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PRESENTATION OUTLINE: I. P ROJECT B ACKGROUND II. A NALYSIS # 1 : BIM I MPLEMENTATION 1. W AYS T O P AY F OR BIM 2. C REATING A BIM M ODEL III. A NALYSIS # 2 : S OLAR P HOTOVOLTAIC S YSTEM D ESIGN 1. L AYOUT A ND D ESIGN 2. E LECTRICAL B READTH IV. A NALYSIS # 3 : R AINWATER C OLLECTION 1. S IZING O F C OLLECTION T ANK 2. S TRUCTURAL B READTH V. L ESSONDS L EARNED VI. A CKNOWLEDGEMENTS J USTIN G REEN C ONSTRUCTION M ANAGEMENT
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PRESENTATION OUTLINE: I. P ROJECT B ACKGROUND II. A NALYSIS # 1 : BIM I MPLEMENTATION 1. W AYS T O P AY F OR BIM 2. C REATING A BIM M ODEL III. A NALYSIS # 2 : S OLAR PV S YSTEM D ESIGN 1. L AYOUT A ND D ESIGN 2. E LECTRICAL B READTH IV. A NALYSIS # 3 : R AINWATER C OLLECTION 1. S IZING O F C OLLECTION T ANK 2. S TRUCTURAL B READTH V. L ESSONDS L EARNED VI. A CKNOWLEDGEMENTS P ROJECT B ACKGROUND:
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PRESENTATION OUTLINE: I. P ROJECT B ACKGROUND II. A NALYSIS # 1 : B IM I MPLEMENTATION 1. W AYS T O P AY F OR BIM 2. C REATING A BIM M ODEL III. A NALYSIS # 2 : S OLAR PV S YSTEM D ESIGN 1. L AYOUT A ND D ESIGN 2. E LECTRICAL B READTH IV. A NALYSIS # 3 : R AINWATER C OLLECTION 1. S IZING O F C OLLECTION T ANK 2. S TRUCTURAL B READTH V. L ESSONDS L EARNED VI. A CKNOWLEDGEMENTS A NALYSIS # 1 : BIM I MPLEMENTATION Benefits of BIM: Control of project information; everything is located in one place. Improved coordination between trades through clash detection. Greater productivity in the field and less demolition / re-work required. Less time is spent on RFI’s and conflict resolution. Increases design efficiency by up to 40%. Better-quality design and detailing can be produced. Opens up new markets and services for designers / contractors. Challenges of BIM: Learning curve: time and resources spent on training for BIM. Tendency to stick with building methods that are more familiar / proven. Very few people within the industry are considered experts in BIM. BIM software is still changing and not fully integrated between all disciplines. Who is responsible for the building model? Updates to the model? Risk? According to McGraw Hill Construction: 7 in 10 BIM users who measure Return on Investment (ROI) see positive returns. 1 in 5 BIM users who measure ROI see returns greater than 50%. Half of the industry is using BIM or BIM-related tools today. This represents a 75% increase in usage in the last two years.
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Very High High Medium Low Very Low
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PRESENTATION OUTLINE: I. P ROJECT B ACKGROUND II. A NALYSIS # 1 : BIM I MPLEMENTATION 1. W AYS T O P AY F OR BIM 2. C REATING A BIM M ODEL III. A NALYSIS # 2 : S OLAR PV S YSTEM D ESIGN 1. L AYOUT A ND D ESIGN 2. E LECTRICAL B READTH IV. A NALYSIS # 3 : R AINWATER C OLLECTION 1. S IZING O F C OLLECTION T ANK 2. S TRUCTURAL B READTH V. L ESSONDS L EARNED VI. A CKNOWLEDGEMENTS
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PRESENTATION OUTLINE: I. P ROJECT B ACKGROUND II. A NALYSIS # 1 : BIM I MPLEMENTATION 1. W AYS T O P AY F OR BIM 2. C REATING A BIM M ODEL III. A NALYSIS # 2 : S OLAR PV S YSTEM D ESIGN 1. L AYOUT A ND D ESIGN 2. E LECTRICAL B READTH IV. A NALYSIS # 3 : R AINWATER C OLLECTION 1. S IZING O F C OLLECTION T ANK 2. S TRUCTURAL B READTH V. L ESSONDS L EARNED VI. A CKNOWLEDGEMENTS
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PRESENTATION OUTLINE: I. P ROJECT B ACKGROUND II. A NALYSIS # 1 : BIM I MPLEMENTATION 1. W AYS T O P AY F OR BIM 2. C REATING A BIM M ODEL III. A NALYSIS # 2 : S OLAR PV S YSTEM 1. L AYOUT A ND D ESIGN 2. E LECTRICAL B READTH IV. A NALYSIS # 3 : R AINWATER C OLLECTION 1. S IZING O F C OLLECTION T ANK 2. S TRUCTURAL B READTH V. L ESSONDS L EARNED VI. A CKNOWLEDGEMENTS A NALYSIS # 2 : S OLAR PV S YSTEM D ESIGN
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PRESENTATION OUTLINE: I. P ROJECT B ACKGROUND II. A NALYSIS # 1 : BIM I MPLEMENTATION 1. W AYS T O P AY F OR BIM 2. C REATING A BIM M ODEL III. A NALYSIS # 2 : S OLAR PV S YSTEM D ESIGN 1. L AYOUT A ND D ESIGN 2. E LECTRICAL B READTH IV. A NALYSIS # 3 : R AINWATER C OLLECTION 1. S IZING O F C OLLECTION T ANK 2. S TRUCTURAL B READTH V. L ESSONDS L EARNED VI. A CKNOWLEDGEMENTS
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PRESENTATION OUTLINE: I. P ROJECT B ACKGROUND II. A NALYSIS # 1 : BIM I MPLEMENTATION 1. W AYS T O P AY F OR BIM 2. C REATING A BIM M ODEL III. A NALYSIS # 2 : S OLAR PV S YSTEM D ESIGN 1. L AYOUT A ND D ESIGN 2. E LECTRICAL B READTH IV. A NALYSIS # 3 : R AINWATER C OLLECTION 1. S IZING O F C OLLECTION T ANK 2. S TRUCTURAL B READTH V. L ESSONDS L EARNED VI. A CKNOWLEDGEMENTS
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PRESENTATION OUTLINE: I. P ROJECT B ACKGROUND II. A NALYSIS # 1 : BIM I MPLEMENTATION 1. W AYS T O P AY F OR BIM 2. C REATING A BIM M ODEL III. A NALYSIS # 2 : S OLAR PV S YSTEM D ESIGN 1. L AYOUT A ND D ESIGN 2. E LECTRICAL B READTH IV. A NALYSIS # 3 : R AINWATER C OLLECTION 1. S IZING O F C OLLECTION T ANK 2. S TRUCTURAL B READTH V. L ESSONDS L EARNED VI. A CKNOWLEDGEMENTS A NALYSIS # 3 : R AINWATER C OLLECTION
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PRESENTATION OUTLINE: I. P ROJECT B ACKGROUND II. A NALYSIS # 1 : BIM I MPLEMENTATION 1. W AYS T O P AY F OR BIM 2. C REATING A BIM M ODEL III. A NALYSIS # 2 : S OLAR PV S YSTEM D ESIGN 1. L AYOUT A ND D ESIGN 2. E LECTRICAL B READTH IV. A NALYSIS # 3 : R AINWATER C OLLECTION 1. S IZING O F C OLLECTION T ANK 2. S TRUCTURAL B READTH V. L ESSONDS L EARNED VI. A CKNOWLEDGEMENTS
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PRESENTATION OUTLINE: I. P ROJECT B ACKGROUND II. A NALYSIS # 1 : BIM I MPLEMENTATION 1. W AYS T O P AY F OR BIM 2. C REATING A BIM M ODEL III. A NALYSIS # 2 : S OLAR PV S YSTEM D ESIGN 1. L AYOUT A ND D ESIGN 2. E LECTRICAL B READTH IV. A NALYSIS # 3 : R AINWATER C OLLECTION 1. S IZING O F C OLLECTION T ANK 2. S TRUCTURAL B READTH V. L ESSONDS L EARNED VI. A CKNOWLEDGEMENTS Payback Period = 13 YearsPayback Period = 12 Years Sample of Structural Shear and Moment Diagrams
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PRESENTATION OUTLINE: I. P ROJECT B ACKGROUND II. A NALYSIS # 1 : BIM I MPLEMENTATION 1. W AYS T O P AY F OR BIM 2. C REATING A BIM M ODEL III. A NALYSIS # 2 : S OLAR PV S YSTEM D ESIGN 1. L AYOUT A ND D ESIGN 2. E LECTRICAL B READTH IV. A NALYSIS # 3 : R AINWATER C OLLECTION 1. S IZING O F C OLLECTION T ANK 2. S TRUCTURAL B READTH V. L ESSONDS L EARNED VI. A CKNOWLEDGEMENTS L ESSONS LEARNED:
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PRESENTATION OUTLINE: I. P ROJECT B ACKGROUND II. A NALYSIS # 1 : BIM I MPLEMENTATION 1. W AYS T O P AY F OR BIM 2. C REATING A BIM M ODEL III. A NALYSIS # 2 : S OLAR PV S YSTEM D ESIGN 1. L AYOUT A ND D ESIGN 2. E LECTRICAL B READTH IV. A NALYSIS # 3 : R AINWATER C OLLECTION 1. S IZING O F C OLLECTION T ANK 2. S TRUCTURAL B READTH V. L ESSONDS L EARNED VI. A CKNOWLEDGEMENTS A CKNOWLEDGEMENTS:
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