Think big about small things!
MEAM550 Modeling and Design of MEMS
Mechanical Engineering and Applied Mechanics, University of Pennsylvania
Instructor: (Suresh) G. K. Ananthasuresh, 218 Towne Bldg., Tel: (215) 898-7191, gksuresh@seas.upenn.edu
Lectures: MW 3-4:30 in Towne 305; Office hours: F 2-4 in Towne 218
Pre-requisites
Course-work
Grading
Books
Notes
Schedule
Homeworks
Project
Resources
 
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Announcement(s): Since I need to be at a conference on Sep. 10 - 12th, we will not have class on those days.
So, our first class will be on Sep. 17th.

Schedule

Note: This schedule is a micro verison :-) So, it is subject to expansions in the future. Please check regularly.

See the schedule in 1998.

Week Dates Topics
Reading
Assignments What's due and when?
1
Sep. 12 and 14 No classes this week. See the announcement above.
Pick up two papers from MEAM office (Towne 297). Read them to entertain yourself. These are written by Richard Feynman, a Nobel laureate in Physics!
Sep. 17 and 19 A glimpse of MEMS
Foreword to the textbook, Chapter 1
Modeling and design of MEMS: The big picture
Chapter 2
HW #1 assigned on 9/17
Sep. 24 and 26 Microfabrication: the essentials
Chapters 3 and 4
HW #2 assigned on 9/24 HW #1 due on 9/24
Oct. 1 and 3 Lumped modeling of MEMS
Chapter 5
HW #3 assigned on 10/3 HW #2 due on 10/1
Oct. 8 and 10 Electro- elasto- static modeling: physics and lumped modeling
Chapter 6; paper reprints
Applications: pressure sensor, comb-drive, accelerometer, micro-mirrors, light valves, etc.
HW #4 assigned on 10/10 HW #3 due on 10/10
Oct. 15 and 17 Electro- elasto- static modeling: computations
Handout and paper reprints; Chapters 8-10
HW #5 assigned on 10/17 HW #2 due on 10/17
Oct. 22 and 24 Electro- elasto- dynamic modeling: Computations
Paper reprints
With squeezed-film damping
Paper reprints and a handout
Applications: polychromator, gyroscopes, mechanical filters
HW #6 assigned on 10/24 HW #5 due on 10/24
Oct. 29 and 31 Modeling of dissipative processes in MEMS
Chapters 11 and 12
Applications:thermal actuators, gas-flow sensors
HW #6 due on 10/31
Nov. 5 and 7 Lumped modeling of dissipative processes
Chapter 12
Applications:micro pumps and valves
HW #7 assigned on 11/5
10  Nov. 12 and 14 System level dynamic modeling
Chapter 7 and paper reprints
Exam 1 on Nov. 14th.
Up to what is covered until week 8
HW #8 assigned on 11/12 HW #7 due on 11/12
11  Nov. 19 and 21 Modeling of RF-MEMS: mechanical switches, relays, and filters
Handout and paper reprints
HW #9 assigned on 11/19 HW #8 due on 11/21
Thanksgiving
12  Nov. 26 and 28 Fluidic MEMS guest lecture by Prof. Haim Bau
Paper reprints; Chapter 13
Bio MEMS guest lecture by Prof. David Graves
HW #9 due 11/28
13  Dec. 3 and 5 Modeling of electrophoresis -- a guest lecture by Prof. Howard Hu
Modeling of piezoelectric actuator
Sample case-study
Handout and paper reprints
14  Dec. 10 Macromodeling techniques
Project report due on 12/12
Finals week Dec. 12 Take-home exam You can pick up the exam when you turn in your project report Due 24 hours after you pick up the exam.