Teaching

 

University of Notre Dame

 
 

The courses...


Current course --

Advanced Chemical Engineering Thermodynamics (CBE 60553) - a link to the course is available for registered students via Concourse.

Other recently taught courses

Spring 2009

Chemical Process Design (CBE 40448) - link for students is through Concourse

Fall 2008

Biological Thermodynamics (CBE 40485/40585). The course link is available to enrolled students through Concourse.

Spring 2008

Chemical Process Design (CBE 40448) - link for students is through Concourse

Spring 2007
Chemical Engineering Thermodynamics (CBE 20256)

Fall 2006
Biological Thermodynamics (CBE 40485)

Spring 2006
Chemical Engineering Thermodynamics (CBE 20256)

Fall 2005
Separation Processes (CBE 40443)

Spring 2005
Chemical Engineering Thermodynamics (CBE 256)

Fall 2004
Molecular Modeling (CBE 698F)

Spring 2004
Chemical Process Design (CBE 448)


Educational Materials

Prof. Maginn is part of the CACHE Molecular Modeling Task Force. This group has developed a web-based textbook on molecular modeling, sponsored the Foundations of Molecular Modeling and Simulation conferences FOMMS 2000, FOMMS 2003, and developed web-based educational modules for incorporating molecular-level concepts into the undergraduate chemical engineering curriculum. This project was made possible by the support of the National Science Foundation under grant DUE-9752243. Below are links to some of the modules we have developed so far.


Joule-Thomson effect module (Maginn, Notre Dame)

Etomica: A Java API (Kofke, SUNY Buffalo)

Multicomponent phase equilibrium (Lacks, Tulane)

Vapor-liquid equilibrium (Rowley, Brigham Young)

Thermal conductivity (Snurr, Northwestern)

 

Links to other courses taught by Prof. Maginn

Advanced Chemical Engineering Thermodynamics (CBE 453/553)

Introduction to Engineering Systems (EG 111)

* Writeup on the course (pdf)

Molecular Modeling and Theory (ChEg 698d)
Here you will find a pdf file of my lecture notes, and power point slides from class lectures.

My teaching philosophy

The education of our students, both undergraduate and graduate, is the reason Notre Dame exists. In CBE, we believe that a broad, fundamental education is the best way to serve our undergraduate students. The primary vehicle for graduate education is a small number of specialized courses and in depth, thesis research. We also believe undergraduate students benefit from conducting research, as they learn and create cutting edge technology.

Students who have graduated from our department have pursued, successfully, a wide range of career paths. We believe that this has resulted from the interests of students who enter our program and is facilitated by our emphasis on fundamental aspects of chemical engineering.

Our program seeks to develop students who:

1. Pursue knowledge and commensurate understanding and critically evaluate the consequences of these.

2. Communicate clearly and effectively.

3. Demonstrate proficiency in the art and science of chemical engineering with a strong understanding of the fundamental principles of pure and engineering sciences on which chemical engineering practice is based.

4. Appreciate their social and moral responsibilities both within their careers in engineering and through service in their communities.

5. Understand how chemical engineering connects with other major disciplines to produce the goods and services needed by society.

 

MY CONTACT

Email:
ed@nd.edu

Phone:
(574) 631-5687

Office:
171 Fitzpatrick Hall

 

Copyright © 2002 by Sidney Harris.