Difference between revisions of "User:David Q."

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(About Me)
 
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==About Me==
 
==About Me==
I am an undergraduate student in the Mechanical Engineering Department of the Pratt School of Engineering at Duke University.
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I am an undergraduate student in the [https://mems.duke.edu/ Mechanical Engineering & Material Sciences Department] of the [https://pratt.duke.edu/ Pratt School of Engineering] at [http://www.duke.edu/ Duke University].
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==Name==
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===Name Pronunciation===
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* My name is David Quarles and it sounds like "DAY-vid kwAWrlz."
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===NetID===
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* My NetID is daq6
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==Current Courses==
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For the Spring 2022 semester, I am taking the following courses:
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* [http://pundit.pratt.duke.edu/wiki/EGR_103/Spring_2022 EGR 103]: Computational Methods in Engineering
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* EGR 121: Engineering Innovation
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* PHYSICS 151: Introductory Mechanics
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* MATH 112: Calculus II
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==Grand Challenge: Turning Old Lead Batteries Into New Solar Energy==
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[https://www.popsci.com/article/science/turning-old-lead-batteries-new-solar-energy/?dom=PSC&loc=recent&lnk=5&con=turning-old-lead-batteries-into-new-solar-energy Inexpensive Material could be the key to cheaper, more efficient solar cells], Emily Gretz, MIT Science Team, publishd 20 August 2014 (Turning Old Lead Batteries Into Solar Energy)

Latest revision as of 04:00, 14 February 2022

About Me

I am an undergraduate student in the Mechanical Engineering & Material Sciences Department of the Pratt School of Engineering at Duke University.

Name

Name Pronunciation

  • My name is David Quarles and it sounds like "DAY-vid kwAWrlz."

NetID

  • My NetID is daq6

Current Courses

For the Spring 2022 semester, I am taking the following courses:

  • EGR 103: Computational Methods in Engineering
  • EGR 121: Engineering Innovation
  • PHYSICS 151: Introductory Mechanics
  • MATH 112: Calculus II

Grand Challenge: Turning Old Lead Batteries Into New Solar Energy

Inexpensive Material could be the key to cheaper, more efficient solar cells, Emily Gretz, MIT Science Team, publishd 20 August 2014 (Turning Old Lead Batteries Into Solar Energy)