Portfolio by Animesh Shrestha

ANIMESH SHRESTHA

ANIMESH SHRESTHA 55 Maple Street NW , Atlanta, Georgia animeshshrestha11@gmail.com (774)-205-1465

EDUCATION

PUBLICATION

Georgia Institute of Technology Candidate for Master of Science in Urban Design [MSUD]

Article on ‘’Junk Architecture’’

Atlanta, Georgia, USA [Aug 2015 - Aug 2016]

Tribhuwan University Bachelors Degree in Architecture [B. Arch] Kathmandu, Nepal [2008-2013]

In “Vaastu 12”- An annual journal of Architecture [2013]

‘Inspiration while studying Architecture’ In Spaces Magazine, pg. 22 – Vol. 9 Issue 8 [2012]

AWARDS & ACHIEVEMENTS

EXPERIENCE

Winning Team, Agritecture Collaborative Design Workshop

Studio H Architecture Planning & Environments (SHAPE) Urban Designer

Charles Brown Scholarship

Atlanta, Georgia, USA [Oct 2016-Present]

Georgia Institute of Technology Graduate Research Assistant for Prof. Ellen Dunham Jones, 12 months

Vertical Urban Farm Workshop, Association of Vertical Farming, Atlanta, USA [2015] Urban Design, Georgia Institute of Technology , Atlanta , GA, USA [2015]

New Technical Excellence Award

for Batch topper in Bachelors in Architecture, TU , Nepal. [2014]

Atlanta, Georgia, USA [2015-2016]

Dr. S. B. Mathe B. Arch. Thesis Award

Government of Nepal, Ministry of Urban Development Junior Architect, 13 months

National Fine Arts Award, Nepal

Kathmandu, Nepal [2014-2015]

Sarosh Pradhan & Associates Junior Architect, 8 months

for Best B. Arch. Thesis project titled “Auto Complex”, Nepal [2014] for Architecture for Academic Project “Auto Complex”, NAFA. [2014]

3rd- Asian Paints Architectural Design Competition Students Canteen design, Nepal. [2012]

Kathmandu, Nepal [2013-2014]

3rd- On the Spot Art competition

VOLUNTEERING

Highest Honor Award- International Art competition

UNESCO Associate School Resource center, Nepal. [2009] WFWP Aichi Association, Japan. [2006]

Volunteer Architect, Nka foundation Vernacular Architecture, Design of Rammed Earth Mud houses for Abetenim Arts Village, Ghana. [2014]

SKILLS

Volunteer Architect, Lumanti Support group for Shelter

Adobe [Photoshop, Illustrator, InDesign, Premiere, After Effects],

Preparing conservation maps with women community of the ancient towns - “Thankot” & “Thecho”, Nepal [2014]

AutoCAD, Revit, Vray, Lumion, Arc GIS.

Microsoft Office, Sketch Up, Rhinoceros, Grasshopper, Dynamo,

Table of Contents Downtown Atlanta Vision 2041[5] MSUD Spring Semester |2016 The Re-Connector [15] ULI Hines Urban Design Competition |2016 Eco Water City, Chongming Island [21] MSUD Fall Semester |2015 Making children First class citizen [31] Archiprix International Workshop, Madrid |2015 AutoComplex [39] B. Arch Thesis |2013 Students Center [47] B. Arch Semester 4 |2011

5 4

South Downtown- Arts District Team: Meredith Blakeley Lu Pang Animesh Shrestha The area around Garnett Station in South Downtown is currently mostly surface parking lots. There are many jobs in the area but the employees are commuting from other areas of the city. The primary goal of the revival of this area is to bring in residents. With the arrival of autonomous vehicles, the parking lots can be redeveloped into residential units and commercial space. To address the needs of family residents green space and a school are included in our proposal. The green space provides water purification and activity space. To connect the area to its surroundings the secondary focus of the revival is to include the arts. The proposed school is an arts school with facilities that are open to the community. Providing affordable housing and work space for artists is part of the reason for keeping the building scale low. One hindrance to development currently is the small lot size and the requirement for parking. With driver-less vehicles and the public transportation system in the area this requirement can be eliminated and each parcel can be developed individually. The MARTA station plaza, sided by commercial space and residential units, is for gathering and activities throughout the day. Reference of the building image in the background: â&#x20AC;&#x153;City Blocks in Downtown Denver by el doradoâ&#x20AC;?.

Concept

Re-greening

Re-use

Re-development

Creating more green space in existing unused areas for public spaces such green parks, exhibition, performance and plaza areas.

Adaptive Reuse of existing unused buildings such as parking decks to low income housing units, galleries and theaters for artists.

Increase density of the area by building over parking lots and existing empty lots with a compact, walkable, connected mix uses and public space..

South Downtown- Arts District ARTS FROM CASTLE-BERRY HILL

BIKE FRIENDLY

DRIVER-LESS BUS LOOP

ADAPTIVE REUSE

PLAY RESEARCH

LIVE

STUDY

LIVE

ARTIST STUDIO

SHOP URBAN FARM LIVING MACHINE

ARTS SCHOOL AFFORDABLE

DRIVER-LESS BUS PLAY MEET

GALLERY YOGA PARK

ENGAGE

PLAZA

WALL ARTS

WORKSHOP

WALL ARTS

GARNETT STATION

REST EAT

LIVE

SHOP

EXISTING ARTS & GALLERIES

MUSIC PARK PERFORM THEATRE

Google

EYES ON STREET WITH DRIVER-LESS CARS

OFFICES

SHOPS

LIVE WORK/OFFICES

ARTS LOOP

WALKABLE

Concept diagram to improve the existing Arts neighborhood by creating an Arts loop with various arts related activities right in front the Garnett station and integration of driver-less vehicles. 8

Master Plan

Transportation 17

Buildings

15 4

3 3

14 1 14

10. Dog Park 11. Eco Park 12. Recreation Park 13. Main Public Plaza 14. Waiting Plaza 15. Yoga Park 16. Music Park 17. Arts Park Wall Arts

4. Multi-family Apartments 5. Arts School 6. Theatre 7. Exhibition Galleries 8. Retails 9. Lofts Green Areas

1. Garnett Station 2. Driverless Car Parking 3. Pick-up & Drop-oďŹ&#x20AC; Place

South Downtown- Arts District

Parking lots 2É?FH 5HVLGHQWLDO 5HWDLO &LYLF 3DUNLQJ GHFN 8QRFFXSLHG

Bio-Swales Water Cistern Green Space Storm Water Flow Living Machine

Existing Parcels Lines New Proposed Parcels

Existing Land-use Map

Proposed Parcel lines

Storm Water Management Diagram

Shows that the site has more than 70 % of the site is used for parking and very less Residential buildings.

Developing with minimum alteration to the existing parcels except for the areas where school and high rise buildings are proposed to preserve the existing urban fabric.

Capturing rain water and cleaning it using bio-swales and living machine to re-use the water.

Sectional Perspective

Clean Water

Grey Water

Residential Units

To Landscape Bio-Swales

Living Machine

Porous Pavements Storm Water Cistern Perforated Pipe Filtration Trench Imagining Streets of the Future Streets in the futures with driver-less Uber and buses. Storm water management to collect storm-water. A median lane for bike with shade and protection by vegetation. 11

Clean Water Cistern

South Downtown- Arts District

Present T Tr Traﬃ ra aﬃc Count: 3 37, 37,160 7,

ttim m Future Estima Estimated Traﬃc ount: 6,193 6,19 193 (83% % less) Count:

M.L

Jr.

RESIDENTIAL STREET

ARTS & CULTURE CORRIDOR

t. ett

St.

RETAIL STREET

ett

St.

rto

ac Pe

Exisiting Bus Stop SLFNXS GURSR΍ Proposed UBER SLFNXS GURSR΍ Proposed New Bus Route

t. rS yo

MARTA Station Bus Stop 2- Way Bus Route 1-Way Bus Route Streetcar proposed

t. rS yo Pr

FOOD & ENTERTAINMENT

St.

rsy

rto

rsy

St.

t. eS re

rto

St.

th he

rsy

St.

Ga t.

Trinity Ave

COMMERCIAL STREET

St.

dS oa

t. dS ett

lso

ell

lso

dT Te rn

St.

. Dr er

ell

lso

Trinity Ave

St.

urn

. Dr er urn

ell

PEDESTRAIN CORRIDOR

Mit

urn

Mit

‘A’ Streets ‘B’ Streets ‘C’ Streets

Existing Transportation Plan

Proposed Transportation Plan

Proposed Street Network

The neighborhood has existing bus transportation in the major street with the existing Marta and Greyhound station.

With the introduction for driver-less Ubers, there will be more need for pickup/drop-oﬀ points. Integration of well located bus stop and driver-less rapid transit.

Proposal of new A-streets, B streets and C streets with C streets as service streets.

Before & After Street Sections Vehicle Lane

Existing Building Parking Lot

Parking Lot

28’

Broad Street: Existing

Pedestrian Street

Music Park Music Theatre

Seating Area

Wall Art

Bio Swales

15’ Broad Street: Proposed

Yoga Park

5’

28’

5’

15’

Arts Gallery

South Downtown- Arts District

Parking Lot 10’

10’

Parking Lot

10’

10-9”

Peachtree Street: Existing

10-9”

Ted Turner Drive: Existing

AV lane

Bike lane

AV lane

Normal Lane

AV lane

Normal Lane

Bike lane

Median

4’

8’

9’

Peachtree Street: Proposed

5’

Adaptive Reuse

9’

8’

4’

16’

4’

5’

8’

9’

8’

5’

Ted Turner Drive: Proposed

“The Re-Connector”- ULI HINES DESIGN COMPETITION Team: Animesh Shrestha Deepti Silwal Gustavo Amaral Jeﬀ Olson Jose Sosa Borerro Atlanta has been known as the poster child of suburbia sprawl. Although, as it is stated by Leinberger and Alexander since the mid 1990´s this reality has been changing with the development of walkable clusters both in the city and also in some suburban neighborhoods defined by the authors as Walk-ups. The emergence of walkups in the city of Atlanta is a combined comprehension of demographic changes, financial system, a better perception of the public transportation importance to the general economy and the issues related to sustainability, representing a transformation on the real estate market that has pushed developers and stakeholders to invest on walkable urbanism. The re-connector is a redevelopment plan that focus of the transformation of the Midtown´s blocks that are located between west Peachtree St. and Interstate I-75/85. The central idea of the redevelopment plan is consonant with the larger process of redevelopment in the Midtown area with the construction of diverse, mixed and well connected communities. With that in mind the proposal starts with the reconnection of Williams Street in a design strategy to reconsolidate the spatial structure of Midtown´s urban grid, generating store frontage and complete walkable streets.

Phasing ing & Uses Residential

Parking

Oï¬&#x192;ce

Urban Farm

Public

Pedestrian Network

Retail

Hotel

PHASE I

Spr

ing

Stre

rth

PHASE III

PHASE II

st P

eac

htre

e St

“The Re-Connector” “Th

Master Plan

4th Street

6 4

2 7

3 Re- Connector to Georgia Tech 10

3rd Street 11

AT&T Tower

Fox Theatre

Ponce De Leon Avenue

Peachtree Stre

West Peachtree Street

North Avenue Spring Street

Downtown Connector

BOA Tower

1. Office / Mixed Income 2. Residential+Retails Reside 3. Torch P Plaza 4. Public Park 5. Tech St Start-Ups 6. Parking + Vertical Farms 7. Condo Condominiums 8. Office+ Mixed Income 9. Office + Hotel 10. Bouti Boutique Retails 11. Office Office

Public plaza to activate the present inactive tunnel connection to Georgia Tech University where people can perform various social activities. 19

â&#x20AC;&#x153;The Re-Connectorâ&#x20AC;?

Clean Water for toilet and landscaping Grey Water Living Machine

Water Cistern

Living Machine Existing Tunnel

Sand Filtration Bio-Swales

Living machine and Bio-Swales to clean the Grey water as well as storm water and reusing it in the building to save water. 20

Rendering of the Central Water Park

Eco Water City- Chongming Island Team: Animesh Shrestha Jeremy Gentry Ashley Nicole The whole city is divided into 3 neighborhoods, all having the same amenities such as the water purification canals which purifies the water but diďŹ&#x20AC;erent spaces and design. The main concept is to purify the existing river water which flow through the city from delta river and use it for farming and recreational purposes. The purification canals consists of filtration vegetation that slows the flow of water and hence purifies the water as shown in the diagram below. Water pumps will be used to pump water and the roots of the vegetation will eliminate harmful bacterias. As water reaches the high density zone, the water becomes clean and the people can enjoy and use the clean water. Each neighborhood will have their own clean lake, and a central park so that the people of the neighborhood can enjoy the amenities that are in walking distance. The site has farmlands and marshland at the bottom, near to the delta river, therefore the flood will not aďŹ&#x20AC;ect the house and people living in the city.

Location & Site

Qidong

Existing Canal System

Chongming Island

Proposed Site

Changxing Island Yangtze River Interexchange Shanghai Project Information SIZE: 1.5 miles x 1.5 miles (2.4 km x 2.4km) 2.25 sq. miles (5.76 sq. km.) POPULATION: 51,000 (17,000 per district) WHO: Young workers with families, Elderly, Farmers, Tourists, Relocated families STAKE HOLDERS: Developers, Local Government, Shanghai TIME: 4 phases over 10 years Issues

How to improve the current water situation? How to manage the existing population? How to create a self-sustaining city for 50,000 people?

Canal Water Pollution

Eco Water City- Chongming Island

Existing Site Context with Farming/ Fish Farming

Concept Diagrams

CLEAN LAKE

FARMING VILLAGE

CLEAN WATER

FARMING VILLAGE

FILTRATION PLANTS

FARMLANDS

FARMING VILLAGE

FARMLANDS

FOREBAY DISTRIBUTER CANAL

Three Neighborhood

Filtration canal for each neighborhood

Dividing the site into three neighborhood by the major road from the highway. Using and improving the existing canals to make it as an Eco Water city.

Each neighborhood to have farmlands and clean lake from three filtration canal flowing from the farming village to the city area.

Filtration along the farmlands Each neighborhood will have a farming village with irrigation canal for irrigating the farmlands.

Eco Water City- Chongming Island

FARMLANDS FARMHOUSING IRRIGATION CANAL FILTRATION VEGETATION CANAL

FOREBAY

FILTRATION CANAL FILTRATION PLANTS

CLEAN WATER

CLEAN LAKE

Water purification sequence The impure canal water is purified by a natural water purification sequence. As the water moves along the canal, it is slowly purified by the roots of plants and trees such as reeds, Cyprus, and lily. Also, the water flows in a zigzag way slowing the water flow which sediments the impurities. Finally, the pure water reaches the clean lake. And the clean water is used for various purposes in the city.

Leisure District with canal front market

Eco Water City- Chongming Island

EXISTING DISTRIBUTER CANAL

VERTICAL FARMING

CLEAN LAKE STROM WATER CANALS

VEGETABLE GARDEN

STROM WATER CANALS CLEAN CANAL

CLEAN LAKE

WATER TOWER WATER FILTRATION

FARM LANDS

1200 FT

EXISTING DISTRIBUTER CANAL

DISTRIBUTER CANAL

FISH FARMS MARSH-LANDS

EXISTING DISTRIBUTER CANAL

Water Filtration for clean water

Farmlands and Agriculture

Kamishibai Illustration A form of Japanese street theatre and storytelling that was popular during the Depression of the 1930s and the post-war period in Japan until the advent of television during the twentieth century.

Making Children First Class Citizen TOWARDS A MIDDLE-OUT URBANISM- ARCHIPRIX WORKSHOP-2015 Team: Marina Caprini Cezar Bento José Carlos Castros Barros Jose Andres Coba Willian Moisés González Armas Hameda Yousef Janahi

Daniela Mitterberger Gabriel Munoz Moreno Shristina Shrestha Animesh Shrestha Zheng Zhou

Making Children First Class Citizen focuses on the design and fabrication of a set of way finding signals, urban equipment and three dimensional map allowing children to bike, walk and play safely and happily in the streets of the designated area in Madrid. In Madrid, the process of free time becoming consumption time started in the second half of the nineteenth century. That process threw the concept of public space into crisis as it started to be conceived not only as an element for exercising (political) control, but also one for financial gain. Thus, cities started to become the objects of rational and utilitarian planning, where the field of architecture was redefined. Then the children, agents only participating in the industrial and economical development of Europe as false adults, became second class citizens. The public space was to transport and provide, to buy and sell. Gradually the car succeeded owning the city threatening children even physically. For years, cities were not recognizing any right for children. The main goal of this project is to empower children to gain independence by providing children with knowledge and movement and breaking physical, virtual and socio-cultural and economic borders.

Site Study

Location: Mortalaz, Madrid Dendetric urban form Near the periphery Local population Local schools Lower income

Location: Salamanca, Madrid Grid iron urban form Central General population Elitistic schools Higher income

Making Children First Class Citizen

Local Intervention - Prototype 1

POP UP model To provide the knowledge of the important monuments of Madrid and also provide safety to children in the corner of the street and use the space where children can play.

Children playing inside the pop up model

Performing Map - Prototype 2 3

4 4

6 1. Play Ground 2. Shopping Center 3. Sports Center Performing map that children can take to reach to their destination with 3 routes symbolized by color and cartoon figures. 33

4. School 5. Library 6. Church

Sports Route School Route Library Route

Making Children First Class Citizen

Physical Model of the Performing Map Symbolizing the routes with cartoon characters that were drawn by the local children because children can easily remember the name of the cartoon figures. Therefore, overlapping reality and fantasy, to allow to know, interiorize and to easily move through the neighborhood.

Kamishibai - Prototype 3

Physical Model for the Kamishibai Prototype Bike Theatre to explain the 3 routes to the children. 35

Making Children First Class Citizen

Power Generator for lights- Mobile bicycle wheel (d=550mm) Sounds- Mobile bicycle wheel (d=440mm) B

D C

Front Elevation

Side Elevation

A. Mobile bicycle wheel (d=600mm) B. Circular Structure (d=1000mm) C. Structural Bicycle Wheel (d=700mm) D. Stage- Mobile Bicycle Wheel (d=700mm) E. Mobile bicycle Wheel (d=200mm) F. Supporting Structure

A. Mobile bicycle wheel (d=600mm) Plan of the Kamishibai Prototype

AutoComplex RECOGNITION: 2014 Dr. S. B. Mathe B. Arch. best Thesis Award 2014 National FineArts Award for Architecture Nominated for 2015 Archiprix International - Worlds Best Graduation Projects Auto complex- a building for automobiles, the concept for the design is taken as the perception of an automobile itself. A form is developed that resembles the automobile for which the building is designed. Creating an iconic building of the city is also the main objective of the project. Therefore, some composition of diďŹ&#x20AC;erent geometric forms is considered, which makes the building easily recognizable. The plan form is composition of simple geometric form such as oval, circle and rectangles. The value of the current project is enormous, considering the location and the surroundings. Therefore, it has been a design eďŹ&#x20AC;ort to make the form as iconic as possible. It has to put the Kathmandu, Nepalâ&#x20AC;&#x2122;s map in the world.

Concept

Elevation

Plan

Evolution of the form The main concept for the design is taken as the perception of an automobile itself. A form is developed that resembles the automobile for which the building is designed. Elevation and plan for this design is perceived from a Car. Finally, the plan form is bended because of the shape of the triangular shape of the site.

AutoComplex

Physical model made from Paper and Fiberglass molded roof

Masterplan

7 6

3 2

Entry

Service Road (5m wide)

Service Entry

Main Highway (22m wide)

1. Showroom 2. Workshop 3. Lobby 4. Sales/Oï¬&#x192;ce 41

5. Services 6. Store 7. Outdoor display 8. Test drive track

AutoComplex

Section

South Elevation

East Elevation

West Elevation

Building Structure

Layer of Amorphous Silicon Photo-voltaic Skylight panels for atrium.

Layer of lightweight concrete panels, insulation with outer polycarbonate layer.

Layer of Space-frames truss

Layer of R.C.C. columns and floors

Isometric view showing the layers of structures and materials. 43

AutoComplex

Interior View Huge curtain windows for maximum visibility form outside to inside showcasing the car displays.

Student Center RECOGNITION: 2013 Special FineArts Award for Architecture Student Center In Pulchowk Campus perceived as the shape of a ship. As entering the facility, students find themselves in the voyage through the interesting spaces. The center to look like it is emerging from the site as its own part. Placement of windows in diďŹ&#x20AC;erent positions to create interesting quality of light in interior spaces & dynamic exterior. Spaces for students, integrating mental comfort as well as physical exercise. Use of chunk of glass block for North light in the atrium and Mass to void harmony. Viewing deck area to enjoy and watch diďŹ&#x20AC;erent sports activities happening in the site.

Conceptual Sketch Design visualized as a ship coming out of the site where students are on a journey to learn. Sharp slanted edges in the elevation to symbolize the building as ship with various patterns of windows to provide a bold statement of abstract ideas.

Student Center

Site Plan

9 8 11

7 4 6 3

2 10 5

1. Zero Energy Building 2. Solar Panels 3. Parking Area 4. Existing Pond 5. Amphitheater 6. Indoor Cafe 7. Outdoor Dining 8. Recreational Center 9. Badminton Court 10. Viewing Deck 11. Cricket Field

Interior view of the main lobby with atrium

Student Center

1 1 2

10 9

7 4

Sectional Perspective 1. Solar Panels 2. North Light for Atrium 3. Library 4. Entry 5. Reception 6. Main Lobby 7. Conference Hall 8. Study Class 9. Computer Lab 10. Back Entry 52

ANIMESH SHRESTHA

Table of Contents Nature Club Hotel [2] Freelance Project |2012 Rock Garden [6] Freelance Project|2013 World Bank [10] Sarosh Pradhan & Associates |2014 Brakka Resort [14] Sarosh Pradhan & Associates |2014 Tenzing Norgay Memorial [18] Sarosh Pradhan & Associates |2014

Nature Club Hotel Freelance work- 2013 Location: Dhapasi, Nepal Client: Mr. Sankar Giri Area: 2920 Sq. M. Status: Design Phase

Focused on traditional Nepali architecture with brick facade as well as detailed carved multi-bay windows and doors to express the rich traditional Nepali architecture. Stepped roofed building for maximum light and a creative play of mass and void. A 4 star hotel with diďŹ&#x20AC;erent facilities such as Spa, ayurvedic treatment, fitness center, cafe, banquet etc. Traditional Nepali style rooms to provide a warm and welcoming sensation.

2 3

4 G F

E A

6 Typical Room Plan 7

8 9

Master Plan

1. SPA & Ayurvedic Treatment 2. Pool 3. Gym Hall 4. Banquet Hall 5. To Basement Parking 6. Reception 7. Garden 8. Cafe 9. Retails 10. W/C 11. Services 12. Lobby

A. Luggage B. Mini Fridge C. TV D. Study E. Seating F. Twin Bed G. Toilet

Nature Club Hotel

Interior View of a typical room Traditional Nepali style room to provide a warm and welcoming sensation.

Rock Garden Freelance work- 2013 Location: Bhaisepati, Nepal Client: Mr. Dinesh l. Shrestha Site: at Clients residence Area: 1000 sq.m. Status: complete

Rock garden and minuscule fountain to produce a pleasing ambience to the garden with prudently chosen rocks and bonsai plants to create harmony and beauty.

Conceptual Sketch

Rock Garden

3 2

4 2 5

1. Monkey Puzzle 2. Lily Pond 3. London Juniper 4. Berberris 5. Japanese Maple 6. Japanese Grass

Plan

Section 8

World Bank- Nepal Sarosh Pradhan & Associates, 2013-2014 Location: Durbar Marg, Kathmandu Client: World Bank Group Nepal Status: Complete

Designing simple and elegant spaces for the oďŹ&#x192;ce of World Bank by interior renovation of the existing neoclassical building meeting the standards of the Bank. Using neutral color with large glass partition for maximum light as well as open space. Use of Neo Classical design to signify the boldness of the bank. Copyright Sarosh Pradhan & Associates/ World Bank

Main Lobby with curved ceiling to wash the lights.

World Bank

Cafeteria Rendering using Sketchup & Lumion softwares

Brakka Resort Sarosh Pradhan & Associates, 2013-2014 Location: Brakka, Manang Site: 3470m above sea level Status: Under Construction

Braka is one of the most interesting villages of th Annapurna circuit with a beautiful old white Gompa. In common with other villages of this area, many of Brakkaâ&#x20AC;&#x2122;s old houses are not inhabited anymore as the people moved to warmer places. The villagers decided in 2011 that they wanted to keep the village in the old style and there are plans to improve it. This resort aim to create a resting area in this exquisite place with 15 rooms. Local stone material is used because of the diďŹ&#x192;cult to bring other materials to such a remote area.

Exotic Brakka resort with serene mountain range in the background

Brakka Resort

Main Entry with traditional yak horn in front of the entry. Yaks are long-haired bovid found throughout the Himalaya region of southern Central Asia

Tenzing Norgay Memorial Sarosh Pradhan & Associates, 2013-2014 Location : Namche Bazaar Site area: 1000 sq.m. Climate: Cold, Sub-Alpine

Tenzing Norgay Sherpa, the first ever Nepali to climb Mt. Everest along with Sir Edmund Hillary. Therefore, the memorial, to give an image of climbing the Everest by placing the sculpture with Everest as the background & forming curved sloping walls to visualize the mountains.

Mt. Everest

Aerial View of the Memorial

Namche Bazaar

Site Location

Site (3750m)

Night Rendering

Tenzing Norgay Statue with Mt. Everest in the background 20

REVIT PORTFOLIO ANIMESH SHRESTHA

Table of Contents High Rise Apartment Tower [3] Revit Workshop , MSUD Summer Semester |2016 Residence [27] Freelance Work |2009

High Rise Aparment Tower Designed on a imaginary site,This was a project done in 3D Modeling Revit Class in Georgia Tech. The course Introduced REVIT and the concepts of Building Information Modelling (BIM), which provides an object based parametric modeling environment. The project has 180 bedroom apartment units ranging from a single bedroom unit, double bedroom unit and a triple bedroom duplex unit. An imaginary site was considered with a slope topography in an urban setting. The main idea for the design is to have a parametric facades using the parametric designing capabilities of Revit Architecture. Custom families, Customs facade, parametric louvers are created to learn about the capability of Revit. Precedence for the parametric balcony is taken from Aqua tower, Chicago.

FLOOR PLAN

(

)

Bedroom 157 SF

Living Room 218 SF

Bedroom 156 SF

Closet 29 SF

TYPE B Closet 41 SF Bathroom 74 SF

Kitchen/Dining 188 SF

Bathroom 71 SF

Living Room 413 SF

Dining 160 SF

Dining 159 SF

TYPE C Duplex

TYPE C Duplex Kitchen 126 SF

Bathroom 71 SF

Living Room 413 SF

Kitchen 126 SF

Bedroom 156 SF

Closet 29 SF Bathroom 71 SF

Bedroom 156 SF

Living Room 218 SF

Closet 41 SF

Closet 29 SF Bathroom 71 SF

Bedroom 160 SF

Kitchen/Dining 188 SF

Bathroom 74 SF

Utilities duct 86 SF

Utilities 85 SF

Corridor 2809 SF Room Room 2 SF 2 SF

Room 3 SF Bathroom 74 SF

Kitchen/Dining 188 SF

Closet 41 SF

Bathroom 71 SF Closet 30 SF

TYPE C Duplex

Kitchen 125 SF

Room Room 2 SF 3 SF Bathroom 71 SF

Bathroom 71 SF

TYPE C Duplex

Closet 30 SF

TYPE B Bedroom 156 SF

First Floor Plan (1/16”=1’) 4

Living Room 216 SF

Kitchen/Dining 188 SF

Bathroom 74 SF Closet 41 SF

TYPE B Bedroom 157 SF

Bedroom 157 SF

Living Room 411 SF

Dining 154 SF

Dining 156 SF

Living Room 411 SF

Bedroom 157 SF

Bedroom 158 SF

Living Room 216 SF

Bedroom 155 SF

Interior View of a Typical Bedroom 5

FLOOR PLAN

(

)

Bedroom 160 SF

Living Room 220 SF

Bedroom 156 SF

TYPE C Duplex

TYPE B Closet 29 SF

Closet 42 SF Bathroom 74 SF

Kitchen/Dining 188 SF

Bathroom 71 SF

Balcony 123 SF Closet 29 SF

Bedroom 160 SF

TYPE C Duplex

Bedroom 156 SF

Utilities duct 87 SF

Closet 29 SF

Closet 41 SF Bathroom 74 SF

Living Room 219 SF

Bedroom 160 SF

TYPE B

Balcony 123 SF Closet 41 SF Bathroom 74 SF

Bathroom 71 SF

Bedroom 159 SF

Bathroom 71 SF

Closet 29 SF Bathroom 71 SF

Closet 41 SF Kitchen/Dining 188 SF

Bathroom 74 SF

Corridor 2542 SF

Utilities 85 SF

Bathroom 74 SF

Kitchen/Dining 188 SF

Bathroom 71 SF Closet 30 SF

Closet 41 SF

Type B Bedroom 156 SF

First Floor Plan (1/16”=1’) 6

Living Room 218 SF

Bedroom 157 SF

Bathroom 71 SF Closet 30 SF

Bedroom 157 SF

Corridor 120 SF

Bathroom 74 SF

Closet 40 SF

Closet 41 SF

Bathroom 71 SF Closet 30 SF

Bathroom 72 SF

Bedroom 154 SF

Bedroom 156 SF

TYPE C Duplex

Bathroom 74 SF Closet 41 SF

Closet 30 SF

Balcony 122 SF

TYPE C Duplex

Kitchen/Dining 188 SF

TYPE B Bedroom 157 SF

Bedroom 157 SF

Living Room 216 SF

Bedroom 156 SF

Rendering of the Main Entry 7

DETAIL FLOOR PLAN

)

Bedroom 156 SF

Living Room 218 SF

Bedroom 160 SF

Closet 41 SF

Closet 29 SF

Kitchen/Dining 188 SF Bathroom 71 SF

Bathroom 74 SF

Bathroom 72 SF

Closet 30 SF

Bedroom 157 SF

Detail at X (1/8”=1’)

Detail at Y (1/8”=1’)

Bathroom 74 SF

Kitchen/Dining 188 SF

Living Room 216 SF

Closet 41 SF

Bedroom 156 SF

SECTIONS /HYHO

Living Room

Kitchen/ Dining

/HYHO

Living Room

/HYHO

Living Room

/HYHO

Living Room

/HYHO

Living Room

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Living Room

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Living Room

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Living Room

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Gym Hall

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Resturant

Living Room

Kitchen/ Dining

Living Room

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Living Room

Kitchen/ Dining

Living Room

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Living Room

Kitchen/ Dining

Living Room

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Living Room

Kitchen/ Dining

Living Room

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Living Room

Kitchen/ Dining

Living Room

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Living Room

Kitchen/ Dining

Living Room

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Living Room

Kitchen/ Dining

Living Room

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Living Room

Kitchen/ Dining

Living Room

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Living Room

Kitchen/ Dining

Living Room

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Living Room

Kitchen/ Dining

Living Room

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Living Room

Kitchen/ Dining

Living Room

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Living Room

Kitchen/ Dining

Living Room

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Living Room

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Retail

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Living Room

*URXQG )ORRU

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Living Room

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Living Room

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Living Room

Detail at S

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Living Room

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Living Room

S Living Room

Living Room

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Retails

Lobby

Retails

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Section at 1-1 9

SECTIONS

Staircase detail at T T

Section at 2-2 10

ELEVATIONS

Front Elevation (1”=45’)

Side Elevation (1”=45’)

FAMILY - CUSTOM DOOR

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Plan Plan

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Elevation Elevation

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Section Section

FAMILY - CUSTOM DOOR Isometric View

FAMILY - CUSTOM SHELF Isometric View

FAMILY - CUSTOM SHELF

Plan Plan

Elevation

Elevation of the combined Shelves

Elevation of the combined shelves

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Section

FACADE SYSTEM - PARAMETRIC LOUVERS

Elevation

Plan Isometric View

FACADE SYSTEM - MOSIAC FACADE PATTERN

Elevation

Render View

Isometric View

FACADE SYSTEM - PARAMETRIC BALCONIES

Top View

PRECEDENT Aqua is an 87-story mixed-use residential skyscraper in the Lakeshore East development in downtown Chicago, Illinois. Designed by a team led by Jeanne Gang of Studio Gang Architects, with James Loewenberg of Loewenberg & Associates as the Architect of Record. It includes five levels of parking below ground. The buildingâ&#x20AC;&#x2122;s eighty-story, 140,000 sq ft (13,000 m2) base is topped by a 82,550 sq ft (7,669 m2) terrace with gardens, gazebos, pools, hot tubs, a walking/running track and a fire pit. Each floor covers approximately 16,000 sq ft (1,500 m2). The Aqua was named the Emporis Skyscraper Award 2009 skyscraper of the year, and was shortlisted in 2010 for the biennial International Highrise Award. (Source: Wikipedia) Isometric View

Aqua Tower Chicago

FACADE SYSTEM

Axonometric View 19

DIAGRAM - AXON SECTION

Axonometric View 20

DIAGRAM - SECTION CUT

Axonometric View 21

DIAGRAM - EXPLODED LEVELS

Fourth floor

Third floor

Second floor

First floor

Ground floor

DIAGRAM - EXPLODED UNITS LOCATION

Single Bedroom Unit (Type A)

Triple Bedroom Duplex Unit (Type C)

Double Bedroom Unit (Type B) 23

UNITS- FLOOR PLAN

(

)

(Type B) Bedroom 160 SF

(Type B) Living Room 220 SF

(Type B) Bedroom 156 SF

(Type C) Bedroom 156 SF

TYPE C Duplex

TYPE B (Type B) Bathroom 74 SF

(Type B) Kitchen/Dining 188 SF

(Type A) Bedroom 159 SF

(Type B) Bathroom 71 SF

(Type C) Closet 29 SF (Type C)Bathroom 71 SF

(Type A) Living Room 220 SF

TYPE A

Balcony 123 SF (Type B) Closet 29 SF

(Type B) Closet 42 SF

(Type C) Bedroom 160 SF

(Type C) Closet 41 SF

(Type A) Closet 41 SF

(Type C) Bathroom 74 SF

(Type A) Bathroom 74 SF

(Type A) Bedroom 156 SF (Type A) Living Room 201 SF

TYPE A

(Type A) Living Room 219 SF

TYPE A

(Type A) Closet 30 SF (Type A) Kitchen/Dining 170 SF

(Type A) Bathroom 70 SF

(Type A) Bedroom 160 SF

(Type A) Closet 41 SF (Type A) Kitchen (Type A) Kitchen/Dining 76 SF 170 SF

(Type A) Bathroom 74 SF

Room Legend (Type A) Bathroom

Corridor 2542 SF

(Type A) Bedroom (Type A) Closet (Type A) Kitchen (Type A) Kitchen/Dining (Type A) Living Room (Type B) Bathroom (Type B) Bedroom

(Type B) Closet (Type B) Kitchen/Dining (Type B) Bathroom (Type B) Kitchen/Dining 74 SF 188 SF

(Type B) Bathroom 71 SF (Type B) Closet 30 SF

(Type B) Closet 41 SF

(Type B) Living Room 218 SF

(Type C) Closet 30 SF

Balcony 120 SF

(Type C) Closet 40 SF

(Type C) Bathroom 71 SF

(Type C) Bathroom 74 SF (Type C) Closet 41 SF

(Type C) Closet 30 SF

(Type B) Bathroom 72 SF

(Type B) Bedroom 157 SF

(Type C) Bedroom 157 SF

TYPE C Duplex

(Type C) Bedroom 154 SF

(Type C) Bedroom 156 SF

TYPE C Duplex

(Type B) Kitchen/Dining (Type B) Bathroom 74 SF 188 SF (Type B) Closet 41 SF

(Type B) Closet 30 SF

Balcony 122 SF

Type B (Type B) Bedroom 156 SF

(Type C) Bathroom 74 SF

(Type C)Bathroom 71 SF

TYPE B (Type C) Bedroom 157 SF

(Type B) Bedroom 157 SF

(Type B) Living Room 216 SF

(Type B) Living Room (Type C) Bathroom (Type C) Bedroom (Type C) Closet

(Type B) Bedroom 156 SF

(Type C)Bathroom Balcony Corridor

Floor Plan (1/16”=1’) 24

UNITS - AXONOMETRIC RENDERING

Single Bedroom Unit (Type A)

Double Bedroom Unit (Type B)

Triple Bedroom Duplex Unit (Type C)

UNITS - EXPLODED DIAGRAMS OF EACH UNITS Axonometric Views

Single Bedroom Unit ( Type A)

Double Bedroom Unit (Type B)

Triple Bedroom Duplex Unit (Type C)

Residence Residence for Mr. Deepal bandhari. Simple 3 storey Residence in Nepal with 3 bedrooms. Modern design with cubes and bright colors in a 2500 Sq. ft site area.

Floor Plan

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Ground Floor Plan

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First Floor Plan

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Elevation & Section

URRI IORRU

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VW IORRU

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Front Elevation

Side Elevation

Section