Classes   


Spring Semester 2013  (Bioprocess Engineering, ChE453)

Green Hall L0159 Schedule: Tuesday and Thursday: 10~11:30am

 

Office Hours: 11:30–1:30 Tuesday and Thursday TA: Lian He (Computer Lab Instructor)

 

This course not only gives an overview of bioprocess engineering fundamentals, but also focuses on: 1. how systems biology and molecular biology have been applied to understand cellular metabolisms and to induce cellular production of useful compounds; 2. how modeling approaches can be used to analyze and optimize the bioprocesses; 3. Bioprocessing applications related to bioenergy. 

 

 

 

Date

Topics

Date

Topics

Jan 15

Introduction to ME and Biological Basics

Jan 17

Biochemistry and enzymology overview

Jan 22

Enzyme kinetics

Jan 24

Genetics and cellular regulation (presentation: Balassy, Andrea)

Jan 29

Central pathways (Henson, William )

Jan 31

Cell metabolism (Hollinshead, Whitney )

Feb 5

Cell metabolism (Hoynes-O'Connor, Allison)

Feb 7

Microbial  Metabolic diversity (Kading, Jacqueline)

Feb 12

Bio-reaction models (Kim, Doyoon)

Feb 14

Bio-reaction models (Oxford, Christopher )

Feb 19

Stoichiometry (Shopera, Tatenda)

Feb 21

Metabolic flux analysis (Vazquez, Miguel)

Feb 26

Bioprocess operation (Xiong, Wei)

 

Bioprocess operation/separation (Yeh, Hsi-Wei)

Mar 5

Bioseparation and class overview(Zhang, Lijie)

Mar 7

Midterm due (close book)

 

Note: Spring break (Mar 12 and 14). The location of computer lab from Mar 19~April 2 is in Lopata 401 

Mar 19

Computer Lab  (MATLAB basic)

Mar 21

Computer (ODEs)

Mar 26

Computer Lab (PDEs)

Mar 28

Computer Lab (Process Optimization)

April 2

Computer Lab (Parameter estimation)

April 4

Functional genomics methods (Philip)

April 9

Functional genomics methods (Jared)

April 11

Nonconventional biologic systems  (Yu)

April 16

Life Cycle Analysis (By Mark Henson)

April 18

Biofuel Process (from pretreatment to fermentation)

April 23

 

Biofuel Process (2 and 3 generation biofuel)

April 25

Student Presentations (4 groups)

Presentation group 1: Whitney, Wei and Allie (light activated biosensors )

Presentation group 2: Hsi-Wei, Doyoon, and Tatenda

 

 

Final Take-Home Exam is assigned on April 23 and due on April 30 (Tuesday by 12pm)

 

 

 

Note:

 

I highly recommend you to attend EECE 595C-BioMolecular Engineering lectures (taught by Fuzhong Zhang). You may just sit in the class without registration. . It will be very helpful for your PhD research, and it will also be helpful for your qualify exam. This class is on Tuesday and Thursdays (5:30PM-7:00PM; Lopata Hall  302 ).  The class's schedule is below.

 

 

 

 

 

 

 

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Fall Semester 2012

Process Control Che462 (Fall 2012) : 9am ~ 10am, Green Hall 0160

(Monday, Wednesday and Friday)

Tang Office: Brauer  Hall 1025;  TA Lian Office: Brauer Hall 1043

Help session:  Green Hall 0160  (7pm – 8pm;  Tuesdays, Sept.4 ~ Nov. 2)

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Class Outline Week 1 slides  (HW1: 1.1; 1.3; 1.7; 2.1; 2.3; 2.13, 9.1, 9.2, Due on Sept 7 )

Week 2 slides (HW2: 2.14 (a, b), 2.17, 10.3, 3.4, 3.6, 3.11,  Due on Sept 14 )

Week 3 slides  (Quiz on Sept 14)

Week 4 slides (HW3: 3.14, 3.16(a), 4.1; 4.2; 4.5, Due on Sept 24)

Week 5 slides (HW4: 4.15; 5.2; 5.6; 5.12; 5.24; 5.27; 6.14, 6.20, 7.3, Due on Oct 5)

Week 6 slides (Midterm October 8) Key points in Midterm: 1.Mass and Heat balance models; 2.Laplace Transform and final value/initial value theory; 3.Poles and zeros and their effect on process responses; 4. Linearization and find transfer function; 5.First order and second order processes responses to inputs;

6.Model simplification via time delay Excel File for ODEs   Useful Links: http://www.wolframalpha.com/      http://eqworld.ipmnet.ru/     

 

Week 7 slides (HW5: 6.23 (a, b, c); 7.9; 8.2; 8.3; 8.6; 8.15; 11.1; Due on Oct 17)

Week 8 slides (HW6: 11.3; 11.10; 11.13; 11.14; 12.1, 12.3 (a, b); Due on Oct 26)

Week 9 slides (HW7: 13.1, 13.2, 14.1, 14.3, 14.4, 15.5 (b); 16.2 ; Due on Nov 9)

Week 10 (Guest lecture 1 by Professor Heider; Guest lecture 2 by Professor Zhang; Quiz 3)

Week 11 Slides

Computer Lab since Nov 9 (Urbauer 218 )

Simulink tutorial Matlab and Simulink Lecture Part 1   (Computer programs)

Matlab Lecture Part 2 (Optimization and Parameter Fitting Programs)

Project 1 (Due on November 19th)

Project 2 and data sheet for Q2  (Due on December 3)

 

Lecture Notes

Presentation schedule

 

Final Exam: Dec 14 (8:00am~10am, normal schedule, Green Hall 0160)
Final Exam Coverage

1.Dynamics of first order and second order process (including time delays)
2.Determine the process features based on the roots of characteristic equation
3.Draw and analyze systems using block diagram
4.Develop transfer functions based on block diagram
5.Stability analysis, process safety and Ruth array
6.P-I-D control features and design
7.Feed forward and cascade control
8.Simulink and MATLAB (short questions)
9.Frequency responses
10. Student class presentations (short questions)

 

 

 

 

 

2011 Class with KirK Dolan: . http://tang.eece.wustl.edu/MATLAB_WUSTL.htm