murshidayeasmin comm folio 2015

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MURSHIDA YEASMINARCHITECURE PORTFOLIO

2015

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C O N T E N T1. RESUME 3

2. RENDERS : VRAY 4-17

3. PARAMETRIC DESIGN : GRASSHOPPER 18-25

4. 3D PRINTING & PHOTOGRAPHY 19-33

5. DRAWINGS 34-37

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EDUCATION & QUALIFICATION

Bachelor of Architectural Design 2016Monash University (ongoin) (expected date of completion)

Bachelor of Interior Architecture 2013Monash University (resumed) Diploma of Art and Design (Architecture) 2013 Monash University IELTS (Score: 7.0) 2012

South Australian Matriculation (Year 12) 2011 (Mathematical Studies, Specialist Mathematics, Physics, Chemistry, Information Technology)Taylors College, Malaysia

SKILLS & ABILITIES •Manual Skills : Model Making Hand Drafting ( Excellent attention to detail) Drawing and Sketching (Achieved High Distinction in Draw ing Class) Casting: Contrete, Plaster

•Technical Skills : Photography 3D printing Laser Cutting

•Software: Rhinoceros Grasshopper AutoCAD

Adobe Illustrator InDesign Photoshop

INTEREST

Architecture: Sustainable Architecture, Metabolism, Origami.Others: Culinary Art, Painting, drawing, sketching and exploring new techniques and medium.

PERSONAL DETAIL

DOB: 14/ April/ 1993Nationality: BangladeshiEmail:[email protected]@student. monash.eduAddress: Wellington Rd,Clayton,VIC- 3168Mobile:+61423793044

LANGUAGE Bangali - NativeEnglish - Fluent

VOLUNTEER & CHARITY WORK

Jaago foundation : 2010Distributed food, clothes and money to underprivileged children. Organized a day trip at an amusement park on children’s day.

Oggro:2010Protested against drug abuse by alerting people about it and getting people to sign petitions. This enabled me to understand people from differ-ent life style and improved my communication skills. WORK EXPERIENCE

Nabisco Biscuit and Bread factory Ltd, Bangladesh: 2012Worked as a probationary as-sistant in 2012 for two months on development of new prod-uct packaging and redesign and refinement of package designs for existing products.

OJECTIVE

To enhance my knowledge and experience in Architecture and work in a well- recognized architec-ture firm that focuses on sustainable design and innovative technologies and fulfil people’s need with aesthetic and functional design for the betterment of the world.

RESUME

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1. RENDER : VRAY

Project Name: Wozoco ApartmentsAlternative Name: 100 Wozoco, OklahomaArchitects: MvrdV - Winy Maas, Jacob van Rijs and Nathalie de VriesLocation: Amsterdam-Osdorp, The NetherlandsAddress: Reimerswaalstraat 1 1069 AE AmsterdamBuilding Type: ResidentialDesign/Construction Dates: Design [1994 - 1997], Construc-tion= [1994 - 1997]Completion Date: 1997Client(s): Woningbouwverening Het Ootsen Housing Association, Am-sterdam, The NetherlandsSize: Total= 7500

Wozoco is a residential building situated in Amsterdam, The Nether-lands, designed by a group of dutch architects, MvrdV.MvrdV aim to accomodate 100 appartments as demanded by thier client but the zoning regulation of the surrounding areas restrainted the structure to contain only 87 appart-ments and maintain the regulation by allowing sufficient sunlight expo-sure to the surrounding.MvrdV resolved this solution by cantilevering the remaining 13 units on the north facade which mets the requirements of the zoning regula-tion and the client.

This is a render of Wozoco Appart-ment in the day light. Tools used for this drawing: Rhino, Vray and Pho-tosop. The environment created for this render is made from mimicking photographs of the building. I de-cided to show this perspective of the building as it aesthetically displays the cantilevering units

A photograph of MvrdV(Winy Maas, Jacob van Rijs and Nathalie de Vries)

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1. RENDER : VRAY

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1. Interior of the apartment with belcony view (Ruby 2013, 35)2. Internal view of the cantilever units on 8/9th floor showing the structural trusses (A+U 1997, 55)3. Internal view of the cantilever units on 6th floor showing the struc-tural trusses. This photo was also used as an example for the render on page 4 and 5. (A+U 1997, 55)4. Interior of the apartment with furniture. (Naomi 2002) 5. Threshold (A+U 1997, 57)6. Interior of of the cantilever unit on the 6th floor displaying the struc-tural trusses and furnitures (Ruby 2013, 35)7. Wozoco Terraces, South-East Ele-vation (Ruby 2013,34)8. North-East facade. Side view of the cantilevered units (Ruby 2013, 34)9. North-East facade with 13 of the cantilevered apartments. (Ruby 2013, 34)10. Side Facade and the main en-trance of the building. (Ruby 2013, 34)11. South-West facade (Ruby, 2013)12. View of the cantilevered Apart-ment and the surrounding from the corridor. (Ruby 2013, 33)

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1. RENDER : VRAY

This is a internal view of Wozoco Appartments at the corridor of the building.

The focal points leads the eye to the other side of the threshold making it appear more demensional. This scence is at the night time, thus illuminated interior and the darkness outside allows the window glasses to be more reflective.

Another internal render of this build-ing is displayed on page 4 and 5. This perspective is the interior view of the cantilever unit on the 6th floor.

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1. RENDER : VRAY

This render is just after sunset set, at twilight which allows sufficient de-tails to be shown without too much exposure. The blue gradrient of the render also makes it seem more night like.

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1. RENDER : VRAY

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1:300 Plan

1:300 South West Elevation

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1. RENDER : VRAY

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1:300 Section

1:300 North East Elevation

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1. RENDER : VRAY

Parti Diagram

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western red cedar plate (timber)

prefabricated hollowed-concrete

structural steel frame

window frame

glass

Tectonic Diagram

Program

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3. PARAMETRIC DESIGN : GRASSHOPPER

The outcome of this project was to create parametric design using Rhi-no plug-in, grasshopper.

Using grasshopper complex model-ling is possible and it also made it easier to make alteration and make prototypes and iterations rapidly.

I created two types of parametric design. One using surface contour and the other using fields.

With the surface contour I created a wave like surface and projected it. The facade is created with all the fragments with an dimentional wave like structure.

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Using field I have generated patterns . The curves are interrelated to each other.

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1:300 North East Elevation

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1:300 Section

1:300 Plan

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4. 3D PRINTING & PHOTOGRAPHY

A section of the case study model was cropped and re-modelled to 80mm/80mm/80mm. This chunk of the model illustrates the parametric form generated from the rhino plug in, grasshopper.

3D printing is for iterations of a project and also useful for model-ling complex structure which maybe difficult to do by hand.

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5. DRAWINGS

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5. DRAWINGS

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THANK YOU !

murshidayeasmin comm folio 2015

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