Ketki Ghodke_Portfolio by ketkighodke

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Ketki ghodke

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       

   Interior planning  working drawings

3D modelling & visualization  site visits

               -           

                

       

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ketkighodke.97@gmail.com



https://www.linkedin.com/in/ketki-ghodke-692516176/

Hyde Park Towers, San Francisco

High-rise Mix-use Towers

International Airport, Pune

Single Terminal International Airport

Public Library, New Bern

A Flood Resilient Public library

City Design, Raleigh

Developing the wellness district

Intern at LS3P Associates Ltd. / Healthcare

WakeMed Behavioural Health Center

Wake County Public Health Center

Sampson Hospital

Junior Architect at Vistaas Architectural Consultancy

TNR Vaishnavi - Multifamily Housing

AYDIV Pappalguda - Commercial Building

Achyut Residence - Mix-use Building

Intern at Design Matters

Juhu Bungalow - Single family house (Mansion)

Digital Design

UI/UX 02 01 03 04 05

06 07

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Hyde-Park Towers 01

Designed in team of 2-: Ketki Ghodke, Eeshan Fadnis

ABOUT

Location -: San Francisco

The site is designed to solve the issues of fish breeding and to tackle the sea level rise in the Bay area.

The builtup spaces are designed with in the projected flood lines and to resist the sea level rise, the site is been bordered with minimum 100ft wide land of marshes.

The mixed use towers are designed to be carbon negative, with an effort to maximize the views and to be solar efficient

FLOOR PLANS

4ft sea level rise - 2050

Built up spaces within the flood line

A - MIX-USE HUB

B - OFFICE TOWERS

C - MULTIFAMILTY TOWERS

D - SINGLE FAMILY HOUSING

E - WETLAND

F - FIDH BREEDING INLETS

G - RAINWATER COLLECTION PONDS

Residential spaces

Green spaces

Interactive spaces

H - PEDESTRIAN / BIKE LANE

I - FERRY DECK

J - ISOLATION DECKS

K - PARKING

L - TRANSIT TERMINALS

M - SCHOOL

N - HEALTHCARE FACILITY

O - COMMUNITY GARDEN

P - PLAYGROUND

Q - AGRICULTURE LAND

R - OPEN SPACE

S - CULINARY LANE

T - FARMER’S MARKET

1st podium15ft 2nd podium15ft 3rd & 4th podium- 15ft Ground floor - 15ft Parking Retail - Shops Restaurants Indoor amenities Indoor sports double height

A B C C B D A R O T Q P K K M N L G G H H H J S F E E

VIEWS FLOOR PLANS

WORKING OF ALGAE FACADE

Feeding vessel

Centrifuge

CO2

View from the podium centre - shopping complex

Algae

Power station Press &

Algae slurry Seperater Water Nutrients Algae panels Frame Intake & outlet pipes Floor beam CO2

Biofuel Alga oil Entrance of the Mix-use hub

Exhaust emission

AMENITY FLOORS

1st amenity level - 20ft

Algae facade

Full height glazing

Balcony

2nd amenity level - 20ft

Amenity levels

3rd amenity level - 20ft

Service floor

BUILDINGS & PLAZA SECTION

Analysis

SUNLIGHT CONSIDERATION

Based on the results, the side recieving more sunlight-:

. would have relatively more floor height glazing

. less balconies

- & the side recieving relatively less sunlight -:

. would have more balconies

. less floor height glazing

WIND CONSIDERATION

The corners of the building have been given the priority for full height glass, to deflect the corner incoming winds.

Ground floor & podium 2 bedroom apartments 3 bedroom apartments 4 bedroom apartments 5 bedroom apartments Service floor HOURS 4392 < 3952 3513 3074 2635 2196 1756 1317 878 439 < 0 Building E S N Facade panels Algae panels W

DURATION ANALYSIS

SUNLIGHT

would recieve the highest and lowest amount of sunlight based on a scale. RESIDENTIAL TOWERS SECTION

of which surfaces

glass 75 ft

355 ft 385 ft 645 ft 655 ft 675 ft 735 ft 815 ft

Balcony

Full height glass

Pune International Airport 02

https://youtu.be/mogm6xZqmJY Link to Video :

Designed in team of 2-: Ketki Ghodke, Eeshan Fadnis

DESIGN INSPIRATION

Location : Pune

Despite having heavy traffic (10 million per year), Pune Airport has only 5 gates. Alternate Airport is in Mumbai. Traveling there to catch international / domestic flights has always been a challenge, especially if it takes more than 4 hrs of road journey.

To solve this problem, we have proposed an international airport south of Pune city to cater the nearby cities, and to take off the air travel loads from Pune, as well as Mumbai.

India’s national bird

- Peacock

DESIGN CONSIDERATIONS

We did a research on the -:

2026 - 140 million people annually

- Concourse configurations

- Passenger’s experience throughout the airport

Replicating the pattern for column & ceiling

Having the concentric patterns being used as lights

- Future innovations

- Flight routes on runway

- Causes of schuduling delays

- Means to relax the passengers

Satara Kolhapur Sangli

ABOUT Mumbai

hrs of travel Proposed airport

hrs of travel

Issues - Time taken from nearby cities to Mumbai 5-7

11-14

6-11

11-14

2019 - 75 million people annually

Pune

DESIGN CHOICES DESIGN DECISIONS DESIGN FACTS

An extra 10 min spent in baggage checkin & security checking...

the passenger is less likely to spend in the concessions by 30%

Visual connectivity to the next step

Linear placement of programs Security

Sense of direction

Security checking

Concierge and Retail services

Baggage checkin

The concessions are placed praallel to the movement of the passesngers for maximum touchbase areas between both of them

Biophilic interiors, Relaxation

Happy relaxed travelers spend 7% more money on average on retail

and 10% more on duty free items.

Baggage check-in area

Concessions

More incoming sunlight, more glazing

Concessions

+ +

Baggage check-in area

DESIGN DECISIONS DESIGN FACTS

Concourse

If a plane is has to detour and go on the opposite side, it causes boarding delays

DESIGN CHOICES

Pune city being an IT hub for India, we decided to provide conference & office rooms in the bridge, mixed with the concessions for a relaxed environment.

Concourse

1.7x efficient If a plane is able to go directly on the opposite side

The bridge is deliberately elevated to allow the planes to pass below it for faster flight schedules, while also giving views for the spacs on it

Connecting Bridge

Walking distances < max 900 ft

Visual connectivity with their planes & runways

1hr more at concessions is... around $7 more spent per passenger

By reducing travel distances and having visual connectivity with their flights, they relax and tend to spend more time at retail

The bridge is vertically connected with the air taxis on the concourse’s roof

Concourse areas

+ +

Connecting Bridge Concourse

New Bern Public Library

The challenge was to integrate critical design criteria in the comprehensive design of a new public library while addressing the issues of projected flooding from Neuse river.

The design criteria included resilient design, universal design, and design for wellness

Water level rise

MASSING EXCERCISE

STAGE 1-

Rectangular block

STAGE 2-

+2nd block

2090

2140

Rise in temp - 0.5 degrees

Rise in water level - 2.4 ft

Rise in temp - 1 degrees

Rise in water level - 7 ft

2170

Rise in temp - 0.5 degrees

Rise in water level - 9.4 ft

Learnings

- A different solution for stilts

- Composite structure

- NC bylaws

- Detailed Wall section

STAGE 3-

+Chipping the 2nd block from the bottom

STAGE 4-

+Chipping the 1st block from the bottom

STAGE 5-

+Chipping both the block’s surfaces at an angle

44’ flood setback 60’ Height restriction Seasonal flooding No program on ground level Hollow

lift the structure

SITE CHALLENGES ABOUT

Plinth to

Sun-Path Diagram Sun-Path Diagram

Traffic Diagram around New Bern

Wind-rose Diagram

DESIGN CHOICES

Mass

Two seperate masses to seperate services from the main

Clear views on 2 sides

City scape River Front Frit and overhang on South face Vertical angled FINS to cut glare from East & West Plinth Hollow Plinth to pass the water easily View from River Front View from Broad Street