05050 ENGR ENMA Add Minor in Nanoscience and Technology

CHEM482 Physical Chemistry II CHEM Underlying Science
CHEM483 Physical Chemistry Lab CHEM Characterization
ENCH470 Soft Nanotechnology Underlying
Science/Application/Specialization
ENCH471 Particle Science & Technology CHE Fabrication/Specialization
ENMA489T NanoCharacterization MSE Characterization
In the case of nanomaterials processing, students will need a strong
understanding of the behavior of materials at the nanoscale, and so an underlying
science course, incorporating quantum chemistry, i.e.:
“Physical Chemistry II“CHEM 482
(prerequisites: A grade of C or better in CHEM113, CHEM135, or
CHEM153; and MATH141 and PHYS142, C or better in CHEM 481
“Physical Chemistry I”
[CHEM students will have taken all of these as part of the major
requirement; ENCH students who have taken ENCH300
“Thermodynamics” are exempted from the CHEM 481 class since
there is considerable overlap. Other students who have taken an
equivalent thermo course might be able to also take CHEM482
with the instructor's permission]),
combined with two characterization courses:
“Physical Chemistry Lab” CHEM483
(Corequisite: CHEM481, see above for possible exemptions based upon
a course in thermodynamics.)
and “Nanocharacterization” ENMA489T
(no formal prerequisites; permission of the instructor)
will provide this background. The electives
ENCH 470 “Soft Nanotechnology”
(prerequisites: ENCH 300 Thermodynamics or equivalent and “Physical
Chemistry II” CHEM 482; see above).
and
ENCH 471 Particle Technology
(no formal prerequisites; CHEM 113 or CHEM 135 and fluid
mechanics (or momentum transport), mass + energy transport and
thermodynamics strongly recommended)
will give the students background in how nanomaterials are produced.
Model Program 9: For a ENCH/CHEM student interested in Nano/biotechnology