credit: integrative process 1 pt.msoik/3/ip fall 2014.pdf• landscaping • irrigation and site...

Credit: Integrative Process            1 pt.

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Credi 1 1Integrative Process

Credit: Integrative Process            1 pt.

Intent:

Implement and integrative process that supports high performance, cost‐effective project outcomes through analyses of key systems interrelationships before decisions are made on design and building form and throughout the design process.

2012 New Category:• Integrative Process

2009 Existing Category: • None

Credit: Integrative Process            1 pt.

Substantial Completion

In typical green building projects, 

70% of the decisions

associated with environmental impacts are made 

during the first 10 percent of the Design Process*

* USGBC LEED Green Associate Study Guide, ©2009 USGBC

Credit: Integrative Process            1 pt.

Before the completion of Pre‐design: assess at least two potential parametric options associated with each:

• Energy related systems‐ “simple box” energy model analysis.

• Programming & operational parameters• Site conditions• Massing & orientation• Basic envelope attributes• Lighting levels• Thermal comfort ranges• Plug & process loads

Credit: Integrative Process            1 pt.

• Implementation‐ Document how the analysis informed design and building form decisions in the project’s OPR and BOD. 

• Building and site program• Form & geometry• Envelope & façade treatments• Elevation & Façade treatment • Downsizing of building systems (HVAC, lighting, controls, 

exterior materials, interior finishes, and functional program).• Other systems

Credit: Integrative Process            1 pt.

• Water related systems – water budget analysis to explore how to reduce potable water loads

• Indoor water (flow & flow fixture performance)• Outdoor water (irrigation performance)• Process water (kitchen, laundry, cooling tower & other equip.)• Supply sources (non‐potable water supply sources‐ rainwater, 

greywater, municipally supplied non‐potable sources, HVAC equipment condensate).

Credit: Integrative Process            1 pt.

• Implementation: how integrated design informed building & site design decisions in the project’s OPR and BOD.

• Plumbing systems• Sewage conveyance• On‐site treatment systems• Stormwater quantity & quality management systems• Landscaping• Irrigation and site elements• Roofing systems and/or building form and geometry• Other systems

Credit: Integrative Process            1 pt.

• Cost analysis – (related to systems) estimate the cost of integrative strategies.  Include at a minimum:

• Baseline construction budget• Baseline operations budget • Create a cost‐bundling spreadsheet identifying primary bundles 

of interrelated systems • Identify and quantify potential design case first cost impacts 

(both reductions and increases)• Identify potential design case operational costs associated with 

each primary bundle • Identify any potential design case cost savings/benefits related 

to productivity issues associated with each primary bundle, where possible

Credit: Integrative Process            1 pt.

Integrative Process

Integrated

Integrative – LEED v4

Have you worked as part of an integrated team before?

Why do it?

Owner or Owner’s Representative Owner’s capital budget manager Architect or building designer Mechanical Engineer Electrical Engineer Structural engineer Energy Modeler Equipment Planner Acoustical Consultant Telecommunications Designer Controls Designer Building science or performance testing Green building or sustainable design consultant User groups Facility managers Housekeeping staff Functional and space programmers Interior designer Lighting consultant Commissioning agent Community representatives Civil engineering, landscape architecture, habitat restoration, or land planning Construction Management or General Contractor Life cycle cost analysis; construction cost estimating Other disciplines appropriate to the specific project type

Discovery

Basis of Design BOD

Discovery & Implementation

Discovery Site conditions

Massing and orientation

Basic envelope attributes

Lighting levels

Thermal comfort ranges

Programmatic/operational parameters

Perform a simple box energy model.

Energy

& OPR O W N E R ’ S P R O J E C T REQUIREMENTS

OPR O W N E R ’ S P R O J E C T REQUIREMENTS

BOD B A S I S O F D E S I G N

Discovery Indoor

Outdoor

Process water demand

Supply sources

Water budget

Water

& OPR O W N E R ’ S P R O J E C T REQUIREMENTS

OPR O W N E R ’ S P R O J E C T REQUIREMENTS

BOD B A S I S O F D E S I G N

Integrative Process

Adaptations.

New Construction

C o r e a n d S h e l l

S c h o o l s

R e t a i l

D a t a C e n t e r s

W a r e h o u s e s

H o s p i t a l i t y

H e a l t h c a r e

Owner’s Project Requirements Document

Charrette LEED 4

Hours minimum

What’s really important in practice?

Photo: Miller Hull

IEQ Credit Daylight

EA Credit/Prerequisite Commissioning

EA Credit/Prerequisite Energy Performance

INNOVATION& I N T E G R AT I V E D E S I G N