Course program
01 - 06.09.18 – Course introduction - 3D modeling – Settings, geometries creation (surfaces, polysurfaces, solids, Brep/Mesh).
02 - 13.09.18 – 3D modeling - Geometries transformation and editing.
03 - 20.09.18 – Parametric design – 3D modeling of TTÜ Aula (assignment 1).
04 - 27.09.18 - Parametric design – Parameters and components, math operators.
05 - 04.10.18 – Parametric design – Boolean operators, functions and vectors.
06 - 11.10.18 – Parametric design - Geometries, referencing and transformations.
07 - 18.10.18 – Parametric design - Data management, data lists and data trees.
08 - 25.10.18 – Parametric design – Design of parametric daylight sources (window, skylights and shading) to TTÜ Aula (assignment 2).
09 - 01.11.18 – Daylight design – Sun path and shadows analysis.
10 - 08.11.18 – Daylight design – Static daylight simulations (Illuminance, Daylight Factor).
11 - 15.11.18 – Daylight design – Dynamic daylight simulations (Daylight Autonomy, Useful Daylight Illuminance, Spatial Daylight Autonomy, Annual Sunlight Exposure).
12 - 22.11.18 – Daylight design – Electric light consumption calculation.
13 - 29.11.18 – Daylight design – Daylight simulations automation.
14 - 06.12.18 – Daylight design – Daylight and electric light data analysis.
15 - 13.12.18 – Daylight design - Case study.
16 - 20.12.18 – Final presentation.
Course registration
Send an email to francesco.deluca@ttu.ee
In the Subject write: SES18 registration + name and family name
Lesson files
Download Aula 3D and Daylight model from HERE
Download files for lesson 27.09.18 from HERE
Download files for lesson 08.11.18 from HERE
Lesson 10 15.11.18
Groups
·
Group
1 - Only wall windows. Different variations: on one of the two façade, on both,
different windows layouts (number, size, position, shading)
·
Group
2 - Only skylights. Different variations: on one orientation, on both,
different skylights layouts (number,
size, position, shading)
·
Group
3 – 4 – 5 – Combinations of wall windows and skylights. Wall windows different
variations: on one of the two façade, on both, different windows layouts
(number, size, position, shading). Skylights different variations: on one
orientation, on both, different skylights layouts (number, size, position,
shading).
Task 1: design 10 different variations to find optimal values
of Spatial Daylight Autonomy and Annual Sunlight Exposure possibly to fulfill
the LEED4 Daylight requirements:
- Minimum 55% sDA (floor area above the Illuminance threshold
for more than 50% of the time)
- Maximum 10% ASE (floor area with illuminance above 1000 lux
for maximum 250 hours/year)
Threshold: 300 Lux
Occupancy schedule: weekdays 9-17
Task 2: use
the already designed 10 different variations to find the one with the least
electric light energy annual consumption.