Leighton Brown Ben Brown Christopher Williams

1. Leighton Brown Ben Brown Christopher Williams

2. Team: ___Island Breeze Home LLC______System: ___Agile Home Unit_____________ Descriptive Statement Affordable housing that is easily configurable to accommodate different weather conditions, family, and terrain. Provides energy upgrades as well as accommodate current utility conditions with the ability to upgrade with little or no housing modifications Strategic Values/Objectives •Affordability •Safe •Durable •Configurable (Expandable, Weather, Terrain, Plumbing, and Utilities) •Energy Efficient •Modular Interior

3. System: __________________________ Variable Interior Config Change the lines and bubbles, this is not a fill-in-the-blank model Affordable Home prices Local utility infrastructure Changes Standard Interfaces Configuration Mgmt Procure local materials Building codes Mgmt Changes in family size Variable Exterior Config Upgradeable Utilities Survive Extreme Weather Conditions Strategic Values/Objectives Functional Activity Strategic Activity ConOps Web

4. Proactive Reactive System: _ Agile Home Unit_____________ _________________________ General Issues • Creation • Affordable Living Environment • Improvement • Temperature • Migration • Plumbing • Terrain • Durability • Electrical system • Satellite communication • Modification • More room required, different rooms required. • Correction • multiple energy sources. • Variation • Summer days, cloudy days • Wet and dry weather. • Expansion • life changes.

5. Proactive Reactive System: __________________________ General Issues • Affordable Living Environment • Living space environmental comfort (I.E. temperature) • Migration • Plumbing • Terrain • Durability • Electrical system • Modification • Enhanced pimpabilty. • Satellite communication capable homes • Solar Cells generate power on a summer day. • Auto electrical consumption decrease when cloudy. • Collecting water when raining • Water conservation during low water levels. • Reconfigurable interior design to life changes.

6. Proactive Reactive Response Situation Analysis Change Domain Change/Response Issue Creation (and Elimination) • Affordable living environment (c, q) Improvement • Thermal efficiency by N percent (c, q) Migration • Upgraded infrastructure (utilities, plumbing) (c, s) • Adaptation to different terrains (t, c) • Generational compatibility (c, s) Modification (Add/Sub Capability) • Different functional use (c, s) • Obsolete parts (c, q) • Solar system failure/Utility failure (t, c, q) Correction Variation • Environmental effects (sunny, cloudy) (c, s) • Inclement weather (c, q) Expansion (and Contraction of Capacity) • Module expansion (c) Reconfigu-ration • Different layout requirements (c, s)

7. System: ________________________ • (Think … Drag-and-Drop / Plug-and-Play) • Self-Contained Units (Encapsulated Modules) • Installers • Floorings, Roofing, Sidings, • Plumbing Interface • Electrical Interface • Solar Panels • Ventilation • Interior Modules • Evolving Standards (Infrastructure/Framework) • Structural Codes • Utility Codes (Electrical, Plumbing • Customer Standard • Material Standard • Transportation Standard • Import/Export Standard Scalable Reusable

8. RRS Principles for System: _Island Breeze______ • Self-Contained Units (Encapsulated Modules) • Installers • Floorings, Roofing, Sidings, • Solar Panels • Ventilation • Evolving Standards (Infrastructure/Framework) • Structural Codes • Utility Codes (Electrical, Plumbing • Customer Standard • Material Standard • Transportation Standard • Import/Export Standard • Plug Compatibility (Facilitated Interfacing) • Common Plumbing Interface • Common Electrical Interface • Unit Redundancy & Diversity • Homes use similar or interchangeable building material and components. Scalable Reusable • Facilitated Reuse • Homes do not require special foundations, are easy to move. • Elastic Capacity (Scalable) • Flexible interior for family • Flexible exterior that will allow for home expansion Reconfigurable • Flat Interaction (Peer-Peer, Non-Hierarchical) • Easily modified for different weather conditions. • Distributed Control & Information (Decentralization) • Local requirements are feed to distribution house to insure correct building arrives on site. • Deferred Commitment • Build and design on demand • Self Organization • Modules can be added subtracted or altered on customer demand.

9. Agile Home Unit Modules/Components Sidings Flooring Integrity Management Solar Panel Electrical /Plumbing Roofing Interior Modules Ventilation Lead Architect Module mix Warehouse Manager Module inventory Foreman System assembly Project Engineer Infrastructure evolution Active Infrastructure Passive Terrain 1 Floor Plan 1 Fully Loaded Utility Codes Structural Code Transportation Code Import/Export Regulation

10. System: _______________________ Reality Factors Human Behavior – Human error, whimsy, expediency, arrogance... • Incorrect configuration due to design misunderstanding • Purchased configuration not what was expected • Organizational Behavior – Survival rules rule, nobody's in control... • Overselling beyond customer configuration needs (more expensive) • Technology Pace – Accelerating vulnerability-introductions, sparse testing... • New standards introduced that extend beyond the capabilities • System Complexity – Incomprehensible, highly networked, unintended consequences, emergence... • Train homeowners on all possible configurations • Train service/building personnel on all possible configurations. • Globalization – Partners with different ethics, values, infrastructures... • Building codes change based on unethical behavior. • Creeping Agile Practices – Outsourcing, webservices, transparency, COTS, SOA... • Keep interior configuration as delivered • Always keep exterior configuration for worst case scenario • Agile Adversaries/Competitors/Customers – Distributed, collaborative, self organizing, proactive, impatient, innovative... • Competitor reverse engineering the design and providing a house of less quality for cheaper • Other? • ?

11. Local Utility Infrastructure Change Management Gather Data For New Infrastructure Changes Build a Design Group for the new infrastructure changes Develop and manufacture design Deploy required changes to modular home(s), if required Roll new infrastructure changes forward

12. Island Breeze Closure Matrix

13. Closure Matrix Paragraph Self contained units are impacted by the utility infrastructure changes. Requiring redesign of certain components of self contained units to support new infrastructure. Implemented utility infrastructure changes could affect plug compatibility of deployed modular units to meet new infrastructure. Units are designed to meet current utility standards. New utility standards would be considered deferred commitment until the new utility standards are required by law before implementing the start of modular design changes. New utility design changes will include facilitated re-use oftheexpired utility configuration in the updated modular design to maintain modularity interfaces. Evolving Standards will require configuration management of the modular designs to incorporating the different utility infrastructure changes.