ADULT PROGRAMS - Needham Public Schools

ADULT PROGRAMS - Needham Public Schools ADULT PROGRAMS - Needham Public Schools

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HUMANITIES, MATH & SCIENCE HUMANITIES, MATH & SCIENCE OLIN COLLEGE LECTURE SERIES Back by popular demand! The Olin College Lecture Series has received terrific feedback for the last eight years, with many enthusiastic requests to continue the program. We are very pleased to offer this series of informative lectures again – thanks to the generosity of the participating Olin faculty members. Since its official opening in the fall of 2002, Olin College has been recognized as a leader in technology and innovation. We in Needham Community Education know the Olin faculty and students to be extremely generous with their time and talents and are grateful for their presence in our community. For more information on Olin College, or on the faculty members presenting these lectures, visit the Olin website at www.olin.edu NEW “AIRFOILS, BRAINS, AND 3D PRINTING” Christopher Lee, Associate Professor Mechanical Engineering What in the world do airfoils, brains, and 3D printing have to do with each other They are some of the many research projects ongoing at Olin College. This talk will describe the motivation and work performed for three of those projects. The first deals with the idea of converting energy that is available in the environment (e.g., heat, vibration) into electricity to power simple electronic sensors that, for example, could be used to monitor and evaluate the ‘health’ of a bridge. In this case, energy is harvested from an airstream using an airfoil. The second project deals with traumatic brain injury. We are developing computer simulations to evaluate the damage done by impacts or explosive loading on the human head. A required input for the simulations is the material properties of brain tissue that we measure with a novel optical instrument. A 3D printer can create complex physical objects. We can print 3D models from human anatomy that have been generated from sets of MR images. The focus of the third project is on creating patient-specific prostate models to be used for individualized surgical and radiation therapy treatment planning. 11041 $10 1 Wednesday @ Olin College Academic Center, Room 328 7-8:30pm October 2 “MICROBIAL DIVERSITY: THE GOOD, THE BAD, AND THE AMAZING” Jean J. Huang, Associate Professor of Biology Do creatures that can eat iron nails for lunch, are square-shaped, or thrive at over 200 degrees Fahrenheit sound like science fiction These are, in fact, just some examples of the amazing microbial characters that live right here on earth! There is a vast, diverse world of microbes in the environment. The majority of these microbes do not cause harm, but carry out a variety of biochemical reactions that enable the cycling of nutrients vital for the functioning of the ecosystem. Other bacteria are important as symbionts in our gut providing vitamins and aiding our digestion. Through their metabolisms, bacteria also produce foods that we enjoy such as yogurt, cheese and sauerkraut. Yet other bacteria may someday help to efficiently turn materials such as cornhusks into ethanol or hydrogen gas and play a vital role for our future. Studying the microbes can help us in solving environmental challenges from waste remediation to energy production. This presentation will discuss the genetic, biochemical and morphological diversity of environmental bacteria, the tiny majority. NOTE: Those who attended this lecture last fall are encouraged to join us again, since much of the content will be different from last year’s lecture, though touching on the same themes. 11037 $10 1 Thursday @ Olin College Academic Center, Room 113 7-8:30pm October 10 26 NEEDHAM COMMUNITY EDUCATION

HUMANITIES, MATH & SCIENCE NEW “TRANSDUCTION IN ENGINEERING” Jose Oscar Mur-Miranda, Assistant Professor of Electrical and Computer Engineering Can we predict what happens if you short the electric terminals of a motor Engineering transduction is the conversion of energy and information across domains. In this talk, based on one of the first courses our students take in their first semester at Olin, we’ll focus on motors as transducers between the domains of electric and mechanical energy. Transduction leads to interesting effects: do you know what happens if you drop a magnet through a copper tube Engineers exploit transduction to create effects intentionally. You’ll see how knowledge of mechanical physics allows engineers to create a virtual spring using transduction. Furthermore, transduction can be used to make systems that seem to defy the laws of physics. In particular, the same principles used to create a virtual spring can be tweaked to balance an inverted pendulum. Come see how to make a Segway for a mouse! 11042 $10 1 Thursday @ Olin College Academic Center, Room 113 7-8:30pm October 17 “NUMBERSIGHT: THROUGH MEANING TO MASTERY OF THE NUMBERS AROUND YOU” Sanjoy Mahajan, Associate Professor of Applied Science and Engineering The physical world we understand through numbers and mathematics. In our social world, trillion-dollar decisions depend also on numerical insight – what I call numbersight. However, people believe that numerical insight must be innate or, at best, can be learned only very young, the way Mozart is said to have learned music. However, mathematical expertise and insight can be taught. I will first discuss how and why traditional mathematics teaching is such a disaster, producing numerical paralysis rather than insight; and then teach, through examples, mental tools for mastering the numbers around you. 11035 $10 1 Tuesday @ Olin College Academic Center, Room 328 7-8:30pm October 22 NEW “WHAT IS ENERGY – A BRIEF INTRODUCTION TO THE LAWS OF THERMODYNAMICS” Brian D. Storey, Professor of Mechanical Engineering Energy is critical to our society, economy, environment, and everyday lives. One only has to listen to a political debate or the news to hear terms such as “renewable energy” or “energy security” repeatedly. While most of us have some intuitive understanding of energy, have you every stopped to think about what energy really is In this lecture, I will attempt to explain what energy is and explain the basics laws of thermodynamics that govern its behavior. Through some simple examples I will show how these laws can help us think about how much energy is required for everyday tasks and how energy can be extracted from different sources. 11040 $10 1 Tuesday @ Olin College Academic Center, Room 328 7-8:30pm October 29 Best $10 I’ve ever spent! – Attendee at one of the Olin College Lectures in the Fall of 2012 FAX: 781-455-0417 • PHONE: 781-455-0400 x235 27

HUMANITIES, MATH & SCIENCE<br />

HUMANITIES, MATH<br />

& SCIENCE<br />

OLIN COLLEGE LECTURE SERIES<br />

Back by popular demand! The Olin College<br />

Lecture Series has received terrific feedback<br />

for the last eight years, with many enthusiastic<br />

requests to continue the program. We are<br />

very pleased to offer this series of informative<br />

lectures again – thanks to the generosity of the<br />

participating Olin faculty members. Since its<br />

official opening in the fall of 2002, Olin College<br />

has been recognized as a leader in technology<br />

and innovation. We in <strong>Needham</strong> Community<br />

Education know the Olin faculty and students to be<br />

extremely generous with their time and talents and<br />

are grateful for their presence in our community.<br />

For more information on Olin College, or on the<br />

faculty members presenting these lectures, visit<br />

the Olin website at www.olin.edu<br />

NEW<br />

“AIRFOILS, BRAINS, AND<br />

3D PRINTING”<br />

Christopher Lee, Associate Professor Mechanical<br />

Engineering<br />

What in the world do airfoils, brains, and 3D<br />

printing have to do with each other They are<br />

some of the many research projects ongoing at<br />

Olin College. This talk will describe the motivation<br />

and work performed for three of those projects.<br />

The first deals with the idea of converting energy<br />

that is available in the environment (e.g., heat,<br />

vibration) into electricity to power simple electronic<br />

sensors that, for example, could be used to<br />

monitor and evaluate the ‘health’ of a bridge. In<br />

this case, energy is harvested from an airstream<br />

using an airfoil. The second project deals with<br />

traumatic brain injury. We are developing computer<br />

simulations to evaluate the damage done by<br />

impacts or explosive loading on the human head.<br />

A required input for the simulations is the material<br />

properties of brain tissue that we measure with a<br />

novel optical instrument. A 3D printer can create<br />

complex physical objects. We can print 3D models<br />

from human anatomy that have been generated<br />

from sets of MR images. The focus of the third<br />

project is on creating patient-specific prostate<br />

models to be used for individualized surgical and<br />

radiation therapy treatment planning.<br />

11041 $10<br />

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

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

October 2<br />

“MICROBIAL DIVERSITY:<br />

THE GOOD, THE BAD, AND<br />

THE AMAZING”<br />

Jean J. Huang, Associate Professor of Biology<br />

Do creatures that can eat iron nails for lunch, are<br />

square-shaped, or thrive at over 200 degrees<br />

Fahrenheit sound like science fiction These are, in<br />

fact, just some examples of the amazing microbial<br />

characters that live right here on earth! There is a<br />

vast, diverse world of microbes in the environment.<br />

The majority of these microbes do not cause harm,<br />

but carry out a variety of biochemical reactions<br />

that enable the cycling of nutrients vital for the<br />

functioning of the ecosystem. Other bacteria<br />

are important as symbionts in our gut providing<br />

vitamins and aiding our digestion. Through their<br />

metabolisms, bacteria also produce foods that we<br />

enjoy such as yogurt, cheese and sauerkraut. Yet<br />

other bacteria may someday help to efficiently<br />

turn materials such as cornhusks into ethanol or<br />

hydrogen gas and play a vital role for our future.<br />

Studying the microbes can help us in solving<br />

environmental challenges from waste remediation<br />

to energy production. This presentation will<br />

discuss the genetic, biochemical and morphological<br />

diversity of environmental bacteria, the tiny majority.<br />

NOTE: Those who attended this lecture last fall<br />

are encouraged to join us again, since much of the<br />

content will be different from last year’s lecture,<br />

though touching on the same themes.<br />

11037 $10<br />

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

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

October 10<br />

26<br />

NEEDHAM COMMUNITY EDUCATION

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