DESIGN

13308009

Nurul Islam Fall - 2015

DESIGN

13308009

Nurul Islam Fall - 2015

OBSERVE.DRAW.MAKE.

EXPLOEING.EXPO.

BOAT.MUSEUM.

kites aretetherd flying object using aero-dynamic liftfrom the ground

Surface shapes of the kites determine the type of kite and its capability to fly high .tfly high .t

types of kites:monoplane monoplane flexible stiffned rigid wing biplane multiple.

Top ViewScale: 1/8”=1’-0”

Project: 1Duration: 1 week

Topic: make an unit moduleacknowledgement: B.K.S. Inan

Saika Iqbal MeghnaEmil TheodoreE.T.F.E.

Objective of this project was to make a deployable or temporary structural design for any purpose that it can serve even can be an installation. Volume was fixed and i have chosen 20’X20’X20’ module to design this structure.

As our world is degrading because As our world is degrading because of the environmental issues, it also had to ensure green environment. Recycle Reuse Reduce

Maximum height 14’

Maximum height 20’

Maximum height 17’

OBSERVE. DRAW. MAKE.

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Isometric projection

North Elevation

E.T.F.E. mesh

E.T.F.E. mesh,

North Elevation

North ElevationWest Elevation

East Elevation

South Elevation

Light weight struc-tures was the base idea of structure design. Plastic type material for the covering surface and bendable steel pipes for the compression for the compression member.

E.T.F.E plastic sheets were the surface material and the metal rigid members were hollow pipe acting as a kyto-skel-eton.

Because of its aero-dynamic shape it also acts as wind catcher. shapes of individual surface was inspired from kites shape and its property.property.

tensegrity structures are very rare to find in man made structures, often in robotics and space trav-elling. But in our world it is integrated in our own body strucure system.

we knew that our body has continuous compres-sion structure, which is wrong we are based on continious tension struc-ture, known as tensegrity

I intended to make such structure which will act like one we have.this is a simple protoype this is a simple protoype and very basic idea. the range of this structure is very high and can be used in multi-functionalmatters.

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Exploring.Expo.

Project 2Duration: 3-1/2 weeks

Topic: Design world trade fair Bangladesh (EXPO)

Ecknowledgement: B.K.S. InanSaika Iqbal Meghna

Emil theodoreEmil theodore

Voronoi tesseletion Towards form finding. To difinine circulation and the masses, the lines acts as the guiders. All the masses are arranged in such a way so that all of them have courts and no backside. means circula-tion is continued all around the masses.

Voronoi tesselation is commonly used in urban designs to find approximate closest distances. like to find a hospital choosing between two which one is shorter and less time consumng

Voronoi tesselation

Ground floor PlanScale:1/128”=1’-0”

In mathematics, a Voronoi diagram is a partitioning of a plane into regions based on distance to points in a specif-ic subset of the plane. That set of plane. That set of points (called seeds, sites, or generators) is specified before-hand, and for each seed there is a cor-responding region consisting of all points closer to that seed than to any other. These regions are called Voronoi cells. The Voronoi diagram of a set of points is dual to its points is dual to its Delaunay triangula-tion. Put simply, it's a diagram created by taking pairs of points that are close together and drawing a line that is equidistant between them and perpen-dicular to the line connecting them. That is, all points on the lines in the diagram are equi-distant to the near-est two (or more) source points.

20 points and their voronoi cells

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voronoi maze is a playground for chil-dren where they can play with their frnds and even with adults. The maximum height of the voronoi maze is 4’-6”. This maze is is 4’-6”. This maze is designed in such a way so that all the walls can be operat-ed. there is a high ground beside it for more safety.

Section through site AA’

Section through site BB’Scale:1/64”=1’-0”

Scale:1/64”=1’-0”

Scale:1/64”=1’-0”

Scale:1/64”=1’-0”

Scale:1/64”=1’-0”

Floor plans showing structural detail some elements or objects which can be dis-played.

Detail structural daiagram showing structural detail floor plate assembly shell members placement skain material.

Ground floor

First floor plan

Third floor plan

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Information

store

home automationshops

Electronics shops

Technolgy shops

Cafe,food courts

souvenior shopssun path impactwind direction

control, recreation structures

major stalls

open green courtvehicular circulation

pedestrian circulation

Circulation diagram

Types of activity and people

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Though all the masses were made in a module but individu-ality was ensured in such a way so that each and every building can be identified.

exposition for different objects, materials, even ideas are to be displayed here and to ensure these multiple building type was made like seminar hall space, playground for children, food facilitie, entertainment etc.

For pedestrian circulation the For pedestrian circulation the site was divided in an organic way for a delightful walk. It also creates a problem of comlexity of being lostbut the form’s shapes are designed in such a way so that the pathay can be found easily and can be brain found easily and can be brain mapped.

Night time render

Day time render

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BOAT MUSEUM

A museum (/m-ju̍ziːəm/; myoo-zee-um) is an institution that cares for (conserves) a collection of artifacts and other objects of artistic, cultural, hisartistic, cultural, his-torical, or scientific importance and makes them available for public viewing through exhibits that may be permanent or temporary.[1] Most large museums are located in major cities throughout the world and more local ones exist in smaller cities, towns and even the countryside. Museums countryside. Museums have varying aims, ranging from serving researchers and spe-cialists to serving the general public. The goal of serving researchers is increas-ingly shifting to serv-ing the general public.

Project 3Duration: 4-1/2 weeks

Topic: Meusem (any type)site: Shahbag national meuseum (fixed)

acknowledgement: B.K.S. InanSaika Iqbal Meghna

kabir sirkabir sirEmil Theodore

Site planScale: 1/512”=1’-0”

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landscape is defined as the background, an important ele-ment for designers. In this project the landscape is acting as a barrier for both noise and pollution, noise and pollution, the secondery ele-ment is the water body dividing the massing and the ground giving an

obstacle for control.banners and seats

are for all the common people.

Ground floor planScale: 1/64”=1’-0”

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Form Finding progression. Floor plans:

making simple shape of the hull

multishapes for repeata-tion of it

tranforming in a para-metric way

First floor planScale: 1/128”=1’-0”

Second floor planScale: 1/128”=1’-0”

Scale: 1/128”=1’-0”

Scale: 1/128”=1’-0”

Third floor plan

Floor plan @ -1’

This particular form was made out of octahe-dron, a pure polyhedron which was elongated along it orientation .All progression of the form is maintained in such a way so that it reflects same charectaristics both in plan and elevation.

there ware several pros and cons which were not solved during the time of the project like the structure interior solutions and electrical service and mechanical services. But altogether it reflects all the ideas. the landscape also has an impact on the building.

final form by adding those shapes

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North Elevation Scale: 1/64=1’-0”

East Elevation Scale: 1/64=1’-0”

Section through AA’ Scale: 1/64=1’-0”

Section Through BB’Scale: 1/64=1’-0”

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