ALIMERV TEAM ZOG PROCTOR MEMBERS POPINARA MORRIS VINCENT - - PowerPoint PPT Presentation

FINAL TEAM BUILDING PRESENTATION TEAM MEMBERS

ZOG POPINARA

MORRIS SCHNEPS ALIMERV PROCTOR

VINCENT SCANCARELLO

ARCH 2330 | Building Technology III Fall 2016

• Prof. Paul King

PROJECT SELECTION & ANALYSIS

Include one slide that shows the selected project Quickly evaluate the existing building for:

• Structure – does the building show structure?
• Floor to Floor – does the building have appropriate floor to floors?
• Mechanical – does the building show vertical and horizontal route for mechanical

systems and indicate the location of a mechanical room?

• Egress – does the building include two means of egress and are they properly

located? Are they in fire rated enclosures? Does the building include an elevator?

• Assembly – do the drawings indicate building assembly materials? Can you

determine what the façade is made of?

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PROJECT SELECTION & ANALYSIS

ZP

PROJECT SELECTION & ANALYSIS

ZP

PROJECT SELECTION & ANALYSIS

ZP

The structural grid is not shown but you get a clear understanding how everything is aligned, however for the selections highlighted in the figure to the right, one cannot know for sure if those are columns or if they act as mullions. Note that the area shaded in red should contain a expansion joint because that certain area of the building extends to the higher floors while other areas do not. This becomes more clear in the floor plans and sections.

PROJECT SELECTION & ANALYSIS

ZP

Floor to floor are about 12 feet which are perfect for a design but can cause problems when thinking about a split level as you see here highlighted in red. The area highlighted in yellow shows the vertical circulation. Its important to note that you do have the right amount of egress stairs but they are not enclosed properly. Also vertical and horizontal mechanical shafts are not included in section drawings, however they exist in the floor plan. (Locker room floor)

PROJECT SELECTION & ANALYSIS

ZP

Problems with Egress Stairs.

• 1. Stairs are not enclosed properly.
• 2. Door directions are all wrong except in

the first floor plan where they lead you out

• f the building.
• 3. There are no doors leading you out of the

building in the bottom stair therefor , its not considered an egress if you cant exit out of the stairs (CASE).

• 4. Some stairs lead directly to rooms/office

space.

• 5. Stairs do not contain doors wherever you

see a red question mark.

• 6. Not clear if area highlighted in green is

an elevator or a vertical shaft.

PROJECT SELECTION & ANALYSIS

ZP

Problems with Circulation In the floor plan you can see the pool is located in the first floor as soon as you enter. That can be a problem for the circulation and also for design purpose. Would someone want to go to the locker room floor , change then come back up to swim. Pool is also too small according to code, an Olympic sized swimming pool should contain minimum dimensions of

STRUCTURAL PROPOSAL

Show a typical floor plan and a section from your Revit drawings. The section should be cut where it gives a clear indication of structure and special conditions like long spans. If your team has all used the same solution then you only need to show one slide, that can be shared by the team. If different team members proposed different solutions then each team member shows their own slide. Floor plan: Highlight (use color - green) the proposed structural grid, show column locations and provide dimensions. Section: Highlight (use color - green) the floor slabs and the floor to floor dimensions. Slab should indicate appropriate thickness

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STRUCTURAL PROPOSAL

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Spans between grid line A-B and 1-2 are 8’, to show the cantilevered split level. B-C span 32’ C-D span 36’ (for pool and skylight, also nothing supported above) D-E span 28’. 2-3 spans 18’ and the rest of the grid lines all span 20’.

STRUCTURAL PROPOSAL

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Typical Floor Plan contains a central courtyard you can look down in the pool. Its missing a garden which is now moved

• n the roof of the first floor.

Also you can see the placing of the Rockwall climbing has changed to help circulation through and around.

STRUCTURAL PROPOSAL

ZP

Basement to first floor = 12’ 1st floor to second floor= 14’ 2nd Floor to 3rd Floor= 16’ 2.5-3.5 = 14’ 3rd Floor to 4th Floor= 14’

STRUCTURAL PROPOSAL

MS The basement has a double height area for the pool, therefore columns must be placed on the perimeter.

STRUCTURAL PROPOSAL

MS Basement to 1st floor = 12’ 1st floor to 2nd floor= 12’ 2nd Floor to 3rd Floor= 12’ 2.5-3.5 = 12’ 3rd Floor to 4th Floor= 12’

STRUCTURAL PROPOSAL

VS A to B = 8’ 1” B to C = 32’ 0” C to D = 32’ 0” D to E = 24’ 6” E to F = 7’ 6” 1 to 2 = 8’ 0” 2 to 3 = 12’ 0” 3 to 4 = 20’ 0” 4 to 5 = 20’ 0” 5 to 6 = 20’ 0” 6 to 7 = 20’ 0”

STRUCTURAL PROPOSAL

VS Floor to Floor Heights Basement – First First – Second Second – Third Third – Fourth Fourth – Roof Roof – Parapet

MECHANICAL PROPOSAL

Show a typical reflected ceiling plan and a section from your Revit drawings. The section should be cut where it will clearly show the vertical and horizontal distribution of mechanical systems. If your team has all used the same solution then you only need to show one slide, that can be shared by the team. If different team members proposed different solutions then each team member shows their own slide. Floor plan: Highlight (use color-orange) the location of the mechanical room &vertical distribution shafts. You may require two plans, one typical and a second that shows the mechanical room. Indicate (use color-red) the two hour rated shaft enclosures. Section: Highlight (use color-orange) the distribution of mechanical systems. Be certain that the section is cut where it shows vertical mechanical shafts and horizontal distribution of mechanical systems.

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MECHANICAL PROPOSAL

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MECHANICAL PROPOSAL

MS Lighting Fixtures Air Return Air Supply Sprinklers

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MECHANICAL PROPOSAL

EGRESS PROPOSAL

Show a typical floor plan and a section from your Revit drawings. The section should be cut where it will clearly shows the vertical stairs. You may require more than one. If your team has all used the same solution then you only need to show one slide, that can be shared by the team. If different team members proposed different solutions then each team member shows their own slide. Floor plan: Highlight (use color-yellow) the location of the stairs and elevators and the egress corridors. Indicate (use color-red) 1 hour rated corridors &the 2 hour rated stair

• enclosures. Be certain that all doors open in the direction of egress.

Section: Highlight (use color-yellow) the stairs. Indicate the horizontal routes and vertical routes for egress.

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EGRESS PROPOSAL

MS First Floor Level Plan Level 1 to 2.5 Section Basement to Level 4 Section

COMPOSITE MATERIALS PROPOSAL

Show exterior elevations or perspectives. Label materials that you have chosen for your solutions. Materials divide into two categories, large expanses of glass or curtain walls and solid materials. Provide labels to indicate the different materials that will be investigated by your team. For example on the curtain wall you can label the different solutions that the team has chosen, stick system with mullions, butt glazing with cable or rods, window wall etc. For the solid portions of the façade list the different solutions that your team has chosen, precast concrete, metal panels, stone panels or veneer, rain screen etc. This slide is a compilation of the teams solutions. Each team member will show their individual solutions again during the individual presentations.

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INDIVIDUAL DETAILS PRESENTATION

ARCH 2330 | Building Technology III Fall 2016

• Prof. Paul King

TEAM MEMBER NAME HERE

FAÇADE DEVELOPMENT AND DETAILS

Show wall sections, section details and plan details of your façade construction. Remember that you should show matching plan section and elevation details at appropriate scales. Wall sections are to be ½” or ¾” scale with partial elevations at the same scale. Details are to be drawn at 1 ½” or 3” = 1’-0” scale. All details are to be fully annotated including labels and dimensions using detail items. Start with one image of the full size sheet showing the layout. Plot the detail sheet to PDF > export as an image and include it here in PowerPoint. Color code your details to indicate the following:

• Structure – green color
• Water proofing – blue color
• Fire Stopping – red color
• Thermal Insulation- yellow color
• Composite (shows all together)

First show the detail (matching plan and section and elevation works best) with no color. Then show the same slide with one color at a time. Highlight both the annotation and show structure (green), water proofing (blue), fire stopping (red), thermal insulation (yellow). Then show the detail with all colors. This is likely 6 slides – one for the full sheet and one for each system (structure, water proofing, fire stopping, thermal and composite)

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MS

CURTAIN WALL DETAIL

MS

STRUCTURE

MS

WATER PROOFING

MS

FIRE STOPPING

MS

THERMAL

MS

COMPOSITE

INDIVIDUAL DETAILS PRESENTATION

ARCH 2330 | Building Technology III Fall 2016

• Prof. Paul King

ZOG POPINARA

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FAÇADE DEVELOPMENT AND DETAILS

ZP

FAÇADE DEVELOPMENT AND DETAILS

FAÇADE DEVELOPMENT AND DETAILS

Show wall sections, section details and plan details of your façade construction. Remember that you should show matching plan section and elevation details at appropriate scales. Wall sections are to be ½” or ¾” scale with partial elevations at the same scale. Details are to be drawn at 1 ½” or 3” = 1’-0” scale. All details are to be fully annotated including labels and dimensions using detail items. Start with one image of the full size sheet showing the layout. Plot the detail sheet to PDF > export as an image and include it here in PowerPoint. Color code your details to indicate the following:

• Structure – green color
• Water proofing – blue color
• Fire Stopping – red color
• Thermal Insulation- yellow color
• Composite (shows all together)

First show the detail (matching plan and section and elevation works best) with no color. Then show the same slide with one color at a time. Highlight both the annotation and show structure (green), water proofing (blue), fire stopping (red), thermal insulation (yellow). Then show the detail with all colors. This is likely 6 slides – one for the full sheet and one for each system (structure, water proofing, fire stopping, thermal and composite)

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RESEARCH REFERENCES AND CREDITS

Include any materials you used to produce your details. This may include photographs and details downloaded from the internet. For all research materials credit the sources and provide a live link to the original.

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FINAL NOTES (DO NOT INCLUDE THIS SLIDE)

EACH STUDENT MUST SHOW DETAILS AND RESEARCH FOR AT LEAST TWO MATERIALS FOR YOUR BUILDINGS. ONE MATERIAL IS TO BE THE CURTAIN WALL AND THE SECOND IS TO BE A SOLID MATERIAL. Repeat slides 8-9 for each material and each student. The goal is to speak intelligently about the construction of the materials. The individual slides and the large plotted sheets (22 x 34) are the most important part of the final presentation. All final presentations are based on your individual Revit files. Final presentation includes this PowerPoint, a full set of 11 x 17 drawings plotted from your Revit file and including your AutoCAD Partitions sheet and three full size plotted 22 x 34 sheets. These large sheets should include the same details you featured in your individual PowerPoint

• presentation. All work must be uploaded to blackboard as a PDF and with original files (Revit, AutoCAD, PowerPoint)

Please use this template for all presentations. Teams can make minor graphic modifications including change of the text or background color. Final PowerPoints must be submitted the by 10:30 pm night before the presentation – NO EXCEPTIONS – you will not be to switch or replace your presentation the next day. All work must be plotted before class begins and class will start promptly. All students must participate in presentation and will be asked to complete a jury sheet for each presentation.

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