SES # | TOPICS | KEY DATES | |
---|---|---|---|
DESIGN PROJECTS | HOMEWORK | ||
1 | Introduction: class contents, daylighting in history | ||
2 | Designing with natural light: daylight availability, benefits and issues | ||
3 | Solar radiation and sun course: insolation, color temperature, sun charts | ||
4 | Sunlight penetration: shading, solar gains, thermal comfort | Diagnostic: instructions | Homework 1 due |
5 | Photometry: physics of light, vision and perception | Diagnostic: data collection | |
6 | Photometry: lighting quantities | Diagnostic: critique | Homework 2 due |
7 | Daylighting metrics: daylight factor, sky models, dynamic metrics | ||
8 | Visual comfort: recommendations, glare, health issues | Concept: instructions | Homework 3 due |
9 | On-site daylighting analysis | ||
10 | Case studies | Concept: critique Proposal: instructions | |
11 | In-class quiz | ||
12 | Electric lighting: lamp types, light distribution | Proposal: critique | |
13 | Electric lighting (cont.) Guest speaker: Greg Walson, Reflex lighting | Proposal: ultimate questions and answers | |
14 | Color perception: colorimetry, color effects | Final project: presentation | |
15 | Lighting design: case studies Guest speaker: Barry Webb | Final reports due | |
16 | Lighting design: case studies (cont.) Guest speaker: Barry Webb | Homework 4 due | |
17 | Design and assessment tools: manual methods | ||
18 | Design and assessment tools: experimental methods, MIT heliodons | ||
19 | Design and assessment tools: computer simulations (overview) | Homework 5 due | |
20 | Design and assessment tools: computer simulations (practice) | ||
21 | Advanced daylighting strategies: complex fenestration systems | ||
22 | Case studies | Homework 6 due | |
23 | Visit of a landmark building: Genzyme headquarters, Cambridge, MA | ||
24 | Student presentations | ||
25 | Student presentations (cont.) | ||
26 | Ongoing research in daylighting at MIT Guest speakers: MIT Building Technology students |