|
Table of Approved Chemical
Engineering Technical Elective Courses |
| Course |
Credit |
Subject |
Codes |
|
Biochem 511 |
2 or 5 |
Introduction to
Biochemistry (click here
for more information) |
B |
|
Biomed 600 |
3 |
Introduction to
Biomedical Engineering |
|
| Biomed Eng 739 |
3 |
Biopolymer Structure & Function |
P |
| Civil En 511 |
3 |
Introduction to Environmental
Engineering |
|
| Civil En 520 |
4 |
Design of Treatment Facilities
(water treatment) |
E |
| Civil En 610 |
3 |
Analysis of Natural and Polluted
Waters |
E |
| Civil En 618 |
4 |
Environmental Pollution |
E |
| Civil En 711 |
4 |
Biological Processes for Used Water
Treatment |
E |
| Civil En 714 |
3 |
Hazardous Waste Management |
E |
| Civil En 717 |
4 |
Municipal and Industrial Solid Waste
Management |
E |
| Civil En 719 |
3 |
Water Quality Monitoring |
E |
| Civil En 760 |
5 |
Civil and Environmental Engineering
Planning |
E |
|
Chem 221 |
5 |
Analytical Chemistry
I |
|
|
Chem 255 |
3 |
Organic Chemistry
Laboratory |
|
|
Chem 587 |
3 |
Analytical Chemistry
II: Instrumental Analysis |
|
|
Chem 588 |
3 |
Laboratory Practice
in Instrumental Analysis |
|
|
ChBE 626 |
3 |
Digital Control
Techniques in Chemical
&
Biomolecular Engineering |
C, R |
|
ChBE 693 |
1-6 |
Individual Studies
(undergraduate research - click
here for more information) |
|
| ChBE 694a |
3 |
Chemical and
Biological Informatics for Engineers (click
here for more information) |
B, C, N |
| ChBE 694 |
3 |
Fundamentals of
Injection Molding (click here
for more information) |
C, N |
|
ChBE 694 |
3 |
Nanotechnology Course (working title,
1
offer
06-07) |
C, N, P |
|
ChBE 712 |
3 |
Catalysis and
Catalytic Processes |
C |
| ChBE 715 |
3 |
Particle
Technology |
C, N |
|
ChBE 717 |
3 |
Colloids and Surfaces |
C |
|
ChBE 726 |
3 |
Chemical
&
Biomolecular
Process
Dynamics
and
Control
II |
C, R |
|
ChBE 733 |
3 |
Novel Separation
Processes |
B, C |
| ChBE 739 |
3 |
Biologically
Inspired
Computing |
C, R |
|
ChBE 761 |
3 |
Chemical
&
Biomolecular Engineering
Processes |
C |
|
ChBE 763 |
2 |
Special Problems in
Process Design (AIChE Student Contest) |
|
|
ChBE 765 |
3 |
Principles of
Biochemical Engineering |
B, C, P |
|
ChBE 766 |
3 |
Biotechnology and
Bioprocess Engineering |
B, C, P |
| ChBE 769 |
3 |
Biomedical
Nanotechnology |
B |
|
ChBE 771 |
3 |
Air Pollution |
C, E |
|
ChBE
772 |
3 |
Industrial
Ecology
-
Chemical
&
Biomolecular
Engineering
Perspectives
(formerly
694i) |
C, E, N |
|
ChBE 773 |
3 |
Introduction to High
Polymer Engineering |
C, P |
|
ChBE
774 |
3 |
Polymer Membranes
(formerly
694k) |
C, N, P |
|
ChBE 775 |
3 |
Rheology of Fluids |
C, P |
|
ChBE 776 |
3 |
Principles of Polymer
Conversion Operations |
C, P |
|
ChBE 779 |
3 |
Chemical
&
Biomolecular Engineering
Experimental Design |
C |
|
ChBE 781 |
3 |
Chemical Engineering
Optimization |
C, R |
|
ChBE H783 |
1-9 |
Undergraduate Honors
Program Research (click here
for more information) |
|
|
ChBE 790 |
3 |
Process Modeling and
Simulation |
C, R |
|
CS&E 541 |
3 |
Elementary Numerical Methods |
M |
|
CS&E 640 |
3 |
Numerical Analyses |
|
|
CS&E 642 |
3 |
Numerical Linear Algebra |
|
|
CS&E 630 |
3 |
Survey of Artificial Intelligence I:
Basic Techniques |
|
|
CS&E 730 |
3 |
Survey of Artificial Intelligence I:
Advanced Techniques |
|
|
FABE 784 |
3 |
Advanced Food Process
Engineering |
|
| Geol 651 |
5 |
Hydrogeology |
E |
| Mat Sci Eng 642 |
3 |
Polymer Science & Engineering |
P |
| Mat Sci Eng 645 |
3 |
Materials in Medicine I |
P |
| Mat Sci Eng 646 |
3 |
Materials in Medicine II |
P |
| Math 512 |
3 |
Partial Differential Equations and
Boundary Value Problems |
M |
|
Math 513 |
3 |
Vector Analysis for
Engineers |
M |
|
Math 514 |
3 |
Complex Variables for
Engineers |
M |
| Math 530 |
3 |
Probability |
M |
|
Math 568 |
3 |
Linear Algebra I |
M |
|
Math 569 |
3 |
Linear Algebra II |
|
|
Math 571 |
3 |
Linear Algebra for
Applications I |
M |
|
Math 572 |
3 |
Linear Algebra for
Applications II |
|
| Mech Eng 505 |
3 |
Introduction to Nuclear Science and
Engineering |
|
| Micrbiol 509 |
5 |
Basic and Practical Microbiology |
B |
| Micrbiol 520 |
6 |
General Microbiology I |
B |
| Micrbiol 521 |
6 |
General Microbiology II |
B |
| Micrbiol 661 |
5 |
General Microbial Physiology |
B |
| Mol Gen 500 |
5 |
General Genetics (click
here for more information) |
B |
| Mol Gen 607 |
3 |
Cell Biology |
B |
| Nuclr En 505 |
3 |
Introduction to Nuclear Science and
Engineering |
|
|
Nuclr
En
606 |
3 |
Radiological
Safety |
|
| Nuclr En 771 |
3 |
Radioactive Waste Management |
E |
| Physiocb 601 |
5 |
Organ System Physiology |
B |
| Pubh-Ehs 731 |
4 |
Principles of Environmental Health |
B, E |
|
Stat 520 |
5 |
Mathematical
Statistics I |
B, M |
|
Stat 521 |
5 |
Mathematical
Statistics II |
|
|
|
Biochemistry 511 -
Biochem 511 may be used as a substitute for Chem 253, the third
course in the organic chemistry sequence. Since Biochem 511 is 5
credits and Chem 253 is 3 credits, students choosing this option
can apply the extra 2 credits from Biochem 511 towards their
technical elective requirements. Students who take both Biochem
511 and Chem 253 can use all 5 credits as technical electives.
Please
note
- if
you
are
considering
medical
school
it
is
recommended
that
you
take
both
Chem
253
and
Biochem
511.
|
|
|
Molecular Genetics 500 -
Molecular Genetics 500 may be
used as a substitute for Chem 532, the third course in the
physical chemistry sequence. Since Mol Gen 500 is 5 credits and
Chem 532 is 3 credits, students choosing this option can apply
the extra 2 credits from Mol Gen 500 towards their technical
elective requirements. Students who take both Mol Gen 500 and
Chem 532 can use all 5 credits as technical electives.
|
|
|
ChBE 693: Individual Studies in
Chemical Engineering - 1 to 8 credit hours per quarter,
repeatable to a maximum of 15 hours. A maximum of 6 credit
hours can be counted towards the 18 hour technical elective
requirement. Under the direction of a faculty member,
students work on a research problem that may involve laboratory
work, computer programming and data analysis, and literature
searching. This course provides students with experience solving
open-ended research problems and is ideal for students who enjoy
working in the lab or on the computer, or those who are
interested in graduate school.
|
|
|
ChBE
H783: Undergraduate Honors
Program Research - 1 to 3 credits per quarter,
repeatable to a maximum of 9 credit hours, all of which count
towards the 18 hour technical elective requirement. Under the
direction of a faculty member, students work on a research
problem that may involve laboratory work, computer programming
and data analysis, and literature searching. This course
provides students with experience solving open-ended research
problems and is ideal for students who enjoy working in the lab
or on the computer, or those who are interested in graduate
school. Honors research projects also require students to
prepare a written final report and oral presentation to ChE
faculty. Before beginning the project, students have the option
of writing a research proposal; the College of Engineering
evaluates these proposals and a significant number of applicants
receive fellowship awards. Students interested in ChE H783
should contact Dr. Koelling for more information.
|
|
|
ChBE 694 - The 694 course
number is generally used for new courses the first (and often
also the second) time a course is taught. Students may therefore
take ChE 694 multiple times as long as the course content is
different.
|
|
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