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EDUCATION

CNST commits to contributing towards the goals set forth by the Illinois Board for Higher Education. CNST takes on the challenge for the development of a nanoscale science and technology curriculum unique to the University of Illinois. The curriculum will provide students with a broad interdisciplinary understanding of the nanotechnology as it applies to basic and applied research. The students with this unique curriculum will gain knowledge, develop skills, and appreciation the role nanotechnology is likely to play in shaping our future. CNST is leading the effort in preparing our students today for tomorrow's challenges.

Curriculum Categorization

Basic Sciences microbiology, molecular chemistry, mathematics, physics
   
Engineering Sciences agriculture, biochemical, bioenvironmental, biomedical, electrical, materials, mechanical
   
Information Sciences bio-computation, communications
 

Partial List of Micro and Nanotechnology Courses Across the UIUC Campus

S#

Course No.

 Course

Instructor

1

ABE 498KB

Engineering Application of Nanoscale Biology

Bhalerao

2

AE 525

Advanced Composite Materials

 

3

BIOE 461

Cellular Biomechanics

 

4

CHBE 457

Microelectronics Processing

 

5

CHEM 584

Introduction to Materials Chem

 

6

ECE 498JL

Introduction to Nanotechnology

Lyding

7

ECE 497GT

Nanoscale CMPS Technology Lab.

Timp

8

ECE 598

Semiconductor Nanotechnology Lab

 

9

ME 394DMS

Theory, Fabrication, and Characterization of MEMS / Devices

Shannon

10

ME 485

Intro MEM Devices & Systems

 

11

ME 598

Introduction to Nanomanufacturing

 

12

ME 598

Nanomechanics of Electronic Materials

 

13

CHBE 594

Microchenical Systems

 

14

CHEM 578

Combinatorial Chemistry

 

15

ECE 572

Quantum Electronics

 

16

ECE 485

Intro MEM Devices and Systems (Same as IE 485 and ME 485)

 

17

ECE 498BC

Biosesnors

Cunningham

18

ECE 498SB

Biophotonics

Cunningham

19

ECE 460

Optical Imaging

Boppart

20

ECE 484

Principles of Advanced Microelectronic Processing

 

21

MSE 304

Elec. Properties of Mat'ls.

Weaver

22

MSE 308

Materials Science and Eng. Lab II

Shang

23

MSE 395

Materials Design

Geil

24

MSE 402

Kinetic Processes in Materials

Granick

25

MSE 405

Microstructure Determination

Cahill

26

MSE 420

Ceramic Mat'ls. & Properties

Lewis

27

MSE 423

Ceramic Engr. Processing LECT

Kriven

28

MSE 425

Chemically Bonded Ceramics

 

29

MSE 441

Metals Processing

Bellon

30

MSE 442

Metals Laboratory LECT

Averback

31

MSE 442

Metals Laboratory LAB

Averback

32

MSE 444

Welding & Joining Process

Banas

33

MSE 445

Corrosion of Metals

Altstetter

34

MSE 455

Polymer Physics

Geil

35

MSE 457

Polymer Chemistry

Economy

36

MSE 458

Polymer Physical Chemistry

Schweizer

37

MSE 461

Elec. Mat'ls. & Processing II

Rockett

38

MSE 462

Elec. Mat'ls. Laboratory LECT

Allen

39

MSE 472

Biomaterials Lab

Xian

40

MSE 473

Biomolecular Materials Science

Wong

41

MSE 498JR

Optical Properties of Materials

Rogers

42

MSE 498JC

Nano-biomaterials for Medicine

Cheng

43

MSE 498EL

Intro. To Comp. Simul. Methods

Luijten

44

MSE 522

Ceramic Dielectrics

Payne

45

MSE 564

Vapo Phase Thin Films Growth

Abelson

46

MSE 580

Diffraction Physics of Matls

Zuo

47

MSE 182

Intro. to Mat'ls. Sci. & Engr

Braun

48

MSE 498JC