05050 ENGR ENMA Add Minor in Nanoscience and Technology

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$12043 CMNS MATH Modify the Bachelor of Science in Mathematics$

(prerequisites: “Introductory Physics - Waves” PHYS273. corequisites: “Intermediate Theoretical Methods” PHYS374 and”Linear Algebra” MATH240) A much more device oriented approach to this subject matter is taken in either: ENEE489Q Quantum Effects in Electrical Engineering (prerequisite: permission of instructor) Or especially “Fundamentals of Solid State Electronics” ENEE 480 (prerequisites: ENEE 312 and completion of all lower-division technical courses in the ECE curriculum) Model program 2: for a MSE student with an interest in bio/soft nanotechnology Fundamental Science: ENCH470 Soft Nanotechnology and CHEM482 Physical Chemistry II Applications: ENCH483 Bioseparations, or XXXX499 Research in a NS&T area. Fabrication/Synthesis: BCHM461 Biochemistry I or ENCH471 Particle Science & Technology Characterization: ENMA489M Diffraction Techniques or ENMA489T Nanocharacterization Many MSE students will choose to study biomaterials or soft materials (polymers), where the interest in NS&T concerns the size scale of large molecules which are used in medical applications, biosensing and biomimetic materials, taking advantage of self-assembly to carry out fabrication on a short time scale. These students will likely take ENCH470, “Soft Nanotechnology” (prerequisites: ENCH 300 Thermodynamics or equivalent; MSE students typically take at least one course in thermodynamics, ENMA461 which should meet this prerequisite, with permission of the instructor and “Physical Chemistry II” CHEM 482; softnano-MSE students will likely take this as one of their NS&T electives, see below for prerequisites.) and CHEM482 “Physical Chemistry II”, (prerequisites: a grade of C or better in CHEM113, CHEM135, or CHEM153; and MATH141 and PHYS142, all of which an upper level MSE student will have taken; a C or better in CHEM 481 (PCHEM I), which an MSE student usually takes as well).
which covers quantum chemistry and molecular orbital theory, important fundamental science background for soft-nanotechnology. Although these students might also take the “Nanocharacterization” ENMA489T (no formal prerequisites; permission of the instructor) they are more likely to be interested in “Diffraction Techniques” ENMA489M (no formal prerequisites: permission of instructor), as x-ray diffraction is used in analyzing particle size and spacing at the nanometer scale in polymeric and biomaterials. They are also likely to be interested in learning about synthesis and processing of particles in “Particle Science and Technology” ENCH471 (no prerequisites, CHEM 113 or CHEM 135 and fluid mechanics, and thermodynamics strongly recommended). Students interested in Bio/Nano materials will potentially be interested in either ENCH483 “Bioseparations” (no formal prerequisites) or “Biochemistry I” BCHM461 (prerequisites: {CHEM241 and CHEM242}, or CHEM243 or CHEM247. A grade of C or better in the prerequisite is required for Life Science majors and recommended for all students.) Model Program 3: For Chemistry-major students. Fabrication/Synthesis: ENMA465 Microprocessing or ENCH471 Particle technology Characterization: ENMA489T Nanocharacterization, or CHEM425 instrumental analysis Fundamental Science: CHEM 481 and CHEM482 or PHYS401 Quantum Physics Applications: ENCH470 Soft Nanotechnology, or ENCH471 Particle Science & Technology, or ENMA481 Electronic. Materials Most of Chemistry-major students take
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05050 ENGR ENMA Add Minor in Nanoscience and Technology

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