1
  | Course Introduction | | Install Python | Complete 7 modules: Data-Driven Engineering |
2
| Simulate Dynamics with Python ODEINT or with Python GEKKO | Quiz A | Catalytic Converter Light-off | Step Test Simulation |
3
| Physics-based Dynamic Modeling | Quiz B | Derive Balance Equations | Convective Heat Transfer |
4
| Transient Balance Equations | Quiz C | Blending Simulation | Radiative Heat Transfer |
5
| Linearize Balance Equations | Quiz D | Linear Simulation | Linearize Energy Balance |
6
| First-Order Linear Dynamics with Dead Time using Graphical Fitting Methods | Quiz E | Graphical FOPDT Fit | TCLab Graphical FOPDT Fit |
7
| Optimize Model Parameter Fit | Quiz F | Parameter Regression | Regression FOPDT |
8
| Control Design | Quiz G | Control Design | Process and Block Diagram |
9
| Proportional-only (P-only) Control | Quiz H | Tank Level | P-only Control |
10
| Proportional Integral (PI) Control | Quiz I | Auto Cruise Control | PI Control |
11
| Proportional Integral Derivative (PID) Control | Quiz J | Blending Control | PID Control |
| 12 | Exam Review on Dynamics and Control | | Practice Exam | |
| 13 | Exam on Dynamics and Control | | | |
| | | | |
Class |
Topic |
Quiz |
Assignment |
TCLab Activity |
14
| Case Study: Level Control | Quiz K | Level Control | PI Control Tuning |
15
| Case Study: Nonlinear System Control | Quiz L | Exothermic Reactor | PID Control Tuning |
16
| Case Study: Disturbances | Quiz M | Type-I Diabetic Blood Glucose | PID with Feedforward |
17
| Valve Design Principles | Quiz N | Valve Design Exercise | Heater Actuator |
18
| Sensors and Data Acquisition | Quiz O | Sensor Design Exercise | Temperature Sensor |
19
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