S. Itzkowitz Detailing & Construction Portfolio

DETAILING AND CONSTRUCTION PORTFOLIO

SHIRA ITZKOWITZ

PROFESSOR MARY POLITES TSM2006 SPRING 22

TABLE OF CONTENTS:

ASSIGNMENT 1 - CASE STUDY FORENSICS

ASSIGNMENT 1A – COVER PAGE ……………………………………………………….....................A-01

CASE STUDY-01: LAYERED WALL SYSTEM – VACATION COTTAGES BY PK ARKITEKTAR INTRODUCTION………………………………………………………………………………………....…….….A -02

GROUND PLAN…………………………………………………………………………………..………………..A-03

ELEVATIONS………………………………………………………………………………………..……………….A-04

CASE STUDY-02: MONOLITHIC WALL SYSTEM – THE THERME VALS BY PETER ZUMTHOR INTRODUCTION…………………………………………………………………………………………..……….A-05

GROUND PLAN………………………………………………………………………………………..…………..A-06 SECTIONS……………………………………………………………………………………………….…….………A-07

CASE STUDY-03: CURTAIN WALL SYSTEM – WOOD INNOVATION DESIGN CENTRE BY MICHAEL GREEN

INTRODUCTION……………………………………………………………………………………..…………….A-08

GROUND PLAN……………………………………………………………………………………..……………..A-09

SECTION AND ELEVATIONS….…………..…………………………………………………..………………A-10

TECHNICAL DRAWING SET…………….…………………………………………………..…………………A-11

ASSIGNMENT 1B – COVER PAGE …………………………………………………….…...................A-12

CASE STUDY-01: LAYERED WALL SYSTEM – VACATION COTTAGES BY PK ARKITEKTAR AXONOMETRIC……………………………………………………………………………..………….………….A-13

WALL SECTION……………………………………………………………………………..……….……………..A-14

CASE STUDY-02: MONOLITHIC WALL SYSTEM – THE THERME VALS BY PETER ZUMTHOR AXONOMETRIC……………………………………………………………………………..……….…………….A-15

WALL SECTION……………………………………………………………………………..……….……………..A-16

CASE STUDY-03: CURTAIN WALL SYSTEM – WOOD INNOVATION DESIGN CENTRE BY MICHAEL GREEN

AXONOMETRIC………………………………………………………………………..…………….…………….A-17

WALL SECTION………………………………………………………………………..………….………………..A-18

ASSIGNMENT 1C – COVER PAGE …………………………………………..……………...................A-19

PLAN DETAIL + INTERIOR PARTITION……………………………………...…………………………….A-20

WALL SECTION……………………………………………………………………......…………………………..A-21

ELEVATION DETAIL…..………………………………………………………......……..……………...………A-22

R-VALUE CALCULATION…………….………………………………………..………………..………………A-23

ASSIGNMENT 1D – COVER PAGE ………………………………………………………....................A-24

FOUNDATION DETAIL……………………………………..…………………………………........………….A-25

FLOOR DETAIL………………………………………………………………………………….......……………..A-26

ROOF DETAIL…..……………………………………………………………………………...……………………A-27

WINDOW JAMB DETAIL…………….…………………………………………..………....….………………A-28

ASSIGNMENT 2 - TRANSFORMATION

ASSIGNMENT 2A – COVER PAGE …………………………………………………...........................A-29 INTRODUCTION………………………………………………………………………………………….………...A-30

WALL SECTION DETAIL……………………………………………………………………………….…..……..A-31 WALL PLAN + ELEVATION……………………………………………………………………………….………A-32

ASSIGNMENT 2B – COVER PAGE …………………………………………………...........................A-33 ROOF DETAIL……………………………………..……………………………...................…………...…….A-34

WALL + WINDOW DETAIL…………………………………………………………………….……...………..A-35 FLOOR + FOUNDATION DETAIL…..………………………………………………………….………………A-36

ASSIGNMENT 2C – COVER PAGE …………………………………………………...........................A-37

3D AXONOMETRIC - EXTERIOR……………………………………….……………………….…………….A-38

3D AXONOMETRIC - INTERIOR…………………………………………………………….………………..A-39

BIBLIOGRAPHY ..........................................................................................................A -40 COVER PAGE...............................................................................................................A -41

Boston Architectural College Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 5/10/22 Date CONTENTS Title

Assignment One (A) – Case Study Forensics

Analyze 3 buildings, one from each of the different assembly system types. Choose buildings that broaden your range of knowledge. The three assembly types: Layered Wall System, Monolithic Wall System, Curtain Wall System.

College

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 1/27/22 Date 1A Final Assignment

Assignment One (A)

Title Case Study Forensics Content

"The roof 1.1

is a grass layer fused together with the surrounding slope; a traditional method used in the old vernacular turf houses in Iceland.”1 1.0

resting on a concrete base. The exterior materials consist of clad and hardwood paneling.

The interior is composed of a floor finish of smooth-polished concrete, with walls and ceilings cladded in wood panels with the same intervals as on the exterior cladding.

"The exterior is clad with burnt hardwood paneling, utilizing a method well known in Japan among other countries, to enhance the durability of the wood," explained the team.

College

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 1/27/22 Date 1A Assignment Layered Wall System Title Vacation Cottages Content PK Arkitektar Architect As noted Scale

Switzerland

In 1996, the hotel + spa project was completed, built over the stunning springs in the Graubunden Canton in Switzerland. Peter Zumthor designed a complete sensory experience through the organic materiality and design of the project.

The Therme Vals monolithic system is built and heavily inspired from the locally quarried Valser Quarzite slabs. This stone became the driving inspiration for the design.

“Mountain, stone, water – building in the stone, building with the stone, into the mountain, building out of the mountain, being inside the mountain – how can the implications and the sensuality of the association of these words be interpreted, architecturally?” Peter Zumthor2

College

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 1/27/22 Date 1A Assignment Monolithic Wall System Title

The Therme Vals Content

Peter Zumthor Architect As noted Scale

Canada

Conceived to showcase the potential for building mid- and high-rise structures using engineered mass timber products, there is no concrete used above the ground floor slab.

The design incorporates a simple, ‘dry’ structure of systems-integrated CLT floor panels, Glulam columns and beams, and mass timber walls. The building’s structural simplicity is easily replicated, a fundamental choice made in the interest of seeing many more architects, engineers, and private developers recognize the value of mass timber design as alternative to steel and concrete.

Mass timber construction a term that encompasses the use of prefabricated wood components such as LVL, cross-laminated timber (CLT), laminated strand lumber (LSL), and glue laminated timber (glulam) supported two goals of the project. It is strong enough to support the WIDC’s post-and-beam structure and lateral-load resisting system, and it supports an exceptionally long-life cycle. The building’s dry construction, which was free of concrete and wet materials, permits the wooden components to be taken apart and reused. Glulam beams, which vary in size based on their location, transfer the structural loads to glulam columns, which are 14 inches by 14½ inches on the ground floor and 12 inches by 11½ inches on the upper floors.

This post-and-beam superstructure is secured by 2-millimeter to 16-millimeter glued-in rods and stainless-steel washer plates. The beam-to-column connection is made using a proprietary, pre-engineered aluminum dove-tail connector.3

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 1/27/22 Date 1A Assignment Curtain Wall System Title Wood Innovation Design Centre Content Michael Green Architect

As noted Scale

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 1/27/22 Date 1A Assignment Curtain Wall System Title Wood Innovation Design Centre Content Michael Green Architect

Assignment One (B) – Case Study Forensics

Using Assignment One (A) as a launching point, produce supporting diagrams and an axonometric diagram to identify the major systems of each case study: foundation system, floor system, wall system, and roof system. List major components of each system in order from interior face to the outer and include brief annotations describing the materials and purpose/function of each component.

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 2/14/22 Date 1B Final Assignment Assignment One (B)

Title Case Study Forensics Content

3 FLOOR SYSTEM

- Acid polish (finish)

- Reinforced concrete (structure)

- Radiant heating (heating system)

- Rigid foam thermal insulation (thermal insulation)

Layered Wall System Vacation Cottages

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 2/14/22 Date 1B Final Assignment Layered Wall System Title Vacation Cottages Content PK Arkitektar Architect As noted Scale

Axonometric 1

1 ROOF SYSTEM

- Grass

- Soil (exterior roof)

- Gravel (substrate)

- Styrofoam (thermal insulation)

- Waterproof liquid applied membrane (waterproofing)

- Concrete (ceiling finish)

2 WALL SYSTEM

- Stone (cladding)

- Concrete (structure)

- Insulation (thermal insulation)

- Stone veneer (interior finish)

3

FLOOR SYSTEM

- Stone (finish)

- Concrete (structure)

- Stone

Master of Architecture

1 3

2

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 2/14/22 Date 1B Final Assignment Monolithic Wall System Title

The Therme Vals Content Peter Zumthor Architect

GRAVEL

SOIL GRASS

GRAVEL

SOIL GRASS

STONE CONCRETE STONE

STYROFOAM CONCRETE GALVANIZED STEEL STONE CONCRETE INSULATION STONE VENEER SLOPE GRADE CONCRETE FOOTING AND FOUNDATION

STYROFOAM CONCRETE GALVANIZED STEEL STONE CONCRETE INSULATION STONE VENEER SLOPE GRADE CONCRETE FOOTING AND FOUNDATION

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 2/18/22 Date 1B Final Assignment Monolithic Wall System Title

The Therme Vals Content Peter Zumthor Architect As noted Scale

1 ROOF SYSTEM

- Roof membrane

- Coverboard

- Continuous rigid insulation

- Air and vapor-barrier membrane

- Structural sheathing

- Over-framed, vented air cavity

- UV-stable, vapor-permeable AB roof underlayment and temporary moisture protection

- CLT panel and structure (ceiling finish)

2 WALL SYSTEM

- Laminated veneer lumber mullion (façade)

- Glulam beam (structural)

3 FLOOR SYSTEM

- Carpet (finish)

- Acoustical underlayment (acoustic insulation)

- Three-layer CLT panel (structure)

- Plywood (bracing)

- Three-layer CLT panel (structure)

- Five-layer CLT panel (structure)

- Semi-rigid glass-fiber insulation board (insulation)

1 2 3 Axonometric 1

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 2/14/22 Date 1B Final Assignment Curtain Wall System Title Wood Innovation Design Centre Content Michael Green Architect

1/8” = 1’-0” Scale

Assignment One (C) – Case Study Forensics

Select one case study assembly from Assignment One (B) to further explore in greater detail and understanding. Draw a wall section, an exterior wall plan detail, a partition wall plan detail, and an elevation detail of the selected case study at a scale of 3/4" = 1’-0”. Identify the major systems of each case study: foundation system, floor system, wall system, and roof system. List major components of each system in order from interior face to the outer and include brief annotations describing the materials and purpose of each component. Referring to the annotations from Assignment One (B), elaborate upon the descriptions of materials, purpose/function and performance of each component; e.g. explain the role of a vapor barrier within the thermal & moisture protection system; explain the purpose of a drainage board for a foundation system.

College

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 3/7/22 Date 1C Final Assignment

College

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 3/7/22 Date 1C Final Assignment Layered Wall System Title Vacation Cottages

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 3/7/22 Date 1C Final Assignment Layered Wall System Title Vacation Cottages Content PK Arkitektar Architect As noted

The elevation detail reveals the concrete footing and foundation, the concrete slab, and a cut through the sawn hardwood exterior finish - the material which makes the set of structures unique. Elevation Detail Scale

College

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 3/7/22 Date 1C Final Assignment Layered Wall System Title Vacation Cottages Content

PK Arkitektar Architect As noted Scale

ROOF SYSTEM:

- Pine stripes (interior finish)

- Black sound insulating foil (sound proofing)

- Sound insulating panels (sound proofing)

- Vapor barrier (water proofing)

- Rigid foam thermal insulation (R-20 c.i)

- Batt filled insulation (R-15 c.i)

- Wood rafters (structural framing)

- Windproof paper (weather proofing)

- Counter battens (vertical fastening)

- Battens (horizontal fastening)

- Plywood Sheathing (bracing)

- Two-layer plastic seal (moisture control)

- Filter layer (water filter)

- Two-layer turf extensive roof planting (exterior roof)

WALL SYSTEM:

- Gypsum plaster board (interior finish)

- Double glazing in aluminum frame window (R-3.5)

- Vapor Barrier (water proofing)

- Wood battens (fastening)

- Mineral-wood thermal insulation (R-21 c.i) (thermal insulation)

- Timber studs (structural framing)

- Plywood sheathing (bracing)

- Battens (fastening)

- Black wind proof paper (weather proofing)

- Sawn hardwood strips with charred finish (cladding)

FLOOR SYSTEM:

- Rigid foam thermal insulation (R-25 c.i) (thermal insulation)

- Radiant heating (heating system)

- Reinforced concrete (structure)

- Acid polish (finish)

FOUNDATION SYSTEM:

- Waterproofing membrane (protecting insulation and foundation wall)

- Rigid insulation (R-20 c.i)

- Concrete foundation wall (structural and retention)

- Concrete grade slab (structural support for floor)

- Insulation and waterproofing membrane (R-15 c.i)

Roof: R-35 ci

Wall: R-21 ci

Window system: R-3.5 ci

Floor: R-25 ci

Foundation: R-35 ci

Assignment One (D) – Case Study Forensics

Using Assignment One (C) as a launching point, utilize the wall section as a base drawing to call out specific details described below. Draw a plan detail and three section details at a scale of 1-1/2” = 1’-0”. Select location of details with the instructor, making sure to show the most useful information about the systems and components, while minimizing redundant information.

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 3/14/22 Date 1D Final Assignment Assignment One (D) Title Case Study Forensics Content

Master of Architecture

DRAINAGE PIPE

COMPACTED EARTH

RIGID INSULATION

CONCRETE FOUNDATION WALL

REBAR

CONCRETE FOOTING

Foundation-Footing Connection Detail Scale 1-1/2” = 1’ 1

Foundation System:

Concrete Stem Wall: 6” min above grade prevents exterior wall assembly from contacting surface water; foam sealant prevents moisture from seeping between wall joint

Concrete Foundation Wall: Anchors floor and wall systems to foundation; forms the base of the thermal envelope; top layer polished for interior finish

Rigid Insulation: Extruded polystyrene below grade provides a thermal break to prevent heat transfer between the structure and earth

Waterproofing Membrane: Fluid coating applied to concrete to bridge nonstructural cracks and prevent water seepage into foundation structure

Concrete Footing: Installed below the frost-line to prevent unnecessary soil movement; supports the weight of the building with greater area to disperse the load; reinforced with steel re-bar

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 3/14/22 Date 1D Final Assignment Layered Wall System Title Vacation Cottages Content PK Arkitektar Architect As noted Scale

Floor-Wall Connection Detail Scale 1-1/2” = 1’ 1

BATT FILLED INSULATION

REINFORCED CONCRETE WITH ACID - POLISHED FINISH

ANCHOR

SAWN HARDWOOD STRIPS WITH CHARRED FINISH

RIGID INSULATION

REINFORCEMENT

COMPACTED EARTH

SLOPE GRADE

Floor System:

Polished Concrete: Provides aesthetic surface finish to cast-in-place concrete slab

Concrete Slab: Anchors floor and wall systems to foundation and thermal barrier with lightweight insulated concrete topping

Vapor Barrier: Polyethylene continuous vapor barrier prevents moisture from seeping from the ground into the concrete floor system

Rigid Insulation: Extruded polystyrene below grade provides a thermal break to prevent heat transfer between the structure and earth

Sloped Grade: Directs surface water away from structure at foundation level

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 3/14/22 Date 1D Final Assignment

Layered Wall System Title Vacation Cottages Content PK Arkitektar Architect As noted Scale

TURF PLANTING FILTER LAYER OVER PLASTIC SEAL

ROOF STRUCTURE:

VAPOR BARRIER

WOOD

RIGID FOAM THERMAL INSULATION

BATT FILLED

INSULATION

Master of Architecture

Wall-Roof Connection Detail

Scale 1-1/2” = 1’ 1

PLYWOOD SHEATHING

GRAVEL CAP FLASHING ROOFING MEMBRANE WOOD FINISH

SAWN HARDWOOD STRIPS WITH CHARRED FINISH

Roof System: Two-layer Turf Extensive Roof Planting (exterior roof):Provides insulation, runoff control, and an aesthetically-pleasing appearance, drainage felt fabric below earth

Roof Structure: Wood: Structural material of building

Insulation: Rigid foam thermal insulation

Insulation: Batt filled insulation

Gravel: Directs runoff into drainage spouts

Cap Flashing: Provides moisture protection at edge of roofing membrane on parapet

Roofing Membrane: Protects roof structure and interior from moisture and sun-exposure damage

1/2” Plywood: Sheathing that provides lateral strength for the structure and a nailing surface

Wood Finish: Encases the roof structure and insulation, and provides a finished, aesthetically pleasing appearance

Sawn Hardwood Strips with Charred Finish: 60x50-70mm charred hardwood wall panels as an exterior finish

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 3/14/22 Date 1D Final Assignment Layered Wall System Title Vacation Cottages Content

PK Arkitektar Architect As noted Scale

GYPSUM PLASTERBOARD

ROCK- WOOL THERMAL INSULATION

TIMBER STRUCTURAL WALL MEMBER

GLASS WINDOW WITH ALUMINUM FRAMING SYSTEM

3" ALUMINUM FRAME

SAWN HARDWOOD STRIPS WITH CHARRED FINISH BLACK WINDPROOF PAPER PLYWOOD SHEATHING

Wall System:

Hardwood Strip Cladding: Protects interior from environment, provides some thermal mass and aesthetic properties to exterior; charred finish maximizes material longevity and increases fire retardant properties

Wind/ Insect Fabric: Provides environmental and pest protection to exterior wall system

Air Space: Allows for air circulation to prevent condensation and moisture build-up between layered materials

Plywood Sheathing: Provides environmental protection and lateral load stabilizing properties as well as a substrate to affix exterior cladding system

Wood Strapping: Structure for which to secure the charred wood rain screen to the sheathing

Insulation: Provides a thermal break to prevent heat transfer between the structure and outdoor climate to maintain comfortable interior environment

Timber structural wall member: Structural framework of building; provides structure to attach wall system materials and interior space for insulation

Plan Detail at Window Jamb Scale 1/4” = 1’ 1

Gypsum Board: Interior wall substrate provides acoustic and thermal insulation, fire proofing properties and flexible finish configurations

Plaster Coating: Interior surface finish; ready to paint or apply other aesthetic wall treatments

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 3/14/22 Date 1D Final Assignment

Layered Wall System Title Vacation Cottages Content

PK Arkitektar Architect As noted Scale

Assignment Two (A) – Transformation

Using Assignment One as a launching point, choose one case study to Transform into a different assembly system. For example, if your case study was a load-bearing brick wall system, consider changing it to a curtain wall system with brick panels. Alternatively, a load-bearing brick wall system can be transformed to a concrete post and beam system with brick in-fill. Draw the plan detail, wall section, interior/exterior wall intersection plan detail, and elevation detail at a scale of 3/4" = 1’-0”.

Using annotations similar to Assignment One, identify the major systems: foundation system, floor system, wall system, and roof system. List major components of each system, including descriptions of materials, purpose/function and performance, and organize the list of components into the CSI 16 Divisions Format.

College

Master of Architecture SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 4/10/22 Date 2A Final Assignment Assignment Two (A) Title Transformation Content

1.1 1.2 1.3 1.4 1.5 1.6 2.1 2.2 2.3 2.4 2.5 2.6 2.7 2.8 2.9 2.10 3.1 3.2 3.3 3.4 3.5 3.6 3.7

1. Roof System

1.1 Division 06 – Woods and Plastics: Wooden Roof structure

1.2 Division 07 – Thermal and Moisture Protection: Batt filled Insulation

1.3 Division 04 – Masonry: Adhered manufactured stone veneer cap in mortar setting bed

1.4 Division 05 – Metals: Backer rod and sealant

1.5 Division 05 – Metals: Cap flashing

1.6 Division 01 – Thermal and Moisture Protection: Roofing Membrane and waterproofing

2. Wall + Floor System

2.1 Division 05 – Metals: Backer rod and sealant

2.2 Division 07 – Thermal and Moisture Protection: Batt filled Insulation

2.3 Division 06 – Woods and Plastics: Wooden framing structure

2.4 Division 03 – Concrete: Lath on mortar scratch coat

2.5 Division 03 – Concrete: Mortar setting bed 2.6 Division 04 – Masonry: Adhered manufactured stone veneer with sloped top

2.7 Division 03 – Concrete: Polished concrete slab

2.8 Division 05 – Metals: Anchor

2.9 Division 07 – Thermal and Moisture Protection: Rigid Insulation

2.10 Division 05 – Metals: Reinforcement

3. Foundation System

3.1 Slope grade

3.2 Division 05 – Metals: Drainage pipe

3.3 Division 02 – Existing Conditions: Earth 3.4 Division 07 – Thermal and Moisture Protection: Rigid Insulation

3.5 Division 03 – Concrete: Foundation Wall

3.6 Division 05 – Metals: Rebar

3.7 Division 03 – Concrete: Footing

Architectural College

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 4/10/22 Date 2A Final Assignment

Layered Wall System Title Cultured Stone System Content As noted Scale

Wall Plan Detail Scale 3/4” = 1’ 1

Elevation Detail

Scale 3/4” = 1’ 2

Architectural College

Master of Architecture

1. Wall System

1.1 1.2 1.3 1.4 1.5 1.1

1.1 Division 04 – Masonry: Adhered manufactured stone veneer with sloped top 1.2 Division 03 – Concrete: Lath on mortar scratch coat 1.3 Division 03 – Concrete: Mortar setting bed 1.4 Division 07 – Thermal and Moisture Protection: Batt filled Insulation 1.5 Division 06 – Woods and Plastics: Wooden studs

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 4/10/22 Date 2A Final Assignment Layered Wall System Title Cultured Stone System Content As noted Scale

Assignment Two (B) - Transformation

Using the wall section from Assignment Two (A), callout 4 connection details to further explore in greater detail.

College

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 4/25/22 Date 2B Final Assignment Assignment Two (B) Title Transformation Content

1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 Roof-to-wall Connection

Roof System

1.1 TPO roof membrane as an exterior finish, fully adhered with bonding adhesive waterproofing substrate component system, assembly for roof.

1.2 Wood, structure which supports overall loading transmission between the walls and the roof

1.3 Batt filled insulation as a thermally resistant barrier inhibiting the migration of thermal energy into and out of the house 1.4 Rigid insulation as a thermally resistant barrier inhibiting the migration of thermal energy into and out of the house 1.5 Glazed wood as an interior ceiling finish for aesthetic 1.6 Adhered manufactured stone veneer cap in mortar setting bed providing a protective top surface to the exterior façade 1.7 Backer rod and sealant as part of the interior finish system, protecting from water intrusion around an edge-to-edge condition 1.8 Waterproofing pre-formed sheet membrane to prevent water leaking and damaging

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 4/25/22 Date 2B Final Assignment Layered Wall System Title Cultured Stone System Content As noted Scale

Window-to-wall Connection Scale 1” = 1’ 1

1.1 1.2 1.3 1.4 1.5 1.6 1.7

Wall System

1.1 Glass window with aluminum framing system

1.2 Backer rod and sealant as part of the interior finish system, protecting from water intrusion around an edge-to-edge condition

1.3 Adhered manufactured stone veneer with sloped top as an exterior façade finish

1.4 Lath on mortar scratch coat as a base provided for plaster

1.5 Mortar setting bed used as a paving unit base

1.6 Batt filled insulation as a thermally resistant barrier inhibiting the migration of thermal energy into and out of the house

1.7 Gypsum plasterboard as an interior finish, providing a durable flat surface that is easy to apply a final finish such as paint, wallpaper, etc.

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 4/25/22 Date 2B Final Assignment Layered Wall System Title Cultured Stone System Content As noted Scale

Floor System

1.1 1.3 1.4 1

1.1 J Anchor made of steel used to transmit loads to the concrete

Master of Architecture

1.2 Continuous waterproofing membrane preventing water leaking or damaging to the wall’s interior

1.3 Rigid insulation as a thermally resistant barrier inhibiting the migration of thermal energy into and out of the house

Floor-to-foundation Detail Scale 1” = 1’

1.5 1.2 2.5

2.1 2.2 2.3 2.4 2.6

1.4 Slope grade in landscaping, drains slope away from building so that water does not build up and head into foundation system

Foundation System

2.1 Earth as an existing site condition

2.2 Stone protective layer to keep out moisture and insulate the home from the cold 2.3 Continuous waterproofing membrane preventing water leaking or damaging to the wall’s interior

2.4 Drainage pipe to transfer and dispose of fluid within home

2.5 Rigid insulation as a thermally resistant barrier inhibiting the migration of thermal energy into and out of the house

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 4/25/22 Date 2B Final Assignment Layered Wall System Title Cultured Stone System Content As noted Scale

Foundation Detail

Scale 1” = 1’ 2

2.6 Reinforced concrete footing as a strong resistance to shifting due to temperature and humidity, as well as serving to support the foundation and ultimately provides the support for the structure.

Assignment Two (C) - Transformation

Using Assignment Two (A) & (B) develop 2 axonometric wall sections, one showing the interior and the other showing the exterior. These should illustrate the various components, connections, and their relationships from interior to exterior.

Architectural College Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 4/25/22 Date 2C Final Assignment

Assignment Two (C) Title Transformation Content

1.0 1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8

1.0 Adhered manufactured stone veneer with sloped top as an exterior façade finish

1.1 Lath on mortar scratch coat as a base provided for plaster

1.2 Mortar setting bed used as a paving unit base

1.3 Batt filled insulation as a thermally resistant barrier inhibiting the migration of thermal energy into and out of the house

1.4 Concrete as an exterior pathway finish

1.5 Earth as an existing site condition

1.6 Stone protective layer to keep out moisture and insulate the home from the cold

1.7 Rigid insulation as a thermally resistant barrier inhibiting the migration of thermal energy into and out of the house

1.8 Reinforced concrete footing as a strong resistance to shifting due to temperature and humidity, as well as serving to support the foundation and ultimately provides the support for the structure.

Boston Architectural College

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 5/1/22 Date 2C Final Assignment Layered Wall System Title Cultured Stone System Content As noted Scale A-38 Sheet

1.0 Batt filled insulation as a thermally resistant barrier inhibiting the migration of thermal energy into and out of the house

1.1 Gypsum plasterboard as an interior finish, providing a durable flat surface that is easy to apply a final finish such as paint, wallpaper, etc.

1.2 Paint as an interior wall finish

1.3 Polished concrete interior floor finish

1.4 Earth as an existing site condition

1.5 Stone protective layer to keep out moisture and insulate the home from the cold

1.6 Continuous waterproofing membrane preventing water leaking or damaging to the wall’s interior

1.7 Rigid insulation as a thermally resistant barrier inhibiting the migration of thermal energy into and out of the house

Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 5/1/22 Date 2C Final Assignment Layered Wall System Title Cultured Stone System Content As Noted Scale

Sources:

1. Mairs, Jessica. “PK Arkitektar's Icelandic Cottages Have Burnt Timber Cladding.” Dezeen, 20 Jan. 2021, https://www.dezeen.com/2015/12/17/pk-arkitektar-holiday-cottagesrural-iceland-turf-roofs-burnt-timber-association-of-academics/.

2. Ceriani, Andrea. “Gallery of the Therme Vals / Peter Zumthor - 21.” ArchDaily, https://www.archdaily.com/13358/the-therme-vals/5fc140c963c017dd63000ea9-thetherme-vals-photo?next_project=no.

3. “Gallery of Wood Innovation Design Centre / Michael Green Architecture - 12.” ArchDaily, https://www.archdaily.com/630264/wood-innovation-design-centre-michael-greenarchitecture/5552155ce58ece92c7000270-wood-innovation-design-centre-michael-greenarchitecture-sketch?next_project=no.

Images:

1.0 “Gallery of Vacation Cottages / PK Arkitektar - 23.” ArchDaily, https://www.archdaily.com/778709/vacation-cottages-pkarkitektar/566c55e6e58ecead71000098-vacation-cottages-pk-arkitektar-crosssection?next_project=no.

1.1 “Gallery of Vacation Cottages / PK Arkitektar - 23.” ArchDaily, https://www.archdaily.com/778709/vacation-cottages-pkarkitektar/566c55e6e58ecead71000098-vacation-cottages-pk-arkitektar-crosssection?next_project=no.

1.2 https://www.dezeen.com/2015/12/17/pk-arkitektar-holiday-cottages-rural-iceland-turfroofs-burnt-timber-association-of-academics/

1.3 Mairs 5 comments, Jessica. “PK Arkitektar's Icelandic Cottages Have Burnt Timber Cladding.” Dezeen, 20 Jan. 2021, https://www.dezeen.com/2015/12/17/pk-arkitektarholiday-cottages-rural-iceland-turf-roofs-burnt-timber-association-of-academics/.

1.4 Mairs 5 comments, Jessica. “PK Arkitektar's Icelandic Cottages Have Burnt Timber Cladding.” Dezeen, 20 Jan. 2021, https://www.dezeen.com/2015/12/17/pk-arkitektarholiday-cottages-rural-iceland-turf-roofs-burnt-timber-association-of-academics/.

1.5 “Gallery of Vacation Cottages / PK Arkitektar - 23.” ArchDaily, https://www.archdaily.com/778709/vacation-cottages-pkarkitektar/566c55e6e58ecead71000098-vacation-cottages-pk-arkitektar-crosssection?next_project=no.

1.6 “Gallery of Vacation Cottages / PK Arkitektar - 23.” ArchDaily, https://www.archdaily.com/778709/vacation-cottages-pkarkitektar/566c55e6e58ecead71000098-vacation-cottages-pk-arkitektar-crosssection?next_project=no.

2.0 WordPress.com, https://wordpress.com/start/fr/.

2.1 Ceriani, Andrea. “Gallery of the Therme Vals / Peter Zumthor - 21.” ArchDaily, https://www.archdaily.com/13358/the-therme-vals/5fc140c963c017dd63000ea9-thetherme-vals-photo?next_project=no.

2.2 Ceriani, Andrea. “Gallery of the Therme Vals / Peter Zumthor - 21.” ArchDaily, https://www.archdaily.com/13358/the-therme-vals/5fc140c963c017dd63000ea9-thetherme-vals-photo?next_project=no.

2.3 https://arkhitekton.net/2012/12/31/interstitial/therme-vals/

2.4 “The Therme Vals – Peter Zumthor.” (Autocad Design PRO-Autocad Blocks,Drawings Download), 31 Oct. 2020, https://www.autocaddesignpro.com/product/the-therme-valspeter-zumthor/.

2.5 Ryan, Raymund. “Thermal Baths in Vals, Switzerland by Peter Zumthor.” Architectural Review, 11 May 2021, https://www.architectural-review.com/buildings/thermal-baths-invals-switzerland-by-peter-zumthor.

3.0 “Gallery of Wood Innovation Design Centre / Michael Green Architecture - 12.” ArchDaily, https://www.archdaily.com/630264/wood-innovation-design-centre-michael-greenarchitecture/5552155ce58ece92c7000270-wood-innovation-design-centre-michael-greenarchitecture-sketch?next_project=no.

3.1 “Gallery of Wood Innovation Design Centre / Michael Green Architecture - 12.” ArchDaily, https://www.archdaily.com/630264/wood-innovation-design-centre-michael-greenarchitecture/5552155ce58ece92c7000270-wood-innovation-design-centre-michael-greenarchitecture-sketch?next_project=no.

3.2 “Gallery of Wood Innovation Design Centre / Michael Green Architecture - 12.” ArchDaily, https://www.archdaily.com/630264/wood-innovation-design-centre-michael-greenarchitecture/5552155ce58ece92c7000270-wood-innovation-design-centre-michael-greenarchitecture-sketch?next_project=no.

3.3 “Gallery of Wood Innovation Design Centre / Michael Green Architecture - 12.” ArchDaily, https://www.archdaily.com/630264/wood-innovation-design-centre-michael-greenarchitecture/5552155ce58ece92c7000270-wood-innovation-design-centre-michael-greenarchitecture-sketch?next_project=no.

3.4 “Gallery of Wood Innovation Design Centre / Michael Green Architecture - 12.” ArchDaily, https://www.archdaily.com/630264/wood-innovation-design-centre-michael-greenarchitecture/5552155ce58ece92c7000270-wood-innovation-design-centre-michael-greenarchitecture-sketch?next_project=no.

3.5 “Gallery of Wood Innovation Design Centre / Michael Green Architecture - 12.” ArchDaily, https://www.archdaily.com/630264/wood-innovation-design-centre-michael-greenarchitecture/5552155ce58ece92c7000270-wood-innovation-design-centre-michael-greenarchitecture-sketch?next_project=no.

3.6 Hooper, Emily. “Innovative Detail: Wood Innovation and Design Centre.” Architect, 24 Mar. 2015, https://www.architectmagazine.com/technology/architectural-detail/innovative-detailwood-innovation-and-design-centre_o.

3.7 Hooper, Emily. “Innovative Detail: Wood Innovation and Design Centre.” Architect, 24 Mar. 2015, https://www.architectmagazine.com/technology/architectural-detail/innovative-detailwood-innovation-and-design-centre_o.

College Master of Architecture

SP22 TSM2006 Detailing and Construction Documents Course Mary Polites Instructor Shira Itzkowitz Student 5/10/22 Date

Bibliography Title

DETAILING AND CONSTRUCTION PORTFOLIO

SHIRA ITZKOWITZ

PROFESSOR MARY POLITES TSM2006 SPRING 22