Architecture Portfolio 2018 - An Amalgamation of Works

JACK WALKER ARCHITECTURAL PORTFOLIO 2018

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JACK WALKER

E: jackwalker0608@gmai

M: 02782

I: @jackwalkerarchite

W: www.jackwalkerarchitecture.myportfoli

SKILLS Software Knowledge Rhinoceros 5/6 + Vray Sketchup Pro 3DS Max Grasshopper w extensions Revit + Dynamo Adobe Suite Autocad Javascript Python C# Laser Cutting 3D Printing Analogue Modelling CNC Routing

NATIONALITY: Kiwi HOME: Christchurch/Wellington NZIA STUDENT MEMBER

il.com

STUDiO MEMBER

288065

SANNZ MEMBER

ecture

io.com

EDUCATION VICTORIA UNIVERSITY OF WELLINGTON: 2017 - TBD CHRISTCHURCH BOYS’ HIGHSCHOOL: 2014 - 2016 ST. BEDE’S COLLEGE: 2012 - 2015

ACCOLADES VICTORIA UNIVERSITY OF WELLINGTON - DEANS LIST FOR ACADEMIC EXCELLENCE: 2017 NCEA LEVEL 1/3: Achieved with Merit NCEA LEVEL 2: Achieved with Excellence

EXHIBITIONS VICTORIA UNIVERSITY OF WELLINGTON - RNDR2018 END OF YEAR EXHIBITION: Renders and Models SARC261 END OF COURSE EXIBITION 2018: Terminus - Featured Project 2

COMPETITIONS BRICK BAY FOLLY COMPETITION 2018: Current WIP with Maria Walker of Harrison Stringfellow Architects SANNZ 24HR COMPETITION: Honorable Mention with Hadleigh Armstrong, Bhavya Gajjar, Charlotte Chen, Alison Xie and Sheena Pindoria

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AGE: 20

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TABLE OF CONTENTS

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HATAITAI ARTIST’S RESIDENCE

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Hataitai Artist’s Residence is a a single-person dwelling and workspace located in Hataitai, a small suburb in Wellington, New Zealand.

Developed parametrically, the design was developed in direct response to a big problem on the site; a 1:1 4m tall slope that existed at the rear end of the site.

The location on site was chosen through an algorithm written in Grasshopper that chose the worst location on site, and a form was derived based on the parameters at that location; slope height, slope angle and contextual building height.

1_Hataitai Artist’s Residence_Exploded Isometric

The end result is an organic form with 4 floors, all accessed through a revolving lift, with the top floor having 360 views over the surrounding village and greenbelt.

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TERMINUS

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2001

2006

2016 5

Terminus is a conceptual pavilion, developed in response to glacial retreat, a negative effect of climate change. Taking influence from the primitive D.O.C Huts that line the mountain ranges in the area, this pavilion is perched above Hooker River, and looks out over Hooker Glacier Terminal Lake and Aoraki - Mt. Cook.

2_Cut-Away Perspective 3_South Section 4_South Perspective Section 5_Hooker Lake Sizes

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6_Concept Isometric Drawing

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7_Concept Exploded Isometric Drawing

PAGE 18 OF 81 81 8_Entryway Perspective

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9_exterior view

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10_lake view

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PAGE 24 OF 81 81 11_planar cut-away

PAGE 25 OF 81 12_sectional cut-away

PAGE 26 OF 81 81 13_1:20 sectional model diagram

PAGE 27 OF 81 14_1:50 site model diagram

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THE ARCHITECTURE CENTRE

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The Architecture Centre is a design proposal for a gallery, library and cafe space on the corner of Cuba and Webb Streets in Wellington.

The design concept for the space was a flipped threshold space, responding to the movement of crowds.

15_Webb Street Elevation

When people move in a singular fashion, their movements are fairly linear. When they move in crowds, their movements change in response to their surroundings.

This entire design proposal is focused on influencing crowds and direction their movements into areas of compression and release.

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Library

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Lower level access

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Exterior crosswalk

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Gallery level one

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Co-working space

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To upper level/library

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Central alleyway/ communal areas Gallery level 0

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Cafe

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Storage

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BOH

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Toilet

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18_Gallery Perspective

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19_Webb Street Window Perspective

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20_Plaza Perspective

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21_Library Cutaway Section

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YOUNG PROFESSIONALS

DEVELOPING FAMILIES

A SEA OF ISLANDS STUDENT APARTMENTS

STUDENT FLATS

ESTABLISHED FAMILIES

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New Zealand has a housing crisis.

Arlington is a suburb is Wellington that is in need of an upgrade. Developed by Sir Ian Athfield in the 1960s, Arlington is now a place of drugs and crime. The first stage of redevelopment is currently underway, with the second stage to come.

This is a design proposal based on a theory developed at the University of Fiji, and is focused around combining a variety of people together to create a unified suburb.

22_Site Plan

Every New Zealander has a unique sense of place, and this sense of place is often linked to New Zealand’s natural landscape. A Sea of Islands is a design proprosal which creates “islands”/sub-suburbs with a unique identity to that area, sitting within a larger suburb. Each region houses a different demographic, and these suburbs join together to create a unified Arlington, through their connection to a newly formed landscape of islands.

HOUS TYPOL

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SING LOGIES PAGE 45 OF 81

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27_Young Family Zone

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28_Yo Pro Central Courtyard

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29_Established Family/Student Junction

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30_Student Zone

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31_Student Accomodation Space

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HATAITAI CULTURAL CENTRE

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Hataitai Cultural Centre is a large complex with 4 wings; a gallery, a music venue, a public gallery for the artist’s residence and a private residence for the artist-inresidence.

The design focuses on a journey of compression and release, on arrival and departure, and a transition from one space to the next, from darkness into lightness.

32_Rear Stair Case

This project had to be developed through montage.

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33_Main Entrance

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ORONGORONGO D.O.C HUT

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This set of construction drawings is for a conceptual D.O.C Hut in the Orongorongo Region of Wellington. Constructed using Glulam and timber, this DOC Hut houses up to 20 people at once, and sits next to an estuary.

The design was worked through in 4 stages: 1. Initial Concept Planning - Physical Model and Sections 2. Plan, Section and Elevation 3. Junction Detailing 4. Red-Penning and Extruded Drawing Model

34_Main Staircase 35_Rear Exit 36_Top Courtyard 37_Rear Courtyard 38_Main Music Venue Space 39_Main Gallery Space 40_Dimetric Structural Drawing

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corrugated steel cold roof, grey, fixed to 200 x 45 H5 g perlins, fixed at 900 cnrs

18 x 45 H5 roof batten fixed at 900 cnrs to 200 x 45 H5 GL8 glulam roof purlins, fixed at 900 cnrs

90 x 45 H3.1 timber guardrail with cross bracing, posts fixed at 1500 cnrs to 200 x 45 H5 treated glulam joist

painted glulam roof

200 x 45 H5 treated GL8 glulam purlin 165 R3.6 PET roofing insulation

90 R2.5 PET wall insulation 13 x 2400 x 12 toughened and waterproof plasterboard, fixed to 18 x 45 H3.1 timber battens, at 600 cnrs

18 x 45 H3.1 timber battens, fixed to 150 x 150 H5 treated GL8 glulam column

200x 45 H5 treated GL8 glulam joist 450 x 90 H5 treated GL8 glulam beam

25 R0.73 PET acoustic insulation, fixed to ceiling joists with 50 plastic tape 18 x 45 H3.1 timber batten fixed at 400 cnrs to 150 x 150 H5 treated GL8 glulam column

150 x 150 H5 treated GL8 glulam column

9 x 1200 x 3000 cement weatherboard shiplap panels, fixed to 18 x 45 H3.1 timber battens at 400 cnrs 100 R1.8 PET underfloor insulation

450 x 95 H5 treated GL8 glulam beam

450 x 750 concrete blocking, 100 from groundline, fixed to 150 x 150 H5 treated GL8 glulam columns

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450 x 95 H5 treated GL8 glulam ridge beam

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13660

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corrugated steel cold roof, painted grey, fixed to 200 x 45 H3.1 glulam roof perlins, fixed at 600 cnrs

1000 x 3050 double glazed fixed skylights, with aluminium frames

3500 x 2200 double glazed sliding door, aluminium frame 850 x 1100 double glazed fixed window, aluminium frame 2750 x 2200 double glazed sliding door, aluminium frame

90 x 45 H3.1 timber guardrail with cross bracing, posts fixed at 1500 cnrs to 200 x 45 H5 treated glulam joist

200 x 45 H5 treated glulam joist, fixed to 150 x 150 H5 treated glulam column and 450 x 95 H5 treated glulam beam, fixed with M18 375 galvanised bolts, 200 cnrs 150 x 150 H5 treated glulam pile/column, 1000 deep foundation, concrete footing

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200 x 45 H5 treated glulam GL8 perlin, fixed to 450 x 90 H5 treated GL8 glulam rafter

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165 R3.6 PET roofing insulation

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18 x 45 H5 treated pinus radiata counterbatten

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18 x 45 H3.1 pinus radiata roof batten fixed at 900 cnrs to 18 x 45 H3.1 treated counter battens fixed at 900 cnrs

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2400 x 1200 13 hardened and waterproof plasterboard, fixed at 300 cnrs to 18 x 45 H3.1 treated pinus radiata ceiling batten

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2 semi permeable building wrap

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Galvanised steel corrugated roofing iron, fixed at 900 cnrs to 18 x 45 H3.1 pinus radiata roof batten

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Alumnium window fixed window frame, fixed to 18 x 45 H3.1 pinus radiata counterbatten

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Aluminium window flashing, fixed to aluminium window frame and 18 x 45 H3.1 treated pinus radiata counterbatten

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100 x 800 x 3050 glass skylight, fixed to aluinium with supplier specified adhesive

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90 R2.5 PET wall insulation

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90 x 45 H3.1 Treated Pinus Radiata Stud

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18 x 45 H3.2 treated pinus radiata batten

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Manufacturer specified aluminium window frame for double glazed window

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Manufacturer specified double glazed glass

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3 semi permeable building wrap

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2 x 150 aluminium window flashing

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Untreated dressed pinus radiata sill board, painted white H3.1 treated pinus radiata sill board, painted grey

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9 x 1200 x 3000 cement weatherboard shiplap panels, fixed to 18 x 45 H3.1 timber battens at 400 cnrs

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150 x 25 untreated dressed pinus radiata header

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25 x 150 untreated dressed pinus radiata sillboard

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9 x 1200 x 3000 cement weatherboard shiplap panels, fixed to 18 x 45 H3.1 timber battens at 400 cnrs

aluminium corner connector, specified by weatherboard manufacturer 18 x 45 H3.1 treated timber batten 90 x 45 H3.1 treated timber stud

150 x 150 H5 treated GL8 glulam column

25 R0.78 PET acoustic insulation 18 x 45 H3.1 treated horizontal timber batten, fixed at 600 cnrs to 150 x 150 H5 treated GL8 glulam column 90 R2.5 PET wall insulation, adhered to 3 thick semi-permeable building wrap 9 x 2400 x 1200 toughened and waterproof plasterboard, painted white, fixed to H3.1 timber battens at 400 cnrs

PAGE 75 OF 81 9 x 1200 x 3000 cement weatherboard shiplap panels, fixed to 18 x 45 H3.1 timber battens at 400 cnrs 90 R2.5 PET wall insulation, adhered to 3 thick semi-permeable building wrap 90 R2.5 PET wall insulation, adhered to 3 thick semi-permeable building wrap

18 x 45 H3.1 treated timber batten

150 x 150 H5 treated GL8 glulam column 90 x 45 H3.1 treated timber stud

200 x 45 H5 treated GL8 glulam joist 450 x 90 H5 treated Gl*8 glulam beam

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9 x 1200 x 3000 cement weatherboard shiplap panels, fixed to 18 x 45 H3.1 timber battens at 400 cnrs 90 R2.5 PET wall insulation, adhered to 3 thick semi-permeable building wrap

18 x 45 H3.1 treated timber batten 150 x 150 H5 treated GL8 glulam column 150 x 90 H3.1 treated timber stud 90 x 45 H3.1 treated timber stud 9 x 2400 x 1200 toughened and waterproof plasterboard, painted white, fixed to H3.1 timber battens at 400 cnrs 18 x 45 H3.1 treated horizontal timber batten, fixed at 600 cnrs to 150 x 150 H5 treated GL8 glulam column

200 x 45 H5 treated GL8 glulam joist 450 x 90 H5 treated Gl*8 glulam beam

PAGE 77 OF 81 9 x 1200 x 3000 cement weatherboard shiplap panels, fixed to 18 x 45 H3.1 timber battens at 400 cnrs 90 R2.5 PET wall insulation, adhered to 3 thick semi-permeable building wrap 18 x 45 H3.1 treated timber batten 90 x 45 H3.1 treated timber stud 25 R0.78 PET acoustic insulation 150 x 150 H5 treated GL8 glulam column 150 x 90 H3.1 treated timber stud 18 x 45 H3.1 treated horizontal timber batten, fixed at 600 cnrs to 150 x 150 H5 treated GL8 glulam column

9 x 2400 x 1200 toughened and waterproof plasterboard, painted white, fixed to H3.1 timber battens at 400 cnrs

7600

4280

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corrugated steel cold roof, painted grey, fixed to 200 x 45 H5 glulam roof perlins, fixed at 900 cnrs

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165 R3.6 PET roofing insulation

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18 x 45 H3.1 roof batten fixed at 900 cnrs to 200 x 45 H5 GL8 glulam roof purlins, fixed at 900 cnrs

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450 x 90 H5 treated GL8 glulam rafter, fixed to 150 x 150 H5 treated GL8 glulam column, secured with 200 x 45 H3.1 GL8 glulam collar ties

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2200 x 1000 timber door, inwards opening

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9 x 1200 x 3000 cement weatherboard shiplap panels, fixed to 18 x 45 H3.1 timber battens at 400 cnrs

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1000 high, CLT guardrail, finished with 75 x 75 circular handrail, fixed at 1000 cnrs with M8 24 stainless steel hexbolts

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18 x 45 H3.1 timber batten fixed at 400 cnrs to 150 x 150 H5 treated GL8 glulam column

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3 semi-permeable building wrap

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90 R2.5 PET wall insulation

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cavity

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25 R0.73 PET acoustic insulation

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90 x 45 H3.1 timber guardrail with cross bracing, posts fixed at 1500 cnrs to 200 x 45 H5 treated glulam joist

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13 x 2400 x 12 toughened and waterproof plasterboard, fixed to 18 x 45 H3.1 timber battens, at 600 cnrs

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450 x 95 H5 treated GL8 glulam beam

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450 x 750 concrete blocking, 100 from groundline, fixed to 150 x 150 H5 treated GL8 glulam columns

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MODEL PHOTOGRAPHS

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THANK YOU

Jack Walker 027-8288-065 jackwalker0608@gmail.com @jackwalkerarchitecture www.jackwalkerarchitecture,myportfolio.com