Portfolio 2020- Marissa Jampolsky

Portfolio Marissa Jampolsky 2017-2019

Mount Ever-Rest

Erode, Transport, Deposit

The Granville Grind

Minimalist Cantilever

The Ganspolsky Block

10 8 6 5 2

Table of Contents

1

The Ganspolsky Block Location: Vancouver, BC Project Type: Academic Date: Feb-Apr. 2019 (1.5 months) Team: Marissa Jampolsky and Sandra Gans

The Ganspolsky Block looks 30 years into the future at what Vancover’s climate will be like. Projections show a climate with hotter drier summers and milder wetter winter. Due to these conditions, extreme weather events such as flooding and draught will occur more frequently.

This project takes a sample block from an older residential Vancouver neighbourhood. The site is the ideal candidate for the impacts of these changes due to its setting in a low topographic point on the site of an old stream. We then researched and implemented a new format of block that better adapts and mitigates to these conditions.

The form of the project is therefore shaped by these conditions, mainly water and wind. We then implemented building typologies and smaller scale elements that would harvest these conditions and limit energy comsumption. The impending affects of climate change are iminent and we propose a plan to manage these new conditions, allowing liveablility under them.

The GansPolsky Block Form

Water Flow

Wind Flow

Circulation

Water flows into the site from the high topographic points sorrounding the development, we open these paths in the development to funnel the water into

Winds coming from the South-East are utilized by placing buildings on an angle to create windflow within the development.

We created openings along varying points in the property for ease of entrance to central space.

Public and Private Closed off courtyards within the development for residents, as well as open spaces for community gathering.

built streams.

Phasing

Phase Three

Phase Six

Phase Five

Phase Four

Phasing Phasing Phasing

Phase Two

Phase Three

Phase Two

Phase Two

Phase Three

Phase Four

Knight Street

Phase One

Phase Six

Phase Five

Phase Four

39th Avenue

Dumfries Street

Form

Phase Three

Knight Street

Phase One

Phase Six

Phase Five

Phase Four

39th Avenue

Phase Six

Phase Five

41st Avenue

Dumfries Street

Private and Public

Knight Street

Private and Public

Circulation

39th Avenue

41st Avenue

Form Private and Public

Circulation

Private and Public

Dumfries Street Knight Street

Water

39th Avenue

41st Avenue

Wind

Water

Wind

g Use Diagram

Water

Private and Public

Phase Three Phase

Precedent

Similar Typology Barcelona Super Block Private and Public

Circulation

Three

41st Avenue

Phase Four Phase

Proposed Knight x 41st Super Block

Private and Public

-No vehicle throughway

1:1500

Dumfries Street

Phase Two Two Phase

Phase One Phase One

1:1500

Private and Public

Circulation

Four

Similar Typology Barcelona Super Block

Proposed Knight x 41st Super Block

-No vehicle throughway

1:1500

Classic Barcelona Super Block

Proposed Knight x 41st Super Block

Similar Typology Barcelona Super Block

-Single platform pedestrian priority Residential vehicles only -Low speed (10km/h)

1:1500

Precedent Similar Typology Barcelona Super Block

150m

8

9

-Single platform pedestrian priority Residential vehicles only -Low speed (10km/h)

150m 220m

175m

7

6

5

9

8

150m

10 5

7

6

8

9

220m 150m 175m

10 11 10

124

1 2

12

Water

4

3

1 4

Dumfries Street

11 5

Wind

39th Avenue

220m 175m

11

3

Classic Barcelona Super Block

Knight Street

7

6

Proposed Knight x 41st Super Block

-No vehicle throughway

175m

2

Classic Barcelona Super Block

-No vehicle throughway

Building 7 9 Diagram 8 Use

6

Phase Six

Phase Six

-Single platform pedestrian priority Residential vehicles only -Low speed (10km/h)

Precedent

Program Form

Five

-Single platform pedestrian priority Residential vehicles only -Low speed (10km/h)

Precedent

Building Use Diagram

Phase Five Phase

Classic Barcelona Super Block

12

2 3

12 1

2

Building Use Diagram

Mixed Use

Civic

Residential Residential

ResidentialPrivate and Public Civic Mixed Use (studio-3 bedrooms) Circulation Civic 11 1. Commercial/retail and apartments and studio apartments 2. Commercial/retail 10 3. Apartments (2-41.bedrooms) Residential Mixed Mixed(studio-3 Use Use Civic Commercial/retail and apartments bedrooms)

220m

41st Avenue

Private and Public

4. Co-op townhouses (1-3 bedrooms) and studio apartments 2. Commercial/retail 5. Local Grocer and3.Apartments Apartments(1-2 (2-4bedrooms) bedrooms) 1. Commercial/Retail and Apartments 1. Commercial/retail and apartments (studio-3 bedrooms) 6. Apartments (1-24.bedrooms) Co-op townhouses (1-3 bedrooms) Residential Mixed Civic andUse studio apartments 2. Commercial/retail 7. Townhouses (2-35.bedrooms) Commercial/Retail and Apartments Local Grocer and Apartments2.

(1-2 bedrooms) 3. Apartments (2-4 bedrooms) 8. Co-op housing (1-3 bedrooms) (1-2 bedrooms) 6. Apartments Apartments 4. Co-op3. townhouses (1-3 bedrooms) 9. Townhouses (3-47.bedrooms) Townhouses (2-3 bedrooms) 1. Commercial/retail and apartments (studio-3 bedrooms) 5. Local4.

Grocer and Apartments (1-2studio bedrooms) Co-op Housing Section 1:250 and apartments 2. Commercial/retail 1 10. Apartments (1-2 8. bedrooms) Co-op housing (1-3 bedrooms) 6. Apartments (1-2 bedrooms) 11. Retirement Home 3. Apartments (2-4 bedrooms) and Apartments 9. Townhouses (3-4 bedrooms) 5.

Local Grocer 7. Townhouses (2-3 bedrooms) 12. Library and Cafe 10. Apartments (1-2 bedrooms) 4. Co-op townhouses (1-3 bedrooms) Section 1:250 8. Co-op6. housing (1-3 bedrooms) Apartments 5. Local Grocer and Apartments (1-2 bedrooms) 11. Retirement Home 9. Townhouses (3-4 bedrooms) 6.

Apartments (1-2 bedrooms) 7. Townhouses 12. Library and Cafe 10. Apartments (1-2 bedrooms) 7. Townhouses (2-3 bedrooms) 8.

Co-op Housing 11. Retirement Home 8. Co-op housing (1-3 bedrooms) 12. Library and Cafe 9.

Townhouses 9. Townhouses (3-4 bedrooms) 10. Apartments (1-2 bedrooms) 10.

Apartments 11. Retirement Home 11.

Retirement Home 12. Library and Cafe

1:1500

Section

1:250

Section

12. Library and Cafe

2

Green Green Wall Wall

Manifesto: Elements for Adapting to the Future Works to collect and clean rain and stormwater, reduce urban Works to collect and clean rain and stormwater, reduce urban

6 driest season, will experience a decline 206of 19% rainfall

buildings. These can also be utilized for growing food. buildings. These can also be utilized for growing food.

Modelsby project 2062 toThe 2056 increase of rain in the wettest 5-day period will 12% more than double the number of summer days Dry spells on average are expected to increase 26 amount days

Green Wall

2047

Works to collect and clean rain and stormwater, reduce urban buildings. These can also be utilized for growing food.

storm sewers and urban streams

Draught Tolerant Draught Tolerant Plants Draught Tolerant Crops CropsDraught Tolerant Plants

2071

Green Wall Works to collect and clean rain and stormwater, reduce urban

Corn

Corn

Bougainvillea Bougainvillea

buildings. These can also be utilized for growing food.

56% decrease in snowpack

Draught Tolerant Crops

Draught Tolerant Plants

Growing crops within thesite helps with food These plants are able to survive and prepare for Figs security, decreases food miles and lowers the weather conditions predicted for 2060. by food-related green house gases. These can also collecting water in the wet months and saving it for the dry months.

Peanuts

Peanuts

Southern climates

Lavender

Draught Tolerant Plants

Lavender

a Y rrow

a Y rrow

2040

Wheat

Grass-crete Grass-crete Peanuts

Lavender

Sage

2041

Wheat

Sage

Figs

Draught Tolerant Crops

Sage

Bougainvillea

Corn

migrating north

Figs

overow causing overland ooding 2042

Growing crops within thesite helps with food These plants are able to survive and prepare for Growing crops within decreases thesite helps These plants able conditions to survive predicted and prepare security, food with milesfood and lowers the are weather forfor 2060. by security, decreases green food miles lowers thealso weather conditions predicted formonths 2060. byand saving it food-related house and gases.

These can collecting water in the wet food-related green house gases. These can also collecting water infor thethe wetdry months and saving it months. for the dry months.

Permeable Storing Paving Permeable Water Water Storing Paving

Allows for hardscape spaces that are still permeAllows for hardscape spaces that are still permerain water, saving it for dry months. rain water, saving it for dry months. increase in site permeability also helps to counincrease in site permeability also helps to coun-

Growing crops within thesite helps with food These plants are able to survive and prepare for security, decreases food miles and lowers the weather conditions predicted for 2060. by food-related green house gases. These can also collecting water in the wet months and saving it for the dry months.

Wheat

aY rrow Bougainvillea

Corn 2080

precipitation expected to fall increasingly during events increase of about 3°C in our region projected 2025 extreme

Grass-crete

Figs

Sage

Permeable Water Storing Paving

Allows for hardscape spaces that are still permeincrease in site permeability also helps to coun-

Peanuts

Green Wall

Works to collect and clean rain and storm water, reduce UHI, clean air pollutants

Wheat Grass-Crete

and grow food.

rain water, saving it for dry months.

flooding.

Grass-crete

a Y rrow Rainwater Harvesting Tank

3-Pane Windows

Solar Shading

Insulates extreme cool and Controls the amount of heat and extreme heat to reduce need for light entering the building, Solar Shading 3-Pane Windows Collects, cleans and stores Solarspaces Shading 3-Pane Windows insulating and reducing energy consumption.

Control the amount of heat and light entering e K ep spaces cool by insulating them, reducing Harvesting Tank waterRainwater to save for dry season.

Control the amount of heat and light entering a Keep spaces coolneed by insulating them, reducing building, to help keep spaces insulated from for energy consumption. energy consumption . building, to help keep spaces insulated from Permeable Water Storing Paving need for energy consumption. weather conditions and reducing energy

Works to collect and clean rain and stormwater, reduce urban buildings. These can also be utilized for growing food.

for its use during shortages. Creates a closed for its use during shortages. system. Creates a closed system.

Lavender

Creates permeable hardscape, preventing

Green Wall

Rainwater Harvesting Rainwater Harvesting Tank Tank

Allows for hardscape spaces that are still perme-

for its use during shortages. system.

increase in site permeability also helps to coun-

Rainwater Harvesting Tank for its use during shortages. system.

Creates a closed

rain water, saving it for dry months.

Creates a closed

weather conditions consumption. and reducing energy consumption.

a

July 23, 2064

July 23rd, 2064

June 14, 2057 June 14th, 2057 June 14, 2057

November 16, 2061

November 16th, 2061 November 16, 2061

3

Then and Now Section Site Model

Housing Detail Model

Context and Site Model

4

Minimalist Cantilever Date: October 2019 (3 weeks) Project Type: Academic Team: Marissa Jampolsky, Marissa Campbell and Sandra Gans

The design for this piece was sparked by the standard wooden base we were provided with.

Our team’s goal was to fully integrate the base into the cantilever, creating a continuity in materiality and form, as an organic part of the product.

To do this we had to learn new ways of working with the material constraint; wood. We explored methods of wood bending, by using aircraft ply soaked in water and held in a mold. Rather than building an external mold, we employed the base itself to build the form within, further lending to this organic singular form. We layered and lamenated the soaked maleable wood within the required slits of the mold, creating our form.

Next, we had to make sure our cantilever could withold the weight of a full glass of water on the end. We created tension using steels wires, drilled to the base and balanced the weight with a concrete mass, formed within the simple curve of the cantilever.

Our project grew from a simple element, into a complex curved wood cantilever.

5

The Granville Grind Location: Granville & Davie, Vancouver B.C Project Type: Academic Date: October-December 2018 (1.5 months) Team: Marissa Jampolsky and Sandra Gans

This project is located in the heart of Vancouver’s Entertainment District, distinct for it’s nightlife. We were tasked with creating a space that housed a diverse set of programs, that normally would not attract each other’s presensce, including an ‘urban hike’, karaoke bar, office space and a theatre.

We decided to break down the programmatic barriers and let each distinct space lend its qualities to the other spaces, feeding off each other.

To achieve this we began with a lot shaped mass and used subtractive gestures to carve out spaces using a 1mx1m cube, breaking down the solid form and opening pockets for movement within the voids.

Using our urban hike staircase as a guiding point, each program is linked into these stairs, creating gathering spaces that bring light, music and movement into the hike, using the qualities of each program as entertainment along the way. This allows for a lively, safe and dynamic social space that attracts people at all hours of the day.

Concept and Program Diagram Void

Solid

Office Space

Terrace Model One*

Restaraunt Nightclub

Karaoke Pods Model Two*

Event Space

Hike Trail

Theatre Ice Rink

Practice Space

6

B Two

B One

F One

F Two

F Three

F Four

F Five

Model One Terrace

Model Two Karaoke Box

7

Erode, Transport, Deposit Pavillion Location: Cliffside Project Type: Academic Date: February 2018 (3 weeks) Team: Marissa Jampolsky

Presented with an ambiguous floorplan, we were tasked with choosing our own program and site for this project and developing the plans into a non-planar space.

I began my exploration with a site; a cliff’s edge with a river flowing off of it, building an imagined model of the topography. I explored the plans via building sketch models creating multiple iterations of what these lines could be in three dimensions.

I ended up creating a model that broke down the three plans into a space that mimicked the tall compartmentalized form of the topography. Erode, Transport, Deposit breaks down and slows down the processes of river movement, within a built setting to allow exploration of each process. Each individual level mirrors one of these three processes in their speed and volume, funneling the water through the space until the bottom floor where it deposits.

Water and its qualities filtered through space and directing movement

Sequence 1: Reflection Bookmatch

eposit

ered ng

Water Sequence

arissa Jampolsky

Level One Erode

Levels Two & Three Transport & Meander

Level Four Deposit

8

Iteration One

Iteration Two

Iteration Three

Final Interation

9

Mount Ever-Rest Location: Robson Street, Vancouver BC Project Type: Installation for event (Academic) Date: September 2018 (3 weeks) Team: Marissa Jampolsky, Sandra Gans, Lilach Porges

Mount Ever-Rest is a pop-up park developed for Park-Ing Day on Robson Street. The challenge for the project was to turn a parking spot into a park for the day. The miniature park was required to include rain coverage, seating and traffic protection.

We also were given material constraints, that included construction fencing, vapour barrier, zap straps, 1/2� diameter bamboo poles and astro turf.

We chose to embrace our material and program constraints to create an all encompassing design that included all of our program in one structure.

The biggest challenge of this was to create structure from our material bank which lacked in strong materials. Via material exploration we found a way to create support out of a recipe of vapour wrap melted to fencing in a corrugated pattern for our chair legs. The rest of the project grew from the chair base where we created a sculptural covering of fencing that met our other program requirements.

Our end product is a set of chairs that provide a unique expirience of having a mini golf game run through them creating a space for play and rest simultaneously. Mount Ever-Rest succesfully entertained the Robson community for the duration of the event.

Golf Tubes Fencing and Vapour Wrap

Rain-Proofing Vapour Wrap

Fencing Fencing

Fencing Seat

Chair Leg Detail* Wooden Base

Chair Leg Detail Corrugated Fencing and Vapour Wrap Fencing

Zap Straps

Bamboo Poles

10

11