The Infinite Evolution of Green Building and Sustainability

Report 0 Downloads 39 Views
The Infinite Evolution of Green Building and Sustainability Dr. Alexia Nalewaik FRICS CCP

Sustainable Development and Green Building

Defining sustainable development • The ‘Brundtland’ report (1987) : “development that meets the needs of the present without compromising the needs of future generations to meet their own needs” • The American Society of Civil Engineers : “a set of economic, environmental and social conditions in which all of society has the capacity and opportunity to maintain and improve its quality of life indefinitely without degrading the quantity, quality or the availability of economic, environmental and social resources” • Definitions have changed over time, and will continue to do so

3

8/9/2017

Add a footer

Defining green building • Proposed steps to achieve sustainable balance included: • • • •

growth management (smart growth) new urbanism renewable energy ‘green’ development

• The philosophy of green building is derived from Arcology, a combination of architecture and ecology put forward by Paolo Soleri in the 1960’s • The practice of creating structures and using processes that are environmentally responsible and resource-efficient throughout a building's life-cycle from siting to design, construction, operation, maintenance, renovation and deconstruction

4

8/9/2017

Add a footer

What is missing from current approaches • At present, most of the green labeled buildings exist in the form of [discrete] individual buildings, not large-scale communities • Social and humanistic needs • • • •

Safety Comfort Health Security

• Meeting the broader intent of the original definitions

5

8/9/2017

maintain and improve quality of life indefinitely

A few concepts to bring us closer to the original intent

Smart Cities

What is a Smart City? • A city is considered ‘smart’ when investments in (i) human and social capital, (ii) traditional infrastructure, and (iii) disruptive technologies fuel sustainable economic growth and a high quality of life, with a wise management of natural resources, through participatory governance • Internet of everything

• Big data

• Sensors and surveillance • Artificial intelligence

• Blockchain

• Social robotics

• Cloud computing

• Real-time information

• Gamification

• Drones

• Mobile technologies

• Sharing economy / peer- • Renewable energy to-peer • 3-D printing • Social media / digital • Crowdsourcing platforms 8

8/9/2017

• Dynamic pricing

maintain and improve quality of life indefinitely

Design for Resilience

What is design for resilience? • Urban resilience addresses the capacity of individuals, communities, institutions, businesses, and systems within a city to survive, adapt, and grow, no matter what kinds of chronic stresses and acute shocks they experience • Planned and unplanned • Objectives • • • • • •

10

8/9/2017

foster economic prosperity ensure social stability meet basic human needs ensure food security provide continuity of public and critical services ensure cities and communities can continue to function

maintain and improve quality of life indefinitely

design for resilience • Hallmarks • • • • • • • • •

11

8/9/2017

Redundant systems Flexibility Durability Passivity Diversity Adaptability Elasticity Tolerant of interruptions and dynamic conditions Messy vitality in addressing risk and uncertainty

maintain and improve quality of life indefinitely

Active Design

What is active design? • Improvement of all aspects of design for health – physical, mental, and social – at home, work, and throughout a neighborhood • community gardens • interactive civic spaces • infrastructure to support active lifestyles and mobility (walking, running, and bicycling, in addition to many other solo and group activities and sports) • green space such as parks • improved access to fresh produce

13

8/9/2017

maintain and improve quality of life indefinitely

• traffic calming features • ‘programmed’ spaces that include art and events, pedestrian-oriented programs • public water fountains • placement and design of staircases • motivational signage • exercise facilities

Biophilic Design

What is biophilia? • The philosophy that humans require daily physical, visual, and emotional contact with nature because they, themselves, are part of nature • • • • • •

Light Air Water Plants Natural materials Images

• Prioritizes nature and wildlife first in planning objectives • Celebrates biodiversity

15

8/9/2017

maintain and improve quality of life indefinitely

biophilia • Design elements • • • • •

Nature reserves Urban forestry Reclamation of abandoned sites Indoor gardens Improved accessibility to existing green space

• Imagining the city as a garden, instead of a city with gardens

16

8/9/2017

maintain and improve quality of life indefinitely

Ubudehe

What is ubudehe? • Community working for the community, solving problems that affect everyone • Four pillars to locally fabricated building • • • •

18

8/9/2017

Hire locally Source regionally Train where you can Think about every design decision as an opportunity to invest in the dignity of the places where you serve

maintain and improve quality of life indefinitely

Questions? [email protected]