Design Development Final.

Carter G. Woodson Museum Jason Barker Design Development - Summer 2020

Parti.

The basic concept of the Woodson museum is of a multi volume museum campus along 22nd street in St. PEtersburg, that transforms the existing site by means of extended landscaping that exist with the museum, while interacting witht he community via multiple paths and public spaces that connected it to existing areas, and encourgage circulation between the museum and the larger community.

This parti sketch emphasizes the existing area, with the intersection of 22nd and 9th being the focal point, and the museum site circled.

Building Site Bus Stop Overpas intervention 9th and 22nd intersection

This early sketch began to explore the general form of the museum, with the three gallery volumes, and the separate childrens wing. As well as the enveloping circulation around all of these elements. The circulation/main lobby would later be extended south, and the childrens wing refined further with its own gallery spaces in addition to classrooms and workshops.

North Entrance Galleries Lobby South Entrance

Site.

The site is an existing empty lot near the 27th overpass, north of the 9th and 22nd intersection. It is west of the street and there are plans for a mixed us development immediately to the north, across the street from the site we were assigned. It was meant to interact with another intervention unrelated to this document.

This early parti diagram analyzes the overall region, with the site indicated by the circle.

Building Site

Site Diagram.

This diagram explores the relationship between the museum, the other intervention, and the existing context.

This was an earlier step, and the form of the museum evolved considerably from this analysis.

Sun Path.

6AM

N

9AM

N

5PM

N

10PM

N

Codes and info

Cost

Construction Type I-A

NAME-Carter Woodson Memorial Museum

AREA First Floor-130000 sqft Second floor-50000 sqft HEIGHT STORIES ALLOWED-unlimited STORIES ACTUAL-Two stories HEIGHT ACTUAL-46 feet approximate OCCUPANCY CLASSIFICATION AND APPLICABLE CODES Group E (educational museum) (primary classification) Group A -1(Assembly) Group E (childcare) Group S-2 (low hazard storage storage of artwork and maintenance materials)

PLUMBING A3d

MALE-1 per 125

FEMALE 1 per 65 E

1 per 50 (both)

I-4

1 per 15 (both)

BUILDING TYPE-Art Museum CONSTRUCTION TYPE - Custom steel frame and steel stud LOCATION - St PEtersburg FL STORIES-2 TOTAL SQ FOOTAGE - 180000 COST PER SQ FT $705 TOTAL COST-$12800000

Services.

Gas Electric Water Sewer

Massing Model.

Circulation surrounds several gallery volumes, with the bridge separating the primary museum space from the childrens museum.

The elongated “Utility” spaec includes things such as mechanical and electrical rooms, as well as storage and workspaces for the galleries.

Group E (educational museum) Group E (educational museum) Group A -1(Assembly) Group A -1(Assembly) Group S-2 (low hazard storage) Group E (childcare)

Galleries. Group E (educational museum)

Market.

Auditorium. Group A -1(Assembly)

Classroom/Workshop. Group E (childcare)

Utility/Storage/Restrooms. Group S-2 (low hazard

Circulation. Group E (educational museum)

storage)

Circulation.

An elevated platofmr with a transparent glass envelop circles the interior volumes and spaces, with entrances on either side of the structure.

All circulation consists of wide, open corridors that double as public gatheric spaes due to their size, and are outfitted with mechanical features that allow fresh air circulation in each segment.

N

Entrance.

There are three entrances to the museum.

Two primary entrances along 22nd street, at the north and south ends, and a secondary entrance on the western side of the museum that accesses the childrens wing.

The primary entrances connect to large outdoor spaces that interact heavily with the street and transit stops, while the secondary entrace connects to outdoor landscaping, park, and public space on the museum grounds.

North Entrance.

N

South Entrance.

South Entrance.

Entrance and exterior building corner sketch.

Entrance sketches.

1. Galleries.

2. Market.

3. Terrace roof.

4.Outdoor open air terrace.

5. Lineal elements, part of structure, allows for ventilation.

6. Entrance.

7. Path to auditoriuM.

Double paned glass Brushed steel door frame Curtain wall system

Window/Curtain Wall sketches.

The entire lobby is enveloped by a large curain wall defined by vertical slits in the wall which can be oepened to increase natural air circulation.

Lower Left.

1. Upwardts-sliding gallery doors.

2. Lineal elements, part of structure, allows for ventilation.

3. Cut-Away section of gallery space.

4. Diffusion skylights in gallery.

5. Gallery structure extends below floor for storage and interstitial/mechanical space.

Curtain wall details.

This 2-1/2″ sightline outside glazed curtain wall system utilizes MegaTherm® technology with structural polyamide struts (in 3 widths) that accommodate standard 1″ glazing units as well as advanced glazing options such as triple glazing and suspended film technology.To ensure long-term structural integrity, the dead load of the insulating glass rests on integrated structural supports, diverting this load away from the thermal barriers.

Features Advanced Thermal / Thermally Broken Benefits Outstanding Thermal Performance – three MegaTherm strut widths allow Glazing infills of 1″, 1-1/2″, and 2″ and overall U-factors as low as 0.17 Warmer interior surfaces – Increased resistance to condensation, with a CRFf up to 82 Optional integral sill flashing Ability to integrate with building’s air-vapor barrier Data Construction Use: New / Retrofit Sightline: 2-1/2” Mullion Depth: 1” Glazing Infill: 6”, 7-1/2” │ 1-1/2” Glazing Infill: 8”, 9” │ 1-3/4” Glazing Infill: 6-3/4”, 8-1/4”, 9-3/4” │ 2” Glazing Infill: 8-1/2”, 10” Framing Installation Method: Shear Block Glazing Installation: Outside Glass Type: Monolithic / Insulating Glass Configuration: Front Thermal Method: Iso Struts

Curtain wall overhand/shading.

The expanded line allows designers to maintain the functional benefit of the legacy system while offering a new, industrial, design option. All systems are available in all YKK AP standard and premium finishes.

When integrated with YKK AP’s thermally broken systems, our innovative anchoring methods ensure that the thermal performances of the host systems are maintained. The ThermaShade system features a thermal barrier within the attachment anchor. Pre-engineered solutions provide extensive flexibility for design freedom, speed of delivery, and installation.

Features Advanced Thermal Benefits Integral Hook Mechanism on Outriggers to Simplify Installation and Reduce Field Labor Over One-Hundred Pre-Engineered Solutions 24”, 30” and 36” Projections Four Standard Outrigger Designs Eight Standard Louver Options Five Standard Fascia Options Standard Configurations Listed in Price Book Standardized 90° Inside and Outside Corners on Curtain Wall Data Construction Use: New / Retrofit Thermal Method: Pour and Debridge

Door sketches and details.

The galleries have a sliding, vertical door system that smoothly snaps in to place, making the door almost vanish in to the wall, in addition to trapdoors in the floor allowing for access to interstitial space containing storage and mechanical elements.

Entrance/exit doors.

Basic YKK thermal doors made to work with the previouslt documented curtain wall system.

Benefits Accepts standard 1″ insulating glazing units as well as advanced glazing, including suspended film, up to 1-1/2″ Foam polymer inserts in the horizontal members to reduce convection Dual perimeter air seals Doors designed to allow many hardware options without bridging the thermal break – our doors have additional space so that hinges don’t bridge the break.

Standard Entrances Singles: 3′-0″ x 7′-0″ Pairs: 6′-0″ x 7′-0″ Offset Pivot, Butt Hung and Continuous Hinge MS Lock, RIM and CVR Exit Device Custom Entrances Singles: 4′-0″ x 8′-0″ Pairs: 8′-0″ x 8′-0″ Standard and Custom Hardware Data Construction Use: New / Retrofit Door Type: Swinging/Terrace Door Entrance Style: Standard Stile Width: Medium / Wide Glass Type: Insulating Thermal Method: Iso Struts Product Line Anodized Plus® / enerGfacade® / MegaTherm®

Custom Door Details.

Several doors have custom details, specifically door handles, as seen in these digital sketches and renderings.

Characterized by beveled grooves in the handled and a slightly rough brushed steel surface, to give a touch of uniqueness to the entrances and exits.

Custom Door Details.

Custom Door Details.

Ceiling sketch/detail: Galleries.

EAch gallery has a series of rectangular ceiling lights along curved/scalloped sections of the ceiling, alowing in natural light as well as a view of the galleries from above, given that the outdoor terrace on the second level surrounds the top of each gallery space.

Wasco’s Hurricane Resistant unit provides superior safety and security that are Impact Rated for Wind-Borne Debris Region (WBDR) and meet other stringent state building codes for dome skylights in Wind Zone 3 coastal applications.

Curb mount units available with double (CWS2) or triple (CWS3) impact modified acrylic domes.

Provided with impact modified domes to meet test requirements: ASTM-1886, ASTM-1996, TAS 201, 202 and 203 Models 5252 or smaller can achieve a 75DP rating, 5276 achieve a 60 DP, and 5296 achieve a 45 DP Curb Mount – Impact Rated for Wind-Borne Debris Region (WBDR) Curb mount units available with double or triple impact modified acrylic domes to meet test requirements: ASTM-1886, ASTM-1996, TAS 201, 202 and 203. Models 5252 or smaller can achieve a 75 DP rating, 5276 achieve a 60 DP and 5296 achieve a 45 DP. For use on 1½” thick site-built or prefabricated curbs Unit is fully assembled with stainless steel screws and high performance weather seals Heat welded one-piece curb frame construction: heavy vinyl extruded curb frame with co-extruded weather seals, integral condensation gutter and counterflashing downward leg Aluminum extruded heliarc welded retainer frame Optional copper cladding available Safety screens available

Roof Juncture.

The only strict roof area is above the classrooms, cafe, and library. The majority of the area over the first floor is inhabitable open terrace, while other areas such as the bridge are glass ceilings.

Enclosed terrace .

PRimary roof area .

Cafe.

Library.

N

Plans.

Circulation surrounds several gallery volumes, with the bridge separating the primary museum space from the childrens museum.

The elongated “Utility” spaec includes things such as mechanical and electrical rooms, as well as storage and workspaces for the galleries.

N

Plans.

N

Sections.

The structure is defined by a great deal of transparency, which has the practical effect of blurring the line between sections and elevations. The entire envelope is primarily made up of glass, and much of the interstitial space is visible as opposed to being concealed by an opaque envelope.

West view.

South View.

Sections.

Most of the structure is elevated above the ground, to give a feeling of celebration and uplift. This, combined with the mostly transparent envelope creates a sense of lightness and celebration.

Library and Cafe.

Semi-enclosed Terrace.

Gift Shop.

Lobby+Main Hall.

South Entrance.

Gallery Spaces.

North Entrance

Ceiling-Canopy system.

Level 2-Outdoor Terrace-Library-Cafe.

Level 1-Galleries and Lobby.

Facing West.

This side of the museum is adjacent to 22nd street, and has access to a transit hub on the opposite side of the street. It sits back from the sidewalk, with an open pavilion area in front of the building, with seating and light public gathering space decorated with greenery and water elements. From here the three gallery spaces are visible through the glass walls of the lobby, and the view of them from outside invites people to enter the museum and explore.

Storage and mechanical space beneath

Gallery Space.

Semi-enclosed Terrace.

Bridge.

Children’s Wing.

Glass enclosure both floors.

Main Staircase.

Classrooms.

North Entrance

Facing South.

The north entrance is located here, as is the corner where the lobby turns and heads towards the children’s wing, and the grand staircase to the second level. Opposite this side is easy access to a mixed use building with various shops and amenities.

Structure.

Level 1.

North Entrance

Classroom.

Storage

Restrooms

Gallery 1.

Gallery 4.

Gallery 5 West Entrance

Gallery 2.

Storage

Gallery 3.

Mechanical

Audiotorium.

Standard steel columns for a subsystem that support the interior spaces, and integrate with the larger “inverted L” frame system, which provides primary support for the first and second floors.

The lobby area is entirely transparent, with all the walls being curtain wall glass.

Gift Shop.

Lobby.

N

Structure.

Level 2.

¼ of the area is, on the south end, the cafe and community library, while the remainder is an enclosed semi-outdoor terrace, with the only other structure being a second floor mechanical room. The L-frame supports the canopy system that forms the “roof” of the second level, as well as the structural members having LED lights attached to provide primary outdoor illumination. The galleries protrude up into the terrace, coming about 4 feet from the ground.

Enclosed terrace .

Transparent walls around the perimeter are the same curtain wall glass system as on the first floor.

Library.

Cafe.

N

Structure-L Frame Level 1. .

Level 2

Level 1

The primary building is supported by this inverted “L” shaped frame system, which emerges from the ground and extends westward, forming a frame in which the first and second floors rest, while an integrated column system attaches to it and forms the structure for the nonload bearing walls of the auditorium, gift shop, galleries, etc.

N

Structure-L Frame

Classroom.

Storage

Restrooms

Gallery 4.

Gallery 1.

Gallery 5 West Entrance

Storage

Mechanical

Gallery 2.

Gallery 3.

Auditorium.

Gift Shop.

Lobby.

N

Structure-L Frame

North Entrance

Level 2

Level 1

Structure-L Frame

Structure-L Frame

Supports glass canopy for pavillion.

Supports second floor.

LED lighting in the crevice between the support.

Each floor rests on the horizontal lengths of the frame

Foundations.

Standard deep foundations. Much of the structure is slightly elevated from the ground, sitting lightly on crisscrossing plinth/base systems, which in turn sit on the deeper foundations, giving the entire building a floating effect.

West facing view.

Second level.

First floor galleries.

Level 2 Level 1

North entrance.

Deep foundations.

North Entrance.

South facing view.

Primary wing.

Bridge-corridor.

Childre’s wing.

Level 2 Level 1

Building Corner-Section Detail.

Srructural frame.

Roof-Canopy

Level 2-Terrace and Cafe

Level 1-Galleries and Lobby.

Base-plinth for structure.

North Entrance.

Gallery Space.

Storage and mechanical space beneath

Semi-enclosed Terrace.

Glass enclosure both floors.

Main Staircase.

Eletrical Riser Diagram.

Second floor.

First floor.

Main Distribution Panel

Meter Utility Pad Transformer

Ground.

Cafe

Library

Gallery 1

Gallery 2

Gallery 3

Audito-rium.

Market.

Gallery 4

Gallery 5

Class-rooms.

Eletrical-Lighting Systems Two separate mechanical rooms for each wing of the museum, with the transformer, switches, distro panels, etc. all located in or near them.

Recessed LED lights provide the primary source of lighting in the entire building, with some fluorescent lights in mechanical and storage spaces.

Overhead Flourescent Primrarily used in storage and mechanical rooms Not used in public areas with the exception of restrooms

Modular track lighting is found in the galleries to illuminate specific works when needed.

There is recessed LED lighting in the space between the compound L-Frame structural members, which provides both aesthetic effect and additional lighting for the main lobby areas.

Recessed Lighting Found throoughout the building Primary form of lighting Softer ambient light

Track lighting Primarily found in gallery spaces and facing the stage in the auditorium Suspendded and directed towards presenters or artworks

Eletrical-Lighting North Entrance

Level 1.

Track lighting at rooms edge Recessed LED in center

Flourescent Lighting.

Mechanical Room 1.

Mechanical Room 2.

Recessed lighting in gift shop Track lighting on stage Recesed LED in the room

Flourescent Lighting.

Recessed LED Lighting.

N

Eletrical-Lighting Level 2.

Outdoor promenade lighting via LED’s in structural elements.

Flourescent lighting in mechanical room.

Ambient LED lighting in Cafe.

Flourescent Lighting.

Recessed LED Lighting.

Recessed LED lighting in library.

N

Mechanical.

Mechanical Room 1.

Mechanical Room 2.

Supply.

HVAC Systems.

Return.

Supply.

Return.

Cooled.

N

Mechanical.

Two different systems in each wing, but with a shared chiller in the primary wing. 1 return for every 3 supply vents, with an increased ratio in the auditorium due to the increased capacity.

Calculations.

110000 sq ft 48,000 BTU recommended 230 tons of cooling Water cooled system with 20” diameter spiral ductwork and cone shaped diffusers and returns

Air Handler(s).

Chiller.

Mechanical.

Ceiling.

Most ductwork, mechanical, etc. is exposed or structurally integrated in some way. However, several rooms use drop ceilings. These are; -Gift shop/market.

-Auditorium.

-Gallery hall.

-Restrooms.

-Cafe.

-Library.

-Classroom and adjacent storage room.

Plumbing.

Water.

Sewer.

N

Plumbing.

Fire (sprinklers and extinguishers)

Gallery 1.

Gallery 2.

Gallery 3.

Fire Extinguisher 75ft coverage

N

Fire Systems Standard fire system coverage, with numerous sprinkler heads, fire riser system in the main mechanical room, 10 fire extinguishers in the building for total square foot coverage, two fire hose cabinets, and a basic fire alarm system, with alarms in the lobby, halls, galleries, and all other spaces.

Fire Alarms.

One found in each main room.

Every 25 ft in the lobby.

Sprinkler Head.

Sprinkler system example. .

Basic Fire Extinguisher-10 total.

Fire Riser.

Located in primary mechanical room.

Fire Hose.

One near restrooms in main wing one near the secondary mechanical room in the childrens wing.