Integrated Urbanism :: IU 23.1

Introduction
 5 Lessons
Live Lecture – Introduction to the study project
Lecture – Conquering Urban Design
Lecture – Integrated Parametric Planning Strategies
Excursus – IN3 Planning Table
Excursus – IN3 Community Meeting (Addis Betekristian)
CONTEXT
360° Impressions
 4 Lessons
From Edge to Center – A walk through an Ethiopian City
360° Videos Dannisa
360° Videos Seriti
360° Videos Wurer
Ethiopia Overview
 5 Lessons | 1 Quiz
Lecture – Ethiopia – 01 – Introduction
Lecture – Ethiopia – 02 – Geography
Lecture – Ethiopia – 03 – Society
Lecture – Ethiopia – 04 – History
Lecture – Ethiopia – 05 – Economy
Quiz – Ethiopia Overview
Living in Ethiopia
 7 Lessons
Lecture – Life in Ethiopia – 01 – Introduction
Lecture – Life in Ethiopia – 02 – Environment
Lecture – Life in Ethiopia – 03 – Service Provision & Infrastructure
Lecture – Life in Ethiopia – 04 – Culture
Lecture – Life in Ethiopia – 05 – Livelihood
Lecture – Life in Ethiopia – 06 – Settlement
Excursus – Spaces (a documentary on life in Ethiopia by Bisrat Kifle & Felix Heisel)
Ethiopian Infrastructure
 3 Lessons
Ethiopian Infrastructure – 01 – Water
Ethiopian Infrastructure – 02 – Food
Ethiopian Infrastructure – 03 – Mobility
Water Sensitive Urban Design
Urban Water
 3 Lessons | 3 Quizzes
Lecture – Urban Water – 01 – Introduction Infrastructure
Quiz – Urban Water – 01 – Introduction
Lecture – Urban Water – 02 – Water Supply
Quiz – Urban Water – 02 – Water Supply
Lecture – Urban Water – 03 – Storm Water Management
Quiz – Urban Water – 03 – Storm Water
Task – Water Sensitive Urban Design
 3 Lessons
Tool – Water Sensitive Urban Design
Task – Water Sensitive City 23.1
Task – Water Sensitive Bishoftu
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Task – Water Sensitive City 23.1

Integrated Urbanism :: IU 23.1 Task – Water Sensitive Urban Design Task – Water Sensitive City 23.1

Get familiar with the WSUD Tool and create a city for 10.000 inhabitants which has (1) minimal wash out risk (2) optimal supply with water and (3) minimal costs (street length & pipe length). The space demand per person shall be 25 sqm, the water demand 50 l. The parameters to be changed are (1) the street network, (2) the density of the street blocks and (3) the position of the water tank. Use the task to familiarize yourself with the numbers and the relationships between the different design parameter and performance citeria.

Process:

  1. Start by creating a street network with assigned densities for a city of 10.000 inhabitants. Don’t look at the analysis when doing this!
  2. Analyse your city and make a screenshot. The analysis results define the benchmark for optimization.
  3. Change the network and the densities in order to improve the analysis results.
  4. Do several iterations (min. 2) of improvement and document the results with a screenshot
  5. Compile all screenshots into a PDF and upload it.

 

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