Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Options 1 Option A Option B Option C John Haymaker PhD AIA LEED ap Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Agenda 2 Review Project Preference Models and our value functions Narrowing down a solution space Guest star Andrew Ehrich Representing options CAD BIM Representing a solution space Parametric modeling Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Entertainment Company Preferences Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn GSA Border Station Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Toronto train Station Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn ConX Preferences for Venezuela Project Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Optima Preferences Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Green Dorm Space Preferences Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn GSB Auditorium Preferences Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Green Dorm Water Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Pipe Manufacturer Headquarters Preferences 11 Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Stakeholder Groups L2 Preferences 100 75 50 25 0 Students Community Experimentation H20Cycle Faculty Departm ent Learning Demonstration Material Use University Developers Average Indoor Environment Zero Carbon Economy L1 Preferences Stakeholder Advocates Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Students 200 Faculty Department University Developers Average 180 160 140 120 100 80 60 40 20 0 Desirable Housing Living Lab Environ Performance Economy Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Average L1 Stakeholder Preferences Environmental Performance 30 Economy 9 Living Laboratory 33 Desirable Housing 28 Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Average L2 3 Stakeholder Preferences Economy Material Use 9 9 H20Cycle 7 Demonstration R Structure 13 R Vehicle 2 R Materials 1 3 R Energy 5 Zero Carbon 14 IIndoor d Environment 13 Learning 8 Community R Sensing 3 7 R Water 4 R Process 2 Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn GSB Preferences tell many stories Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Options What How and With Who should we build 17 Organization Options Who should do it Process Options How should they do it Product Options What should we build Today s focus is representing building product options Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Narrowing down the Solution Space 18 Andrew Ehrich Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Agenda 19 The Problem Motivating Cases Tunneling Through the Cost C Barrier The Green Dorm Characteristics of a Solution Our Process Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn The Problem Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Motivating Case Tunneling Through the Cost Barrier The The way to achieve these results is to integrate the design of an entire package of measures so that th t each h measure achieves hi multiple benefits such as savings gy and equipment q p on both energy costs Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Our Case Study The Green Dorm Are There Only Two Possible Alternatives Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Characteristics of a Solution Goal To create a feasible feasible valuable valuable and representative set of design alternatives that accurately reflect interactions between their constituent elements Steps Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn How Are We Doing This Today 9 Identify Possible Options 9Identify Value of Options 9Identify Interactions 9Identify Value of Interactions y and Process Data 9Analyze 9Create Design Alternatives Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Identify Options Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Identify Interactions Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Identify Value of Interactions Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Identify Value of Interactions Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn A New Alternative Building Concept Project Breakdown Structure Mechanical System Structural System Model Identifies Manages Analyzes Interactions Design Alternative Building Orientation Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Next Steps Preliminary Software Development Testing T ti on Green G Dorm D Schematic S h ti Design D i Validation V lid i Charettes Ch Questions Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn How to Represent these Options Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Options Use manageable and appropriate levels of detail D i Phase Design Ph Feasibility Preliminary Design Design Development Detailed Design L Level l off Detail D t il Building type defined e g 20 000 sf Laboratory Building systems defined e g trusses as structural system Building g components p defined e g spread footings Building Components Detailed e g spread footing w 3 000 psi concrete Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Options Define manageable chunks Amphitheatre S Wrapper 1 5 LAPO 7 7 2 6 3 4 E Atrium S Boat S B t 7 2 5 6 N Structure 1 4 E Wrapper pp Satellite Dish 3 7 7 8 G Stair And By Levels and db by Thirds Thi d and by Sequence and By Nick Names and byy Project is broken down by Building Elements Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Different types of information models 34 3 11 2008 Haymaker CE EE 115 215 Goaals and Methodss of Sustainablee Building Desiggn Uses of information models Example quantity take off How many black pixels how many white pixels How many meters of blue line how many green arcs How many square meters of
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