Development of a Dynamic Process Model According to Balances. Linearization. Solution of Dynamic Systems in Time Domain By Laplace Method. Numerical Solution to Dynamic System By Spreadsheet. Controlling Process By On/off, Pid Feedback and Stability Evaluation. Methods For Pid Factors Matching. Matlab Software Simulation. Measurement and Control Equipment. Learning Outcomes# at The End of The Course The Student Will Know# 1. to Idntify Biotechnology and Food Common Dynamics Process That Requires Feedback Control. 2. to Formulate Equations of Dynamics Process. 3. to Solve The Equations By Using Linearization and Laplace Method. 4. to Choose On/off, Pid Feedback and to Fit Theirs Appropriate Factors For Process Stabilization. 5. to Simulate The Process and Feedback With Matlab and Excel Software. 6. to Match Appropriate Device For Implement The Process Control (heat, Pressure, Electricity).

Faculty: Biotechnology and Food Engineering
|Undergraduate Studies |Graduate Studies
Pre-required courses

(64106 - Thermodynamics in Biotech.and Food Eng. and 64118 - Mass Transport Phenomena)

Course with no extra credit

54314 - Int. to Process Dynamics and Control M