Principles of Molecular Engineering

ChemE 457

Syllabus

Outline

Handouts

Homework


 

Instructor

Home Page

Page contents:

Course Description

Course Credit

Required Readings

Schedule Details


Course Links

 


Remarks

 

 

ChemE 457 – Molecular Eng.- Spring 2017

Course Instructor: René M. Overney

245 Benson, 206-543-4353, E-mail the instructor

 

Teaching Assistants:

Seongbeom, Lee, Benson 238, E-mail TA

Patrick McMullen, Benjamin Hall 445 (contact first), E-mail TA

 

Lecture/Exams:  9:30-10:20, JHN 175

Lecture:                 M/W

Recitation:                  F

Exams    (see schedule details below)

 

Office Hours:

 

Overney (BNS 245):               Thu 9:30 - 10:30 (10:30 – 11:45 open door)

 

TAs Office Hours (BNS 137):  Fri 12:30-3:30

      BNS 137 is the Grad. Student Lounge on 1st floor in Benson Hall

 

Course Textbook: Molecular Driving Forces – Statistical Thermodynamics in

Biology, Chemistry, Physics, and Nanoscience (2nd Ed.)

by K.A. Dill and S. Bromberg; Garland Science, New York

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Syllabus

Course Description

Covers the basics of molecular interactions and aspects of statistical mechanics with focus on material properties and reaction kinetics. More specifically, the course entails the discussion of the microscopic molecular aspects of thermodynamic properties, molecular interactions and phase and solution properties, phase formation (adsorption, self-assembly, nucleation and growth), chemical kinetics, and physical kinetics. Prerequisite: CHEM E 310; CHEM E 325; CHEM 455. Offered: Sp.

Within the framework of the accreditation procedure (ABET) it is measured whether students meet the course objectives. In this course the course objectives will be measured with homework assignments and exams that test the students understanding of the theory and applications, which the students were exposed to. The students’ performance will provide continuous feedback and provide improvement of the syllabus.

Course Credit

Course credit is based on

- Course Participation (Homework, Reading Summary, Participation in Class) (20 %),

- 2 Midterm Exams (50%), and

- Final Exam (30%).

 

Exam dates see Schedule Details below.

 

Examinations: Two one-hour midterm exam (open book) and a two-hour comprehensive final exam (open book). All examinations are required and there will be no make-ups. Missing an examination or not turning one in is graded as a failure (0.0).

 

Homework:

Weekly, assigned on Monday and due the following Monday* at the beginning of class. The Homework Assignments and Solutions are posted at

http://courses.washington.edu/overney/ChemE457/Private_ChemE457/Homework/HW457.html

 

*HW on Memorial Day due the following Wednesday.

 

Required Readings and Summary

Reading is assigned with homework. Generally, a written summary of the reading assignment is required, and handed in with the homework.

Schedule Details

March

Mar. 27     Instructions begin

 

April

Apr. 21      Engineering Discovery Day (no class)

Apr. 26      Midterm 1

 

May

May 17      Midterm 2

May 29      Holiday (no class)

 

June

Jun. 2         Last day of instruction

Jun. 7         Final Exam: Wednesday, 8:30-10:20 a.m. (JHN 175)

Course Links

Course Outline

 

Homework Assignment and Posted Homework Solutions

 

Handouts

Remarks

If any student has a learning disability or other special needs, please inform the instructor the first week of class so we can make special arrangements to accommodate you.