The document discusses the adaptive reuse of a property into a home called the New Synergis Home. It describes how Building Information Modeling (BIM) software, specifically Revit, was used together with collaboration and feedback to design the home in a sustainable way. Key parts of the process discussed are facilitated architectural programming, using Revit for conceptual energy analysis and mass modeling during design, and Revit's ability to facilitate collaboration and coordination between designers.
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THE NEW SYNERGIS HOME: Collaboration, Adaptive Reuse, and BIM by Re:Vision Architecture
1. The New Synergis Home:
Collaboration, Adaptive Reuse and BIM
THE NEW SYNERGIS HOME
Collaboration, Adaptive Reuse and BIM
2. The New Synergis Home:
Collaboration, Adaptive Reuse and BIM
DEEP GREEN ARCHITECTURE
SUSTAINABILITY CONSULTING
COMMUNITY ENGAGEMENT
Drew Lavine, RA, LEED AP
3. The New Synergis Home:
Collaboration, Adaptive Reuse and BIM
The New Synergis Home:
Collaboration, Adaptive Reuse and BIM
THE NEW SYNERGIS HOME:
Collaboration, Adaptive Reuse, and BIM
At the end of this session the attendee will be able to…
• Describe the sustainable benefits of an adaptive reuse project in an urban
area
• Understand the process of facilitated architectural programming
• Interpret the Revit Conceptual Energy Analysis outputs to influence concept
design
• Know how the use of Revit can help facilitate charette style designing
• Use Revit to quickly understand and document complex information
7. The New Synergis Home:
Collaboration, Adaptive Reuse and BIM
The New Synergis Home:
Collaboration, Adaptive Reuse and BIM
WHY ADAPTIVE REUSE?
• Utilization of a previously developed site
o Avoids development of greenfields
o Utilizes existing utility infrastructure
o Minimizes impact on watersheds and stormwater systems
• Reusing existing building elements
o Cost savings
o Embodied energy savings
o Construction waste savings
o Time savings
• Strategic location near urban core
• Solar orientation
• Utilize the character of existing spaces and materials
• Repair the urban fabric of the community
15. The New Synergis Home:
Collaboration, Adaptive Reuse and BIM
The New Synergis Home:
Collaboration, Adaptive Reuse and BIM
REVIT CONCEPTUAL ENERGY ANALYSIS
47. The New Synergis Home:
Collaboration, Adaptive Reuse and BIM
The New Synergis Home:
Collaboration, Adaptive Reuse and BIM
THE NEW SYNERGIS HOME:
Collaboration, Adaptive Reuse, and BIM
• Adaptive Reuse is a sustainable strategy
• Facilitated architectural programming – design, feedback, design,
feedback…
• Owner’s Project Requirements – more than just square footage needs
• Revit Conceptual Energy Analysis outputs influence concept design
• Revit mass modeling as a concept design tool
• Revit for concept design visualization
• Revit as a tool to facilitate charette style designing
• Revit for coordination and documentation
48. The New Synergis Home:
Collaboration, Adaptive Reuse and BIM
THE NEW SYNERGIS HOME
Collaboration, Adaptive Reuse and BIM
Editor's Notes
Background on myself
Using revit since 2009
Have been with Re:Vision for 3 years. In that time went from an all CAD office with modeling as an additional service to an all revit office with 3d visualization as part of our workflow
309 N
663 W
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Leadership workshop – EDS, SSD, ReV, GE
Messy process/brainstorming
Individual user group interviews
On site tours – progressive office spaces
Touchstones - guiding principles of the project by which we all will judge its success.
Understand the heirarch and organization
Revit mass model. Actually used these masses to start placing groups in the model of the existing building
Multiple program area calculation models
Ranged from traditional closed office to a “distributed” open office
We’re landing in the middle – approx 26,000 sf for 120 employees
Started project in Revit 2013. have used CEA in subsequent versions as well.
Looking for early feedback for comparative and then iterative design
Point out area difference and number of stories
In terms of dollars, this is a $100,000 life cycle energy cost savings
What’s great about revit is the ability to use it not just for making building models but making 3 dimensional diagrams
Ability to isolate elements
Transition from mass to walls
Ability to schedule and monitor room areas
Discuss 3 dimensional thinking vs visualization
Ability to quickly encircle a condition and communicate it spatially as opposed to 2 dimensionally
6,947 sf of masonry wall. Of that 4,342 sf, or 62.5%, is insulated and 2,605 sf, or 37.5%, is uninsulated. Working from the known values we compute that the insulated wall will need to have a U-factor of 0.034 (R-29.4) to achieve an area weighted average Mass Wall U-factor of 0.104. In order to achieve U-0.034, you will need 4” (@R-6/inch) - 5” (@R-5/inch) of spray foam insulation