The thesis presentation will be a 3 slide wide setup containing the - - PDF document

the thesis presentation will be a 3 slide wide setup
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The thesis presentation will be a 3 slide wide setup containing the - - PDF document

The thesis presentation will be a 3 slide wide setup containing the project outline throughout the entire presentation on the left slide, text/tables on the middle slide and pictures on the right slide. I. Project Overview a. Presentation Outline


slide-1
SLIDE 1

The thesis presentation will be a 3 slide wide setup containing the project outline throughout the entire presentation on the left slide, text/tables on the middle slide and pictures on the right slide.

  • I. Project Overview
  • a. Presentation Outline (1 Slide)
  • b. Project Information/Project Team/Location (2 Slides)
  • II. LEED/Sustainability Study – Background/Goals (1 Slide)
  • a. Sustainable Sites (2 Slides)
  • b. Water Efficiency (2 Slides)
  • c. Energy and Atmosphere (2 Slide)
  • d. Materials and Resources (1 Slide)
  • e. Indoor Air Quality (1 Slide)
  • f. Conclusions (2 Slides)
  • III. Patient Room LED Lighting – Background/Goals (1 Slide)
  • a. Lighting Breadth (2 Slides)
  • b. Mechanical Breadth (1 Slide)
  • c. Cost Analysis (2 Slides)
  • d. Conclusions (1 Slide)
  • IV. Bed Tower Schedule Analysis – Background/Goals (1 Slide)
  • a. Overview (1 Slide)
  • b. Analysis (2 Slide)
  • c. Conclusions (1 Slide)
  • V. Conclusions (1 Slide)
  • VI. Acknowledgements (1 Slide)

VII. Q&A (1 Slide) Total Number of Slides ‐ 29

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SLIDE 2

L E E D/ S t i bilit St d W t E ffi i L E E D/ Sustainability Study Wate r E ffic ie nc y / y y y

Pr e se ntation Outline L E E D/ Sustainability Study Pr e se ntation Outline

I Pro je c t Ove rvie w

L E E D/ Sustainability Study

I Sustainable Site s I . Pro je c t Ove rvie w

II L E E D/ Sustainability Study

I . Sustainable Site s

II Wate r E ffic ie nc y II. L E E D/ Sustainability Study

I I I Patie nt Ro o m L E D L ig hting

II. Wate r E ffic ie nc y

I I I E ne rg y & Atmo sphe re I I I . Patie nt Ro o m L E D L ig hting I L ig hting Bre adth I I I . E ne rg y & Atmo sphe re I V Mate rials & Re so urc e s I . L ig hting Bre adth I I M h i l B dth I

  • V. Mate rials & Re so urc e s

V I d Ai Q lit I I . Me c hanic al Bre adth I V B d T S h d l A l i V. I ndo o r Air Quality VI C l i I

  • V. Be d T
  • we r Sc he dule Analysis

VI . Co nc lusio ns V. Co nc lusio ns VI . Ac kno wle dg e me nts VI I . Que stio ns & Answe rs

Ste ve n F arrah Co nstruc tio n Manag e me nt 4/ 12/ 2010 Ste ve n F arrah Co nstruc tio n Manag e me nt 4/ 12/ 2010

slide-3
SLIDE 3

P ti t R L E D L i hti C t A l i Patie nt R

  • om L

E D L ighting Cost Analysis g g y

Pr e se ntation Outline Patie nt R

  • om L

E D L ighting Pr e se ntation Outline

I Pro je c t Ove rvie w

Patie nt R

  • om L

E D L ighting

I L ig hting Bre adth I . Pro je c t Ove rvie w I I L E E D/ Sustainability Study I . L ig hting Bre adth I I Me c hanic al Bre adth I I . L E E D/ Sustainability Study

III Patie nt R

  • om L

E D L ighting

I I . Me c hanic al Bre adth

III Cost Analysis III. Patie nt R

  • om L

E D L ighting

I L ig hting Bre adth

III. Cost Analysis

I V Co nc lusio ns I . L ig hting Bre adth I I M h i l B dth I

  • V. Co nc lusio ns

I I . Me c hanic al Bre adth I V B d T S h d l A l i I

  • V. Be d T
  • we r Sc he dule Analysis

V. Co nc lusio ns VI . Ac kno wle dg e me nts VI I . Que stio ns & Answe rs

Ste ve n F arrah Co nstruc tio n Manag e me nt 4/ 12/ 2010 Ste ve n F arrah Co nstruc tio n Manag e me nt 4/ 12/ 2010