urban information modeling

21
Urban Information Modeling Reflections on the Urban Systems Collaborative Chicago Workshop April 19, 2012

Upload: denis

Post on 25-Feb-2016

52 views

Category:

Documents


0 download

DESCRIPTION

Urban Information Modeling. Reflections on the Urban Systems Collaborative Chicago Workshop April 19, 2012. One way of looking at cities:. - PowerPoint PPT Presentation

TRANSCRIPT

Page 1: Urban Information Modeling

Urban Information ModelingReflections on the Urban Systems Collaborative Chicago Workshop April 19, 2012

Page 2: Urban Information Modeling

Cities are the spatial and infrastructural context in which people come together to engage in transactions with one another for a wide variety of reasons (i.e. social, civic, cultural, commercial, institutional, etc)…

The underlying currency that gives rise to these transactions is information.

One way of looking at cities:

Page 3: Urban Information Modeling

Can a better understanding of the flows of urban information lead to better cities?

Page 4: Urban Information Modeling

A map of information flows.

The Chicago experiment:

Page 5: Urban Information Modeling

• The developer (Magellan)

• The urban designer (SOM)

• A key City agency (DHED)

• A local community group (the Grant Park Conservancy)

Lakeshore East Development, Chicago, IL

Page 6: Urban Information Modeling

Questions for Participants to Consider

1. What is the role of your group in this type of development project?

2. What information/ data do you need to fulfill your role at various points in the process?

3. What information/ data does your group generate and how?

4. How much of that information is shared with others?

5. What information are you not able to share?

6. Do you think any of the unshared data would be of value to anyone else?

7. What type of information (that is currently difficult to access) would be of great value to your group?

8. How does your group attempt to validate the quality of the information/ data that was generated and shared by your group?

Page 7: Urban Information Modeling

The Flow Diagrams

Page 8: Urban Information Modeling

MASTER PLANNER

CITY AGENCY OR DEVELOPER

LANDSCAPE ARCH.

CIVIL ENGINEERS

CITY AGENCIES

ARCHITECTS

TRANSPORTATION

DECISION MAKERS

DEVELOPERS

ECONOMISTS

ECOLOGISTS

SUSTAINABILITY

SMART TECHNOLOGY

CLIENT

COMMUNITY

The Players

Urban Designer (SOM)

Page 9: Urban Information Modeling

INFRASTRUCTURE DEVELOPMENT

MASTER PLAN OCCUPANCYAPPROVALSCONCEPTION LAND SALES / DEVELOPMENT

PLANNING GOALS & PRINCIPLES

SITE ANALYSIS CONCEPTUAL MASTER PLAN

MASTERPLAN

DESIGN GUIDELINES

Urban Development Process

Master Plan Process

Urban Designer (SOM)

Page 10: Urban Information Modeling

Master Plan Process

PLANNING GOALS & PRINCIPLES

ANALYSIS CONCEPTUAL MASTER PLAN

MASTERPLAN

DESIGN GUIDELINES

Urban Designer (SOM)

Page 11: Urban Information Modeling

PLANNING GOALS & PRINCIPLES

ANALYSIS CONCEPTUAL MASTER PLAN

MASTERPLAN

DESIGN GUIDELINES

Existing site conditionsInfrastructureEnvironmentalProgram / land usePast planning initiativesNeighborhood / community initiativesRegional coordination

Master Plan Process

Urban Designer (SOM)

Page 12: Urban Information Modeling

PLANNING GOALS & PRINCIPLES

ANALYSIS CONCEPTUAL MASTER PLAN

MASTERPLAN

DESIGN GUIDELINES

AccessibilitySustainabilityDiversityOpen SpaceCompatibilityDensityIdentityPhasing

Master Plan Process

Urban Designer (SOM)

Page 13: Urban Information Modeling

PLANNING GOALS & PRINCIPLES

ANALYSIS CONCEPTUAL MASTER PLAN

MASTERPLAN

DESIGN GUIDELINES

Physical development frameworkLand use strategyStreets and circulationTransitOpen Space / Natural SystemsRecreation / AmenityInfrastructure / UtilitiesHieght, Density and Urban FormPhasing / Implementation

Master Plan Process

Urban Designer (SOM)

Page 14: Urban Information Modeling

PLANNING GOALS & PRINCIPLES

ANALYSIS CONCEPTUAL MASTER PLAN

MASTERPLAN

DESIGN GUIDELINES

ParcelizationPublic rights-of-wayUtilities and easementsParks and open spaceVehicular and pedestrian circulationLand Use and DensityBuilding Height and MassingPhasing / Implementation

Master Plan Process

Urban Designer (SOM)

Page 15: Urban Information Modeling

PLANNING GOALS & PRINCIPLES

ANALYSIS CONCEPTUAL MASTER PLAN

MASTERPLAN

DESIGN GUIDELINES

ParcelsBuildings- Height- Materials- Elements

Public SpacesLandscapeStreetsInfrastructure

Master Plan Process

Urban Designer (SOM)

Page 16: Urban Information Modeling

City Agency (DHED)

Page 17: Urban Information Modeling

Community Group (Grant Park Conservancy)

__________________________________________________________________________________________________________________ 1. Site 2. Design 3. Loan 4. Permits 5. Public meeting 6. Revised Plan Lakeshore East The Legacy Spertus Institute 340 On the Park North Grant Park Chicago Spire Central Station

Where community process starts is project specific

Page 18: Urban Information Modeling

Developer

Page 19: Urban Information Modeling

• In general, people are not accustomed to describing what they do in terms of the steps of a process.• People are even less accustomed to thinking about information in a tangible way, especially as inputs and outputs of those processes.• In general, everybody wants as much information as possible, as early in the process as possible (but there are valid reasons why this doesn’t always happen).• There are few yardsticks of “success”.• The discussion about the participation of the community (citizen engagement) led to some of the more interesting questions.

• What are the limits of the community’s right to information about a private development?

• How does the community group leadership gain credibility amongst the community it represents?

• How can a community engage effectively in a design process?• Bob Schloss from IBM shared some insights into the urban semantic modeling work that his team is developing.• There is still work to be done to find an effective convention for capturing this idea of a map of information flows…

Some Take-Aways

Page 20: Urban Information Modeling
Page 21: Urban Information Modeling