Winter 2012 Time Schedule
MATERIALS SCIENCE & ENGINEERING |
|
ENTRY CODES ARE AVAILABLE IN ROB 302, PERIOD 3 ONLY
Enrl Sect Crs Restr SLN ID Cred Meeting Times Bldg/Rm Instructor Status Enrl/Lim Grades Fee Other ? ? ? ? ? ? ? ? ? ? ? |
| MSE 170 FUNDMNT MATERLS SCI | (NW) | Prerequisites |
>16053 A 4 MWF 1230-120 MUE 153 LUSCOMBE,CHRISTINE K. 88/ 95
ADD CODES FROM LEAD TA IN PERIOD 3
|
>16054 AB LB T 1130-220 MUE 168 LUSCOMBE,CHRISTINE K. 12/ 12
ADD CODES FROM LEAD TA IN PERIOD 3
|
>16055 AC LB T 230-520 MUE 168 LUSCOMBE,CHRISTINE K. 12/ 12
ADD CODES FROM LEAD TA IN PERIOD 3
|
>16056 AD LB W 230-520 MUE 168 LUSCOMBE,CHRISTINE K. 12/ 12
ADD CODES FROM LEAD TA IN PERIOD 3
|
>16057 AE LB Th 1130-220 MUE 168 LUSCOMBE,CHRISTINE K. 12/ 12
ADD CODES FROM LEAD TA IN PERIOD 3
|
>16058 AF LB Th 230-520 MUE 168 LUSCOMBE,CHRISTINE K. 11/ 12
ADD CODES FROM LEAD TA IN PERIOD 3
|
>16059 AG LB T 830-1120 MUE 168 LUSCOMBE,CHRISTINE K. 10/ 12
|
>16060 AH LB Th 830-1120 MUE 168 LUSCOMBE,CHRISTINE K. 7/ 12
|
>16061 AI LB F 230-520 MUE 168 LUSCOMBE,CHRISTINE K. 12/ 12
|
| MSE 273 INTR MOLC ENG MATS | (NW) |
20359 D 2 Th 1230-120 MUE 154 FLINN,BRIAN D. Open 19/ 20 %
|
20360 DA LB Th 130-320 MGH 097 FLINN,BRIAN D. Closed 10/ 10 %
|
20361 DB LB F 130-320 MUE 154 FLINN,BRIAN D. Open 9/ 10 %
|
| MSE 312 INTEGRAT JR LAB II |
Restr 16062 A 2 TTh 930-1020 MUE 155 OHUCHI,FUMIO Closed 25/ 25 $35 TTh 1030-1220 MUE 170 OHUCHI,FUMIO |
Restr 16063 B 2 TTh 230-320 MEB 245 OHUCHI,FUMIO Open 21/ 25 $35 TTh 330-520 MUE 170 OHUCHI,FUMIO |
| MSE 322 KINETIC MICRO EVOL | Prerequisites |
Restr 16064 A 4 MWF 930-1020 MUE 153 BRUSH,LUCIEN N Open 49/ 55 |
Restr 16065 AA LB T 130-220 MUE 154 BRUSH,LUCIEN N Closed 27/ 27 |
Restr 16066 AB LB Th 130-220 MUE 154 BRUSH,LUCIEN N Open 22/ 27 |
| MSE 342 MATERIALS PROCESS I | Prerequisites |
Restr 16067 A 3 MWF 1130-1220 MUE 153 BRUSH,LUCIEN N Open 50/ 55 |
| MSE 351 ELEC PROP MATERIALS | Prerequisites |
Restr 16068 A 3 MWF 1030-1120 ARC 160 ROLANDI,MARCO Open 50/ 55 |
| MSE 421 STUDIES IN THERMO | Prerequisites |
16069 A 3 MWF 930-1020 MUE 154 RAO,Y KRISHNA Open 15/ 20
|
| MSE 452 PROPERTIES MTLS II | Prerequisites |
16070 A 4 MWF 1130-1220 EEB 026 CAO,GUOZHONG Open 19/ 30
|
| MSE 481 NANOSTRUCTURES |
Restr 16071 A 3 MWF 1030-1120 EEB 054 KRISHNAN,KANNAN Open 16/ 25 |
| MSE 491 DESIGN MTLS ENGRG I | Prerequisites |
Restr 16075 A 2 M 130-220 LOW 205 BORDIA,RAJENDRA KUMAR Open 41/ 50 W 130-420 LOW 205 BORDIA,RAJENDRA KUMAR |
| MSE 497 UNDERGRAD RESEARCH |
IS 16076 A 1-5 to be arranged Open 6/ 20E CR/NC FACULTY CODE REQUIRED |
| MSE 498 SPECIAL TOPICS |
IS >16077 A 1-5 to be arranged 3/ 15E |
19691 C 3 TTh 330-500 LOW 105 ZHANG,MIQIN Open 9/ 25 J
THE OBJECTIVE OF THIS COURSE IT TO
PROVIDE STUDENTS A FUNDAMENTAL
UNDERSTANDING OF BIOMATERIALS,
IMPLANT APPLICATIONS, AND THEIR
DESIGN CONSIDERATION. THIS COURSE
COVERS THE FUNDAMENTALS OF THE
SYNTHESIS, PROPERTIES, AND
BIOCOMPATIBILITY OF METALLIC,
CERAMIC, POLYMERIC, COMPOSITE, AND
BIOLOGICAL MATERIALS, AND THEIR
APPLICATIONS FOR BOTH HARD AND SOFT
TISSUE REPLACEMENT, AND CONTROLLED
DRUG DELIVERY. THIS COURSE WILL
ALSO PROVIDE STUDENTS A BROAD
UNDERSTANDING OF CUTTING EDGE
DEVELOPMENT IN NANOMATERIALS AND
THEIR POTENTIAL APPLICATIONS IN
TISSUE ENGINEERING. THE COURSE IS
INTENDED FOR GRADUATE STUDENTS AND
UNDERGRADUATE SENIORS.
|
19327 E 3 TTh 130-250 BNS 117 PAUZAUSKIE,PETER JOHN Open 9/ 20 J
THE OBJECTIVE OF THIS COURSE IS TO
INTRODUCE THE OPTICAL PROPERTIES OF
INSULATING, SEMICONDUCTING, AND
METALLIC MATERIALS AT BOTH
MACROSCOPIC AND NANOMETER LENGTH
SCALES. FUNDAMENTAL OPERATING
PRINCIPLES OF OPTOELECTRONIC AND
PHOTONIC DEVICES ARE CONSIDERED
INCLUDING WAVE-GUIDES,
LIGHT-EMITTING DIODES, LASER DIODES
PHOTODETECTORS, AND SOLAR CELLS.
PARTICULAR ATTENTION IS PAID TO
APPLICATIONS IN TELECOMMUNICATIONS,
BIOMEDICAL-SENSOR, AND
RENEWABLE-ENERGY INDUSTRIES. A
MIXTURE OF LECTURES, IN-CLASS
DISCUSSION, AND INDIVIDUALIZED
RESEARCH PROJECTS ARE USED TO ASSIS
STUDENTS IN GAINING A QUANTITATIVE
UNDERSTANDING OF THE OPTICAL
PROPERTIES OF MODERN MATERIALS. TH
COURSE IS INTENDED FOR GRADUATE
STUDENTS, UNDERGRADUATE SENIORS, OR
UNDERGRADUATE JUNIORS WITH
INSTRUCTOR PERMISSION.
|
| MSE 499 SPECIAL PROJECT |
IS >16081 A VAR to be arranged 29/ 50 SENIOR PROJECT |
Restr 16082 B 1 MW 1230-120 LOW 105 BORDIA,RAJENDRA KUMAR Open 47/ 50 INTRO. SENIOR PROJECT |
| MSE 520 SEMINAR |
16085 A 1 M 330-420 MUE 153 PAUZAUSKIE,PETER JOHN Open 39/ 80 CR/NC
|
| MSE 524 APP RATE PHENOMENA |
16086 A 3 MWF 1230-120 MUE 154 RAO,Y KRISHNA Open 3/ 10
|
| MSE 541 DEFECTS IN MATERIALS |
16087 A 3 MW 1030-1150 SAV 131 YANG,JIHUI Open 12/ 25
|
| MSE 555 BIOMIMETICS |
19769 A 4 TTh 930-1120 MUE 154 SARIKAYA,MEHMET Open 5/ 30
|
| MSE 598 ENGR MTLS PROJECT |
IS >16089 A 4 to be arranged 1/ 5 |
| MSE 599 SPEC TPCS MATLS SCI |
IS >16090 A 1-5 to be arranged 0/ 10E |
16091 C 3 TTh 330-500 LOW 105 ZHANG,MIQIN Open 13/ 25 J
THE OBJECTIVE OF THIS COURSE IS TO
PROVIDE STUDENTS A FUNDAMENTAL
UNDERSTANDING OF BIOMATERIALS,
IMPLANT APPLICATIONS, AND THEIR
DESIGN CONSIDERATION. THIS COURSE
COVERS THE FUNDAMENTALS OF THE
SYNTHESIS, PROPERTIES, AND
BIOCOMPATIBILITY OF METALLIC,
CERAMIC, POLYMERIC, COMPOSITE, AND
BIOLOGICAL MATERIALS, AND THEIR
APPLICATIONS FOR BOTH HARD AND SOFT
TISSUE REPLACEMENT, AND CONTROLLED
DRUG DELIVERY. THIS COURSE WILL
ALSO PROVIDE STUDENTS A BROAD
UNDERSTANDING OF CUTTING EDGE
DEVELOPMENT IN NANOMATERIALS AND
THEIR POTENTIAL APPLICATIONS IN
TISSUE ENGINEERING. THE COURSE IS
INTENDED FOR GRADUATE STUDENTS.
UNDERGRADUATE SENIORS MAY TAKE THE
COURSE SUBJECT TO THE APPROVAL OF
INSTRUCTOR.
|
16095 G 3 TTh 130-250 BNS 117 PAUZAUSKIE,PETER JOHN Open 4/ 20 J
THE OBJECTIVE OF THIS COURSE IS TO
INTRODUCE THE OPTICAL PROPERTIES OF
INSULATING, SEMICONDUCTING, AND
METALLIC MATERIALS AT BOTH
MACROSCOPIC AND NANOMETER LENGTH
SCALES. FUNDAMENTAL OPERATING
PRINCIPLES OF OPTOELECTRONIC AND
PHOTONIC DEVICES ARE CONSIDERED
INCLUDING WAVE-GUIDES,
LIGHT-EMITTING DIODES, LASER DIODES
PHOTODETECTORS, AND SOLAR CELLS.
PARTICULAR ATTENTION IS PAID TO
APPLICATIONS IN TELECOMMUNICATIONS,
BIOMEDICAL-SENSOR, AND
RENEWABLE-ENERGY INDUSTRIES. A
MIXTURE OF LECTURES, IN-CLASS
DISCUSSION, AND INDIVIDUALIZED
RESEARCH PROJECTS ARE USED TO ASSIS
STUDENTS IN GAINING A QUANTITATIVE
UNDERSTANDING OF THE OPTICAL
PROPERTIES OF MODERN MATERIALS. TH
COURSE IS INTENDED FOR GRADUATE
STUDENTS, UNDERGRADUATE SENIORS, OR
UNDERGRADUATE JUNIORS WITH
INSTRUCTOR PERMISSION.
|
| MSE 600 INDEPENDENT STUDY |
IS >16098 A 1-10 to be arranged 2/ 10E |
| MSE 700 MASTERS THESIS |
IS >16099 A 1-10 to be arranged 25/ 30E |
IS >16100 B 1-10 to be arranged 7/ 30E CR/NC |
| MSE 800 DOCTORAL DISSERTATN |
IS >16101 A 1-10 to be arranged 22/ 30E |
