EE C245 / ME C218

Intro to MEMS Design

Spring 2005

WF 11-12:30, 203 McLaughlin

Class info, homework questions, etc.:  news:ucb.class.ee245
Lectures available on the web:  http://webcast.berkeley.edu/
 
Instructor 
 

Office Hours

Kristofer S.J. Pister 
pister@eecs <-- easiest method of contact.  Please use the newsgroup for any general questions.
512 Cory Hall 
OH: M 11-12, Th 10-11, and by email appointment
TA Fabian Martinez
fabian@eecs.berkeley.edu
Required Texts none yet
Suggested references  Elwenspoek & Jansen, Silicon Micromachining
Jaeger, Introduction to Microelectonic Fabrication
Kovacs, Micromachined Transducers Sourcebook
Madou, Fundamentals of Microfabrication
Ristic, Sensor Technology and Devices
Senturia, Microsystem Design
Sze, Semiconductor Sensors
Grading
Homework 40%
Project 30%
Final (+possible midterm) 30%
Homework Will emphasize design, layout, and simulation of devices and systems. 
Collaboration is encouraged!  Cheating is not!
Project Writeup is due the last week of class.  Four pages max, two column format, no exceptions! 
Collaboration is encouraged. Project description. 



Schedule
Week Date Topic HW Notes
1 1/19
1/21
Introduction: what is MEMS, and what subset will ee245 cover?
Basic IC/MEMS fabrication 
HW1 Intro
robot
fab1
2 1/26
1/28
deposition, etching
surface & bulk micromachining
fab2
3 2/2
2/4
more bulk & surface micromachining HW2
4 2/9
2/11
beams
gaps
5 2/16
2/18
HW3 actuators1
actuators2
actuators3
6 2/23
2/25
guest lecture: Matt Last
resonators
7 3/2
3/4
better approximations: parallel plates, couette damping, squeeze film damping, effective mass, electrostatic springs
electrostatic pull-in; thermal conductivity, thermal capacity, thermal time constant
HW4
8 3/9
3/11
Foundry processes MUMPS1
MUMPS2
9 3/16
3/18
3/23
3/25
Spring break
10 3/30
4/1
11 4/6
4/8
12 4/13
4/15
13 4/20
4/22
14 4/27
4/29
15 5/4
5/6

Final Exam: thursday 5/19 5-8 pm

Previous semesters:
Fall 1997
Fall 1998
Fall 1999
Fall 2002
Fall 2003
 

Common MEMS acronyms.