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ADULT PROGRAMS - Needham Public Schools

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HUMANITIES, MATH & SCIENCE<br />

NEW<br />

“TRANSDUCTION IN<br />

ENGINEERING”<br />

Jose Oscar Mur-Miranda, Assistant Professor of<br />

Electrical and Computer Engineering<br />

Can we predict what happens if you short the<br />

electric terminals of a motor Engineering<br />

transduction is the conversion of energy and<br />

information across domains. In this talk, based<br />

on one of the first courses our students take<br />

in their first semester at Olin, we’ll focus on<br />

motors as transducers between the domains of<br />

electric and mechanical energy. Transduction<br />

leads to interesting effects: do you know what<br />

happens if you drop a magnet through a copper<br />

tube Engineers exploit transduction to create<br />

effects intentionally. You’ll see how knowledge of<br />

mechanical physics allows engineers to create a<br />

virtual spring using transduction. Furthermore,<br />

transduction can be used to make systems that<br />

seem to defy the laws of physics. In particular,<br />

the same principles used to create a virtual spring<br />

can be tweaked to balance an inverted pendulum.<br />

Come see how to make a Segway for a mouse!<br />

11042 $10<br />

1 Thursday @ Olin College Academic Center,<br />

Room 113 7-8:30pm<br />

October 17<br />

“NUMBERSIGHT: THROUGH<br />

MEANING TO MASTERY OF<br />

THE NUMBERS AROUND YOU”<br />

Sanjoy Mahajan, Associate Professor of Applied Science<br />

and Engineering<br />

The physical world we understand through<br />

numbers and mathematics. In our social world,<br />

trillion-dollar decisions depend also on numerical<br />

insight – what I call numbersight. However, people<br />

believe that numerical insight must be innate or,<br />

at best, can be learned only very young, the way<br />

Mozart is said to have learned music. However,<br />

mathematical expertise and insight can be<br />

taught. I will first discuss how and why traditional<br />

mathematics teaching is such a disaster,<br />

producing numerical paralysis rather than insight;<br />

and then teach, through examples, mental tools<br />

for mastering the numbers around you.<br />

11035 $10<br />

1 Tuesday @ Olin College Academic Center,<br />

Room 328 7-8:30pm<br />

October 22<br />

NEW<br />

“WHAT IS ENERGY –<br />

A BRIEF INTRODUCTION<br />

TO THE LAWS OF<br />

THERMODYNAMICS”<br />

Brian D. Storey, Professor of Mechanical Engineering<br />

Energy is critical to our society, economy,<br />

environment, and everyday lives. One only has<br />

to listen to a political debate or the news to hear<br />

terms such as “renewable energy” or “energy<br />

security” repeatedly. While most of us have some<br />

intuitive understanding of energy, have you every<br />

stopped to think about what energy really is In<br />

this lecture, I will attempt to explain what energy<br />

is and explain the basics laws of thermodynamics<br />

that govern its behavior. Through some simple<br />

examples I will show how these laws can help<br />

us think about how much energy is required for<br />

everyday tasks and how energy can be extracted<br />

from different sources.<br />

11040 $10<br />

1 Tuesday @ Olin College Academic Center,<br />

Room 328 7-8:30pm<br />

October 29<br />

Best $10 I’ve ever spent! <br />

– Attendee at one of the Olin College Lectures<br />

in the Fall of 2012<br />

FAX: 781-455-0417 • PHONE: 781-455-0400 x235 27

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