E&CE 631 (Selva)

E&CE 631 Semiconductor Technology ( C.R. Selvakumar)

[under construction]
This is a graduate course on microelectronic process technology. Some of the topics that will be covered are impurity diffusion, oxidation, lithography, epitaxy, ion-implantation, etching (wet and dry), vacuum deposition and CVD.
Course Description:

E&CE 631
Semiconductor Technology

Fall 1995

Instructor: C ( Selva) R. Selvakumar 	Office: DC 3716     Phone: x3978
					e-mail: selvakumar@uwaterloo.ca
					Web: http://valluvar.uwaterloo.ca/~selvakum/E631.html

This course will offer an introduction to the principles and practices 
of fabrication of integrated circuits. Major emphasis will be on 
silicon technology although several aspects of GaAs and other 
compound semiconductor technologies will also be dea
lt with. A list of topics which will be covered in this course is :

1.   Overview of Semiconductor IC Process technologies
2.   Crystal growth  ( Czochralski, Float Zone, polishing, gettering, challenges) 
3.   Oxidation ( kinetics, Deal-Grove model, rate constants, 
     high pressure oxidation, dopant effects, two & three dimensional effects, defects)
4.   Deposition techniques ( vaccum evaporation, sputtering, CVD, LPCVD)
5.   Epitaxy ( including MBE, MOCVD, CBE, UHV-CVD)
6.   Diffusion ( Fick's model, concentration dependent models, field effect, 
     band-gap narrowing effect, anomalous effects )
7.   Ion Implantation ( Ion stoping, range distributions, damage, annealing, 
     high energy implants)
8.   Rapid thermal annealing.
9.   Lithography ( optical, e-beam and x-ray; resists )
10.  Etching ( wet chemical, dry reactive ion-etching, anisotropic etches, 
     defect delineation)
11.  Interconnect technology
12.  Yield and Safety issues and evolving strategies ( cluster tool, microfactory etc.)

References:

1. S. K. Ghandhi, VLSI fabrication Principles, 2nd Edition  John Wiley 1994 
2. S.M. Sze , VLSI Technology,  McGraw-Hill 1988
3. W.R.Runyan and K.E. Bean,  Semiconductor Integrated Circuit Processing Technology  
    Addison-Wesley 1990 ( Text-book)
4. Recent journal articles and review articles.

Lecture Hours and Hall:	Thursdays 2:30-5:30 beginning Sept 14, 1995 at DC 2542

Registration:	Please send an e-mail to selvakumar@uwaterloo.ca indicating the 
		department in which you pursue your Graduate Program, 
		the name of your thesis advisor	and the names of courses you 
		have taken earlier in the area of semiconductor 
		devices and technology either in Undergraduate or in 
		Graduate program.