Department of Chemical and Biological Engineering
University of Wisconsin-Madison
Instructor Course Evaluation
Based on Graded Material
CBE255 - Introduction to Chemical Process Modeling
Instructor: Reed
Semester: Spring 2019
Please rate your evaluation of "student performance" for each course objective. A submitted form cannot be edited. However, you may fill a new form if necessary.
Description:
Introduction to modeling of chemical processes, and introduction to using modern computational tools to analyze the models. Topics to be covered include: programming and programming languages; stoichiometry of chemical reactions; diffusion and heat transfer; phase equilibria; chemical kinetics in well-mixed reactors; elementary process dynamics; and estimating parameters from data.
Course Objectives:
Objective
Excellent
Good
Moderate
Minimal
Unsatisfactory
Develop facility with using modern computational software for numerical problem solving
Obtain an integrative overview of the entire chemical engineering curriculum
Be exposed to key modeling concepts for courses later in the curriculum
Acquire a set of tools that will be useful in later CBE courses
Be exposed to problems in stoichiometry of chemical reactions, diffusion and heat transfer, process systems steady-state modeling and design, chemical kinetics in well-mixed reactors, staged separations, estimating parameters from data
Suggestions for modifications in Course Objectives:
Prerequisites:
How would you rate the students' knowledge of the background or prerequisite topics for this class?
Prerequisite
Sufficient
Insufficient
Not needed
Math 319 or 320 or con reg
If any of the above were "Insufficient," please comment on the particular skills.
Are there any additional background topics that you think students should have?
Suggestions for revisions in the content or delivery of this course, especially to address improvements
satisfying program or course objectives:
Comments on any course improvements and results:
Suggestions for instructors in earlier (pre-requisite) courses:
Suggestions for revisions or updates in the
Course web page
:
Click the button below to save and print your completed evaluation.
A printable form will be displayed in a separate window. Use your browser's Print function to print that form.
For better results, turn off the header and footer in your browser Page Setup before printing