **Practice Exam** |

9 | **Exam on Dynamic Modeling** | |

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10 | Control Design | Control Design |

11 | Proportional-only (P-only) Control | Tank Level |

12 | Proportional Integral (PI) Control | Auto Cruise Control |

13 | Proportional Integral Derivative (PID) Control | Blending Control |

14 | Case Study: Level Control | Level Control |

15 | Case Study: Nonlinear System Control | Exothermic Reactor |

16 | Case Study: Disturbances | Type-I Diabetic Blood Glucose |

17 | Valve Design Principles | Valve Design Exercise |

18 | Sensors and Data Acquisition | Sensor Design Exercise |

19 | Exam Review on Sensors, Actuators, and Controllers | **Practice Exam** |

20 | **Exam on Sensors, Actuators, and Controllers** | |

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21 | Temperature Control Lab | Lab: Modeling |

22 | Temperature Control Lab | Lab: Estimation |

23 | Temperature Control Lab | Lab: Control 2 Page Report |

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24 | Laplace Transforms | Laplace Transform Applications |

25 | Transfer Functions | Block Diagrams with Transfer Functions |

26 | State Space Models | Reactor State Space |

27 | Second Order Systems with Graphical Fitting | Second Order Estimation: Graphical |

28 | Second Order Optimization | Second Order Estimation: Optimization |

29 | Simulation of FOPDT, SOPDT, and Higher Order Systems | Distillation Control |

30 | Stability Analysis | Controller Stability Limits |

31 | Cascade Control and Feedforward Control | Cascade or Feedforward Control Design |

32 | Exam Review on Dynamic Systems Analysis | **Practice Exam** |

33 | **Exam on Dynamic Systems Analysis** | |

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34 | Process Control Project Introduction | Process Control Project |

35 | Optimization Introduction | Process Control Project |

36 | Linear Programming | Process Control Project |

37 | Scheduling Optimization | Process Control Project |

38 | Nonlinear Programming | Process Control Project |

39 | Nonlinear Programming | Process Control Project |

40 | Model Predictive Control | Process Control Project |

41 | Project Help Session | Process Control Project |

42 | Final Exam Review | **Practice Exam** |

Final | Project Report (2 pages) and Presentation (5 min)
**Final Exam**
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