Priya Grimes Academic Portfolio part 2

Page 1

Plant Research Facility

ARCH2100, SEMESTER 1 2020

In this project, the aim was to revitalise Hanlon and Jones Park, a now socially stagnant space that attracts little community life. The brief was based on an existing council proposal to initiate environmental repair in the flood prone space. The project asked us to propose a glasshouse, research facility and community hub and situate them in an overall planning strategy for the park.

PRIYA GRIMES ARCH 2100
RIYA GRIMES RCH 3200 RI R GR GRI ARC RC 3220
Plan Arrangement New form taken from the existing Hanlon Park shape First Concept
Form Finding Sectional Investigation PRIYA GRIMES ARCH 2100
Digital Model Development

Glasshouse

Site Diagram N
Community Centre Research Facility
Repeated Glasshouse and Viewing Dech
Bike Path Pathway for bikes
and Pedestrians Bridge Trees Open Grass Community Garden Permanent Water 1.5mm Lowered Flooding 2.5mm Lowered Flooding Residential Housing High Rise Housing Carpark Commercial Use Streets PRIYA GRIMES ARCH 2100
Green Terraced Seating Pedestrian Walkway
(risen)
Roof Plan
Admin Plans & Sections 1:200 2m10m N Glasshouse Plan and Section PRIYA GRIMES RCH 3200 RI R GR GRI ARC RC 3220 YA H
Research Centre
3D Collages PRIYA GRIMES ARCH 2100
Internal Greenhouse Collages PRIYA GRIMES ARCH 2100

ouse For A Collector

This project came from a ‘magic mat’ assignment at the beginning of the semester, where we were instructed to find the optimal clustered arrangement of 1x2m mats with magic properties. I decided to take my arrangement into the next project to explore how geometries could govern the design and expression of a house for a collector. Set in Mount Cootha, the house was to sit subtly in the landscape whilst showcasing the treasures of the collector in a grande interior.

H
PRIYA GRIMES ARCH 1201
ARCH1201, SEMESTER 2 2019
PRIYA GRIMES ARCH 1201
Model Photos
PRIYA GRIMES ARCH 1201
Model Photos
INNITIAL DIAGRAMS MAGIC MAT CLUSTER/PART 1 FLOOR PLAN
Innitial
Magic Mat Clusters/ Floor Plan Diagrams PRIYA GRIMES ARCH 1201
FIRST CONCEPT
Concept Diagrams
SECTION 1 Section 1 1:150 1.5m7.5m PRIYA GRIMES ARCH 1201
SECTION 2 Section 2 1:150 1.5m7.5m PRIYA GRIMES ARCH 1201
S#2
PLAN
PLAN Ground and Level 1 Plan
1.5m7.5m N
S2 PRIYA GRIMES ARCH 1201
S#1
GROUND
TOP LEVEL
1:150
S1
Isometric West Facing Detailed Section 1:20 @ A2 PRIYA GRIMES ARCH 1201
Exploded
SECTIONAL PERSPECTIVE RIYA GRIMES RCH 1201 Perspective Section RI R GR GRI ARC RC 1220

PAVILLION In-Transit

ARCH

1100, SEMESTER 1 2019

This project prescribed the design of a pavilion for bike parking and a social stop on the go for students on their way in to the University of Queensland. The site was situated adjacent to the green amphitheatre on campus and would require the removal of existing green life. For this reason, I decided to make my pavilion an organic pop in the landscape. Natural of form and artificial of colour and material. A pavilion that would pay artistic reference to the landscape and serve as an occupiable and functional ornament in the landscape.

PRIYA GRIMES ARCH 1100
PRIYA GRIMES ARCH 1100
Model Photos

Situating the Curves in the Site

Innitial Contour Line Drawing of a section of the tree Curves Extracted from the Drawing
Final Plan PRIYA GRIMES ARCH 1100
EAST SECTION Section 1 1:100 1m5m PRIYA GRIMES ARCH 1100
NORTH SECTION Section 2 1:100 1m5m PRIYA GRIMES ARCH 1100

ARCHITECT: CARLO SCARPA

STONE

PRECEDENT 1: Tomba Brion, Veneto,ItalyCarlo Scarpa

ALTERNATING GEOMETRIES

PRECEDENT 2: Casa TabarelliCarlo Scarpa

VERNACULAR ADAPTION

Scarpa

PRECEDENT 3: Fondazione Querini Stampalia- Carlo

central stair case lift core fire stairs Exhibition Workshop Studio Library Seminar Office Plant Storage Circulation Massing ClosedFacade ExplodedFacade
VS WOOD
SCARPA
RIYA GRIMES BLDG 3220 RI R GR GRI BLD L 3222
133 MARY STREET
STUDIO
5 4 3 2 Zelman Cowen Building University of Queensland, St Lucia, QLD 4067 S4540626; S4582402; S4580915; S4581804; CONT ACTS DN 1 G D E B 2 5 6 8 F 3 4 H I 3025 5700 5700 5700 2475 HR 7008 7008 6050 2739 7008 7008 3370 3025 5700 5700 5700 2475 2030 2775 AIRCON DUCTS AIRCON DUCTS MALE BATHROOMS FEMALE BATHROOMS PWD BATHROOM LIFT 1 LIFT 2 LIFT 3 STUDIO 310m2 LIBRARY 200m2 AIRCON DUCTS AIRCON DUCTS MALE BATHROOMS FEMALE BATHROOMS PWD BATHROOM LIFT 1 LIFT 2 LIFT 3 LECTURE HALL 175m2 LIBRARY 200m2 ELECT RISER FHR FHR ELECT RISER FHR ELECT RISER FHR A302 A302 A301 A301 A301 HYD RAN T ELECT RISER H Y D RAN T HYDRANT HYDRANT A302 A302 A301 C 7 9 Level 1 Floor Plan 1:100 @A1 Level 2 Floor Plan 1:100 @A1 N N PRIYA GRIMES BLDG 3220
East West Section 1:100 @A1
A-402 A-401 A-402 A-404 A-408 A-408 A-404 A-404 PRIYA GRIMES BLDG 3220
South North Section 1:100 @A1
A401 A401 A402 A402 A403 A403 A404 9 8 6 5 3 2 1
West Screen Elevation 1:100 @A1 North Screen Elevation
PRIYA GRIMES BLDG 3220
1:100 @A1
440 60 100 1330 200 30 80 30 147 1282 1425 34 80 34 12 80 12 550 340 10 130 600 200 240 101 600 100 280 32 80 20 57 20 15 27 15 546 320 52 838 162 827 13 10 817 372 135 64 162 87 750 300 10 45 20 17 20 45 6 0 912 250 303 147 1538 65 300 147 North Facade External Shading Detail 1:10 @A1 North Facade Internal Finn Detail 1:10 @A1 Woody SG 212 CWWS Sistema Legno Wood System coupled with G.James 451 double glazed window series. A unitised wooden curtain wall system with 2x 240x65mm timber members attached to an aluminium gasket holding a 24mm glazing system. Glazing comprised of 6mm vision E glass, 12mm air gap and 6mm TLE62 on clear glass. Aluminium sunshade attachment bracket Aluminium sunshade attachment bracket Petral Wooden raised computer access floor maintenance gantry maintenance gantry Woody SG 212 CWWS Sistema Legno Wood System curtain wall bracket 2x 50mm Bradford Fireseal curtain wall batts -/120/120 Galvanised sheet steel (1.2mm) smoke barrier sealed with fire mastic (fire mastic layed ontop of fire protection foam between the slab and curtain wall) Sqaure end sunshade outrigger attaching the shading system to the curtain wall through hex head screws Sqaure end sunshade outrigger attaching the shading system to the curtain wall through hex head screws Sqaure end sunshade outrigger attached to sunshade bracket through screw reinforcement and attaches the horizontal shading elements to the aluminium mullion Screws at 150mm centres attaches the extrusion to the outrigers 60mm aluminium extrusion from GJames 60mm aluminium extrusion from GJames * All external aluminium shading elements finished in a GJames made extra high durability powder coat. The customised colour chosen has been swatched from spotted gum timber to match the embalishemnts of the interior timber tower. The powder coating has a 20 year service life. 80x130 aluminium mullion at 2850mm centres 80x130 aluminium mullion at 2850mm centres Aluminium angled brackets supporting the horizontal shading elements Aluminium angled brackets supporting the horizontal shading elements Woody SG 212 curtain wall system adapted to a 65x220mm mullion that connects a 6mm panel of stained glass to the regular vision glass (6,12,6mm) *4 alternating vision panel modules have been made with a 300mm wide piece of stained glass on the right, left, bottom and top of the panel. Stained glass has been chosen to reference Scarpa s use of venetian glass and adapt it to the vernacular queenslander tradition. Wooden finn type 1 attached to the mullion through aluminium brackets thats are screwed into the timber. Wooden finn type 1 Wooden finn type 2 Wooden finn type 3 Wooden finn type 4 Wooden finn type 2 sandwhiched between type 1 and fixed with with wood glue Wooden finn type 3 fixed to the top 65mm wooden member of the transom with screws and glued to the underside of type 2 Angled timber tread fixed to the underside of type 5 with glue and secured into the bottom 65mm wooden member of the transom Wooden finn type 4 attached to the clt column through aluminium brackets that are screwed into the timber * The timber finn assembly is placed at 2850 centres, attaching to the mullions Dark chocolate spotted gum, a locally grown hardwood timber, has been chosen as the finn timber material. Again chosen to reference Scarpa s use of detailed wood decoration elements and adapt it to Queensland s tradition. The use of exposed wood aiming to create an intimate, homely work environment. PRIYA GRIMES BLDG 3220
250 188 40 168 120 5 35 280 40 20 147 829 147 300 200 250 250 250 500 250 200 200 200 1200 Joyner bolt has been chosen with a spiked timber head that grips into the timber and strengthends the hold when the bolt is tightened with the spinner . Niche made in timber to make bolt finish flush with the beam surface Half lap joint used to connect the 200x300mm beam with wood glue 200x300mm clt beam 250mm clt floor slab Timber tread around beam 250x800mm clt beam Steel wedge anchor fastends the steel stringer to the concrete slab 50x20mm steel stringer at 2246mm centres (every two mullions) 20m stainless steel tread support bracket Stainless steel grip strip 6mm toughened glass riser infill - the glass is used to lit in small fragments of natural light into the inhabited space underneath the podium stair and lecture hall theatre stairs. This space will be used as a lecture hall waiting area/student hang out. 400x600x20mm sandstone panels sourced from Gosford quarries around Australia * This sandstone to concrete wall assembly will be used around the podium level. Sandstone is a natural product that has shaped Australia s building landscape. Along with the wood used in the tower, the construction adapts Scarpa s use of heavy and light weight vernacular materials to the Queensland building tradition. Concrete treads will create an interesting stepped roof in the waitingarea. Rothoblaas pillar column to floor connection system transfers the load of the column to the floor slab and the next column 600x600mm clt column Bolt used at joint overlap to strengthen the beam 250mm raised Petral Wooden computer access floor - modular 600x600mm panel comprised of a 30mm gypsum and cellulose fibre panel which performs physically, mechanically and has high fire resistance and sound absorption, finished with a 4mm timber top surface. Petral Understructure ST2 pedestals on a 600x600mm grid wuth galvanized steel stringers Waterproof membrane 40mm air cavity Drilled Anchor SHMS Stainless steel fixing Fill with sealant Beam Assembly Detail 1:10 @A1 Podium Stair Detail 1:10 @A1 PRIYA GRIMES BLDG 3220
The glazing unit comprised of 6mm vision E glass, 12mm air gap and 6mm TLE62 on clear glass. The spandrel glazing replaces the 6mm vision glass with a Gjames colourlite screen in colour pewter. The unit interlocks into the gaskets. 6mm thick, 300mm wide stained glass panels alternate position on the vision glass panels. The wooden mullions, aluminium gaskets and glazing form individual, prefabricated 1425mm curtain wall panels with two spandrel panels and a vision glass panel. Aluminium sunshade attachment bracket fixes into aluminium gaskets with screws maintenance gantry sits on sunshade outriggers at 2850 centres Sqaure end sunshade outrigger attaching the shading system to the curtain wall through hex head screws fixing it to the bracket Sqaure end sunshade outrigger attached to sunshade bracket through screw reinforcement and attaches the horizontal shading elements to the aluminium mullion 60mm aluminium extrusion from GJames fix onto the outriggers with screws 60x32mm aluminium extrusions from GJames hang the lower horizontal shading element from the upper one through screw attachment 80x130 aluminium mullion at 2850mm centres Aluminium angled brackets supporting the lower horizontal shading elements The shading system comes to site prefabricated as a panel 4050mm (Floor to floor height) high and 2450 wide and attaches to the curtain wall through the sunshade bracket. (one shading panel slots into two curtain wall panels) Sunshade attachment bracket fixes into the mullion with screws reinforcement Woody SG 212 CWWS Sistema Legno Wood System: A unitised wooden curtain wall system with 2x 240x65mm timber members comprising the mullion and transom system. They are attached together with rubber fasteners. SG212 system coupled with G.James 451 double glazed window series. 65x100mm Aluminium gaskets attach to the load bearing wooden members with screws. The gasket system is composed with weather tight gasketing between the units. 250mm clt floor slab 250mm raised Petral Wooden computer access floor Pedestals set out in a 600mm grid are layn out on the top of the CLT floor to support the access floor. The head of the pedestal fits with the interlocking stringers and gaskets that is fixed with a six inch notch nut. The raised floor will aid in combating impact sound. 600x600 30mm tongue and groove wood panels are applied at the centres of the pedestals and fixed together using glue at the connection points (inspection hatches are applied in some areas to allows access to the service core which houses cable trays and data cables) Exploded North Facade Section Details PRIYA GRIMES BLDG 3220

Making Things Better Part 3

PRIYA GRIMES S4581804 BLDG3120 PRIYA GRIMES BLDG 3120
Longland St Redevelopment Proposal
Walking Path Vehicle Path Site Plan
- State Herritage Listed
Gasworks
60 City Glider note* scale at A1 @A1 PRIYA GRIMES BLDG 3120
393
Disability access ramps that comply with AS1428.1.10 have been added (1:14 steep) to provide access to the lift and retail spaces D2.13iii) Stair Risers changed to all be 166.67mm, with an additional run to rise the 1000mm in code fitting table D2.13 D2.17ii,iv,v) Stairs exceed 2m and hence hand rails have been added with a height of 865mm Barrier added to comply with AS1428.1:2009 11.2 D1.6 bii) The fire escape corridor has been increased to 1.8m to meet requirements D1.6 bii) The fire escape corridor has been increased to 1.8m to meet requirements D2.20 b) The fire escape doors have been changed to swing in direction of egress D1.2 e) The distance of travel from any point of the warehouse basment is more than 20m and hence a second exits is required and has been added AS289.1:2044 Section 2.4.2, Table 2.2 Aisle width has been increased to 6.2m to comply D1.4 ci) There is now a gap between the fire escapes of less than 40m, meaning that there is a distance of no more than 20m to a fire escape form any point on the plan D3.5 Table D3.5) 2 Disability carparks have been added to both carpark levels. 1 is needed for every 100 carparks minimum. There is 106 total normal park spaces, hence the minimum has been exceeded. AS289.1:2044 Carparks are 5.4 in depth and 2.53 wide, meeting requirements AS289.1:2044 The 300x1000 columns have been setback 750mm from the park front to meet requirements AS2890. 1:2004 Parking AS1421.1:2009 Disability Access NCC Ground Floor Plan 1:200 2m8m10m Level 2 Carpark Floor Plan 1:200 2m8m10m FFL 3.9 FFL 3 FFL 7.4
note* scale at A1
@A1 PRIYA GRIMES BLDG 3120
*Note that this plan is repeated on level 3
@A1
AS2890. 1:2004 Parking AS1421.1:2009 Disability Access NCC AS1428.1.15.2.8.1 2 disability toilets have been added per level to meet requiremnts and exceed the 1.9x2.3m minimum dimensions (2.1x2.9) Table F2.3) Assuming there are 155 people (10m2 per person), and 78 of each gender, 4 toilets are needed for females (1 per 20), and 2 urinals (1 per 50) and 2 toilets needed for a man, with 3 washbasins (1 per 30). These requirements have been met. *Note that this plan is the same for levels 4-6 without the internal walls and courtyard/void Level 7 Floor Plan 1:200 2m8m10m S1 6 S2 S3 11 S4 12 S5 13 S6 13 GBA,GFA,NLA Calculations: Plans 1:1000 note* scale at A1 Retail Space Foyer/Lobby Terrace (included in NLA on 2 levels but outdoor on 1) Warehouse/Basement Lift Core Fire Stair Core Top of Podium Outdoor Terrace Void (L8&9) Void (L8&9) Void (L8&9) @A1 PRIYA GRIMES BLDG 3120
Level 8 Floor Plan 1:200 2m8m10m Level 9 Floor Plan 1:200 2m8m10m S1 S2 6 S3 11 S4 12 S5 13 S6 13 DP1 12 DP2 11 S1 6 S2 6 S3 11 S4 12 S5 13 S6 13 note* scale at A1 @A1 @A1 RIYA GRIMES BLDG 3120 RI R GR GRI BLD LD B 3112
12.63m 6m 6m tower setback required on N,E,W 3m podium setback required on N,E,W 6.07m 3m East West Cross Section S1 1:200 2m8m10m North South Cross Section S2 1:200 2m8m10m note* scale at A1 @A1 @A1 PRIYA GRIMES BLDG 3120
160x80mm aluminium transoms 2x50mm Bradford Fireseal curtain wall batts -/120/120 G James Colurlite Graphic ceremic frit soandrel - with colourlite oriental pattern (ORI-013) in bronze orange - reduces SHG Anodised aluminium shading in storm grey -controlled oxidisation forms a more corrosion resistant surface -hot sealed to prevent fading and cracking -surface durability reduces UV & heat degredation - 20+ service life Double top hung awning window 24mm Crimsafe security and insect screen 600x600mm CLT column Australian Timber's 12mm tongue and groove 2400x1200 ply wood top with 3mm accoustic underlay 150mm service core for electrical & communication services - with steel pedestals at 600mm centres for the raised flor Curtain wall fixing angle 250mm CLT floor slab with 5 stacked layers of 50mm panels 400x800mm CLT beam 160x80mm aluminium mullions Wood Elements extrernal ironabrk cladding 68x21mm -class 1 durability rating - 50+ years service life - C1 21mm ironbark cladding arround steel truss frame L corner aluminium mullion Aluminium bracing hanger for horizontal shading attached to mullion Aluminium horizontal shade support attached to mullion Double glazed vision E glass - 6mm Grey, 12mm Air Gap, 6mm TLE62 on Clear - 29% VLT, 6% Ext Refl, 10% Int Refl - SHGC 0.23 - U-value 1.63 - Excellent thermal performance North Detailed Section S3 1:25 North East Detailed Plan DP2 1:25 North Elevation Extract 1:25 North Tower Elevation 1:200 NE Louvres can be kicked down to allow maintenance workers to suspend from the roof and slip through to clean the glass and moved back into place as they go back up 1500mm High planter boxes (including shrubbery) serve as partitions and storage Transoms have been set to 700mm above finished floor level so that the top of a standard desk will alligh, allowing maximum views through the vision glass panels 250mm1000mm 250mm1000mm 250mm1000mm 2m8m10m note* scale at A1 @A1 @A1 @A1 @A1 PRIYA GRIMES BLDG 3120
Australian Timber's 12mm tongue and groove 2400x1200 ply wood top with 3mm accoustic underlay 150mm service core for electrical & communication services - with steel pedestals at 600mm centres for the raised flor Curtain wall fixing angle 250mm CLT floor slab with 5 stacked layers of 50mm panels 160x80mm Aluminium mullion with 80x15mm central extrusion attaching to vertical fins Anodised aluminium vertical shading fin in storm grey -controlled oxidisation forms a more corrosion resistant surface -hot sealed to prevent fading and cracking -surface durability reduces UV & heat degredation - 20+ service life Double glazed vision E glass - 6mm Grey, 12mm Air Gap, 6mm TLE62 on Clear - 29% VLT, 6% Ext Refl, 10% Int Refl - SHGC 0.23 - U-value 1.63 - Excellent thermal performance 160x80mm aluminium transoms 2 50mm Bradford Fireseal curtain wall batts -/120/120 G James Colurlite Graphic ceremic frit soandrel - with colourlite oriental pattern (ORI-013) in bronze orange - reduces SHG 80x50mm timber top plate Bradford Soundscreen R2 70mm accoustic insulation 100mm timber wall -10mm gypsum plasterboard, timber stud, 10mm plasterboard Bradford Soundscreen R2 70mm accoustic insulation 80mm ceiling -with 10mm gypsum plasterboard 80x50mm timber bottom plate Double glazed vision E glass - 6mm Grey, 12mm Air Gap, 6mm TLE62 on Clear - 29% VLT, 6% Ext Refl, 10% Int Refl - SHGC 0.23 - U-value 1.63 - Excellent thermal performance G James Colurlite Graphic ceremic frit soandrel - with colourlite oriental pattern (ORI-013) in bronze orange - reduces SHG Wood Elements extrernal ironabrk cladding 68x21mm -class 1 durability rating - 50+ years service life - C1 80mm ceiling aligns with transom to seal the enclosed room 21mm ironbark cladding arround steel truss frame L corner aluminium mullion 160x80mm Aluminium mullion with 80x15mm central extrusion attaching to vertical fins Tie connecting fins to the mullion 80X50mm wall studs at 600mm centres Quiet joint SHG accoustic partition closure Mastic Silicon Sealing 160x80mm Aluminium mullions 100mm timber wall -10mm gypsum plasterboard, timber stud, 10mm plasterboard Bradford Soundscreen R2 70mm accoustic insulation Service cavity for mechanical ventilation 600x600mm CLT column 400x800mm CLT beam East Detailed Section S4 1:25 South East Detailed Plan DP2 1:25 East Elevation Extract 1:25 East Tower Elevation 1:100 250mm1000mm 250mm1000mm 250mm1000mm 250mm1000mm note* scale at A1 @A1 @A1 @A1 @A1 PRIYA GRIMES BLDG 3120
Internal wall meeting the base of the floor slab stops sound from flowing over the wall, creating an insulated barrier and hence an accoustically tight building envelope 80x50mm timber top plate Bradford Soundscreen R2 70mm accoustic insulation 100mm timber wall -10mm gypsum plasterboard, timber stud, 10mm plasterboard Bradford Soundscreen R2 70mm accoustic insulation 80mm ceiling -with 10mm gypsum plasterboard The ceiling cavity will cause the sound to loose more energy as it transmits through the different materials - also for mechanical ventilation Service cavity for mechanical ventilation Air Conditioning duct Gantry for maintenance Anodised aluminium peremeable screen in storm grey -controlled oxidisation forms a more corrosion resistant surface -hot sealed to prevent fading and cracking -surface durability reduces UV & heat degredation - 20+ service life 80x80mm Aluminium transom supports for sceen Wood Elements extrernal ironabrk cladding 68x21mm -class 1 durability rating - 50+ years service life - C1 Bradford Soundscreen R2 70mm accoustic insulation 220x110mm Box gutter 20mm Steel galvanised roof - 1degree angle Wood Elements extrernal ironabrk cladding 68x21mm -class 1 durability rating - 50+ years service life - C1 Steel truss frame G James Colurlite Graphic ceremic frit soandrel - with colourlite oriental pattern (ORI-013) in bronze orange - reduces SHG 200mm tall Z steel purlins Wood Elements extrernal ironabrk cladding 68x21mm -class 1 durability rating - 50+ years service life - C1 160mm wall with 21mm external cladding and 10mm internal gypsum plasterboad 129x50mm timber top plate 129x50mm timber lintel 129x50mm timber sill 129x50mm timber bottom plate Double glazed vision E glass window - 6mm Grey, 12mm Air Gap, 6mm TLE62 on Clear - 29% VLT, 6% Ext Refl, 10% Int Refl - SHGC 0.23 - U-value 1.63 Gantry for maintenance South Detailed Section S5 1:25 West East Detailed Section S6 1:25 South Elevation Extract 1:25 West Elevation Extract 1:25 250mm1000mm 250mm1000mm 250mm1000mm 250mm1000mm note* scale at A1 @A1 @A1 PRIYA GRIMES BLDG 3120
North Elevation 1:200 2m8m10m
note* scale at A1 PRIYA GRIMES BLDG 3120
South Elevation 1:200 2m8m10m

Under The CASSIA Tree

ART PROJECT 2018

PEN AND ACRYLIC ON PAPER WITH STRING

Capturing an element of my grandfathers life as augmented by his Parkinson's disease, the work pieces together his and my memories with him. The robust paint scrapes on scrap paper are stitched together with red string. Expressing his struggle to formulate clear links between his memories and express them coherently. Bringing colour and light into his life, natural fauna which he has studied his whole life and shared with his family is highlighted. The cassia tree at the bottom left stands outside his home in Yeppoon, a symbol of the tranquillity I feel returning there each year on holiday. The motor bike that he would ride between towns to court my grandmother in his youth, the vehicle that has driven his life and will continue to for the rest of his life. The sign on the top, Indonesian for welcome home, a sign I have walked past all my life, each year met with a figure gradually appearing less like the man I know. The text, entries from my night journal I used to keep as a kid, noting the constant comings and goings of the family of the night as I watched from the couch. The bottom right corner is left blank, it is what is still left to be filled and also where a video of my feet dancing in a silhouette projects. His movement is slowly decaying as is his mind, but he always sits there with a smile and an attentive ear.

PRIYA GRIMES

Decades

ART PROJECT 2021

PEN AND ACRYLIC ON PAPER WITH STRING

Thsi is a project in the works weaving together my most significant memories from my first 20 years. I plan to do one every 10 years to capture a story that can not simply beexpressed by photographs. Memory is something I hold very dear. Here two significant trees that defined place for me in primary and high school are growing together, their leaves will permeate throughout the peace.

PRIYA GRIMES

DANCing

What excites me about dance is the era of fusion of styles that we now live in. There is so much depth to the history of dance foundations and in the unique interpretations people and groups are making of them. I believe I have something to contribute to this global discussion and this is a stance I share with my view on architecture.

From a young age I began classical ballet training and continued to participate in dance activities in senior school in the school dance troupe from 2015-2018. It is here where I learnt jazz and contemporary and participated in dance showcases and local dance eisteddfods and national competitions with my group. When I was 17, I began to establish my own style of dance and was pulled in a less classical direction. For the past three years I have been heavily participating in Street Groove, the UQ Hip-Hop dance society as well as in other street dance circles. I have dedicated my free time towards learning new styles of dance including, hip-hop, locking, popping, house and waacking and developing my own fusion style from dance classes, jams, freestyle battle events, dance showcases, choreography competitions and video projects. Most recently, I have been choregraphing and teaching my first locking and hip-hop routine for stage.

PRIYA GRIMES

Water To Steam

Young Archirects Competition - Cultural Stations

For the competition design, I partnered with my friend Rebecca Jak on a project to revitalise the small Sardinian town of Elini for tourism. The brief left ample room for imagination and interpretation. Ftom a research based approach, our final project incorporated refferences to the island and town's train, cultural, and ancient roots. Culminating at the enlivened town centre, the proposal draws together an artists retreat and stay cabins on the fringe of town, providing a destination for intimate holidaying and relaxation. Whilst the sculptural heart of the town builds upon the simplified geometries of the sqaure, arch and circle to revive Elini's stature as a cultural station along the Sardinian journey. The heart comprises of the steam and clock tower at the hearth of the site, which offers a ritual practice to bind together the community. In addition, the ampitheatre and central precinct offer a sculptural playground for the community to meld and inhabit with their own sensibilities. The carriage boulevard offers small capsules that can cater to the flexible needs of a shop, bar or food truck in order to provide a market villiage at the centre of town.

2021
PRIYA GRIMES

WATER TO STEAM

Culminating at the enlivened town centre, the proposal draws together an artists retreat and stay cabins on the fringe of town, providing a destination for intimate holidaying and relaxation. Whilst the sculptural heart of the town builds upon the simplified geometries of square, arch and circle to revive Elini's stature as a cultural station along the Sardinian journey. The heart comprises of the smoke and clock tower at the hearth of the site, which offers a ritual practice to bind together the community. In addition, the amphitheatre and central precinct offer a sculptural playground for the community to meld and inhabit with their own sensibilities. The carriage boulevard offers small capsules that can cater to flexible needs of a shop, bar or food truck and provide a market village at the centre of town.

PRIYA GRIMES YAC

CARRIAGE MARKET

Along Elini’s historic train track can be found a series of “train carriages” along a track that can be occupied by any local business owners from food venders to hair dressers, clothings stores and the like. Functioning like an outdoor market, locals and tourists can visit permanent sellers and the town can hold community events in this large expansive outdoor landscape.

MUSEUM

Existing building along train tracks to be turned into a museum of Elini’s history. A history society can be formed in the town to collate stories of local families and their stories. This will give locals a chance to share their history with future tourists of the town.

CHURCH

It has been decided that the existing landscaping and public space adjacent to the curch should be left untouched. The considered design of the space is inviting and pleasant thus no intervention should take place in this area.

HOTELS

Allocated building sites in the suburban area of Elini are to remain as be with an interior renovation to accommodate bed and breakfast or hotel/hostel accommodation for tourists.

CENTRAL PRECINCT

Being in the centre of the town with the main road looping around it, this site has the opportunity to be an urban cartalyst for the town. Due to its close relationship with car traffic, the site should involve visits but not prolonged stays. In many large cities these points houes clock towers, ferris wheels, arcs of triumph and the like. This project proposes an urban playground culminating in a clock tower that involves a ritual for tourists and locals to partake in.

1 HAIR SALON

2 CASA MUSEO - MUESEUM OF OGLIASTRA HOUSE

3 GROCERY STORE

4 BUTCHER SHOP

5 BAR

6 HOTEL

7 BAR

8 CHURCH

9 GYM

10 HOTEL

AMPHITHEATRE

Across the road from the town’s new social precinct is a vast open site with remarkable views of the surrounding landscape. Also located adjacent to this site is the primary school. An amphitheatre takes advantage of the natural topography, frames views and provides school kids a destination to congregate before, during and after school. This amphitheatre also provides the opportunity for a semi-formal setting to host events like theatre and music productions.

CABIN ACCOMODATION

For nature seekers like the avid cycling community that passes this area on a famous bike route can stay in tiny home cabin accomodation in the forest reserves on the outskirts of Elini, still within a short walking distance of the town centre.

ARTIST RETREAT

The old olive oil mill will be renovated into a place for artists to gather and congregate to practise their discepline and disconnect.

MASTER PLAN 1:3000 Master Plan 1:3000 30m150m RIYA GRIMES YAC RI R GR GRI AY

WATER TO STEAM

The journey begins at an elevated platform floating abve a pool of water. Here, visitors collect a portion of water and understake passage through the tower - weaving through its walls as they ascend and discover a view of Elini’s expansive landscape. Their journey continues to a room behind the town clock with it’s silhouette framing another view. Culminating at the tower’s peak, is a bed of hot coal upon which the visitors tip their water. The coal exhales a gust of steam funnelled through the tower’s apex to signify their presence.

This ritual is inspired by steam locamotives to honour Sardinia’s historic train history and Elini’s connection to this story.

TOWER SECTIONS 1:50
PRIYA GRIMES YAC
Section 1:50 .5m2.5m
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ARTIST RETREAT PLANS 1:500 SECTIONS 1:250 1 2 3 4 5 6 7 8 9 10 LEVEL 2 LEVEL 4 1 Hostel open plan bedroom 2 Communal living zone 3 Artist studio
Artist Studio
Verandah paint space
Private bedrooms
Communal living zone
Artist Studio
Verandah open studio
Artist Studio PRIYA GRIMES YAC Artisr Retreat
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Research Proposal

Title Brick: A Cross Cultural, Vernacular, Contemporary Hybrid Research Question

How can pavilions be used to explore the development of cross-cultural, vernacular and contemporary, brick hybrids in archietcture, through the Danish building tradition and work of Per Kirkeby?

Aim

The aim is to distil a cross-cultural hybrid model for vernacular and contemporary design that reacts to the ecology, climate and landscape of the site, the technological advances in contemporary design of the epoch and the rich cultural history of brick architecture. This will be achieved through an analysis of the process and oeuvre of Kirkbey and the convergence of key motifs derived from Denmark’s core design principles and historical design influences from the Gothic, Baroque and Classical era and his personal influences from Greenland and ancient Maya and Greece.

Methodology/Methods

Literature and Pictorial sources

Significance

The homogenisation of building design around the world following the second industrial revolution and the rise of modernism and an ‘international style, neglected the aspects of environmental response and adaption to local context in architectural design1. An arsenal of machines operating ventilation and lighting replaced traditional design considerations and the need for vernacular archietcture to accommodate for unique climates and create unique archietcture2. In the context of an exponentially expanding technological word, it must be assured that a symbiosis between archietcture, ecology, landscape and climate is not lost in design3. Pavilions inhabit an intermediary zone between art and archietcture, outdoor and indoor and permeance and semi permanence, lacking the functional necessity for machines in most cases. In addition, they are largely uninfluenced and restrained by bureaucracy, economy, politics and program function4. Hence, they can be used to re-introduce cultural and naturalistic design back into the frame and explore the role vernacular archietcture can play in the technical age of contemporary design. This is highly relevant in Denmark, where their traditional core principles of humanism, craftmenship and connection to nature, are being replaced by developer driven economic and technological considerations in their push towards sustainable design5. Instead of proposing a return to vernacular styles, a cross cultural approach of sampling and re-imagining tradition in the contemporary context, is needed to ensure local and international building history is not lost in the push towards sustainable architecture. The research will also uncover how brick as a load bearing material has been largely lost and reduced to a tapestry façade treatment and highlight how it can re obtain its former solidity and power in a contemporary context6.

Fig. 3 Photograph. Per Kirkeby: Public Sculptures That Commemorate Nothing but Their Surroundings. ArchDaily, December 26, 2019. https://www.archdaily.com/930520/per-kirkeby-public-sculptures-that-commemorate-nothing-but-their-surroundings/5d531133284dd17376000097-perkirkeby-public-sculptures-that-commemorate-nothing-but-their-surroundings-photo.

In this case study, the labyrinth and its connection to Greek and Baroque ideas is the main underpinning motif that classifies the importance of this work to the hybrid study. Conceived as an open-air museum, Kirkeby defines this pavilion as a simplification of the labyrinth. It is achieved by drawing six simple alternating shapes, the circle and square, derived from the labyrinth geometry of Greece (Fig 4) and connecting them with simple extruded walls6. However, the openings are hidden around the shapes to incite a sense of lost passage and overwhelming by the brooding, heavy brick structure. The labyrinth invokes the concept of scenographic perspective used in Baroque archietcture, with the simple, pure geometry comprehensible from a bird’s eye view (Fig 6), but indiscernible from a human perspective, as a participant runs frequently into closed rooms and blind walls as can be seen in Figures 1,2&37 Other motifs included in this structure is natural erosion and the bonded, brick arch.

‘Labryinth’ - Antwerp, Belgium, 1995
Fig5.Kirkeby’sHybridFig6.Baroque:S’IvodellaSepienzaPlanGeometry -BaroqueMonumentality+GeometryMotif
Figures: Fig. 1 Photograph. Register 64 Thomas Bo Jensen The Built Structures of Per Kirkeby. Antwerp: Architecture & Landscape at Kingston, May 22, 2021. https://www.youtube.com/watch?v=ugGWWPoIDhU. Fig. 2 Photograph. Register 64 Thomas Bo Jensen The Built Structures of Per Kirkeby. Antwerp: Architecture & Landscape at Kingston, May 22, 2021. https://www.youtube.com/watch?v=ugGWWPoIDhU.
Fig4.GreekLabyrinthGeomerty -LabryinthMotif
Andreas Munch, “Embracing Cubism: Poul Henningsen's Negotiations of Danish National Traditions and International Modernism,” Art History 43, no. 2 (2020): 290. Ts B Dagdanova and M. B. Khadeev, "Humanization of Living Environment Quality is Indicator of Quality Life (Modern Danish Architecture Example)," IOP Conference Series.Earth and Environmental Science 751, no. 1 (April 2021): 5. Mikkel Poulsen and Michael Lauring, "The Historical Influence of Landscape, Ecology and Climate on Danish Low-Rise Residential Architecture," International Journal of Design & Nature and Ecodynamics 14, no. (June 2019): 98 Bjarke Ingels, National Building Museum, and Taschen, Hot to Cold: an Odyssey of Architectural Adaptation (Köln: Taschen, 2017), 9. Tobias Faber, New Danish Architecture (London: Architectural P., 1968), 8. Tobias Faber, A History of Danish Architecture (Copenhagen: Danske Selskab in cooperation with the American-Scandinavian Foundation, 1963), 72. Architecture & Landscape at Kingston. “Register 64 Thomas Bo Jensen The Built Structures of Per Kirkeby.” YouTube video, 2:45:51, May 22, 2021, https://www.youtube.com/watch?v=ugGWWPoIDhU Marian Donnely, Architecture in the Scandinavian Countries (Cambridge, Mass.: MIT Press, 1992), 148.
Fig.1LabyrinthArielviewFig.2LabyrinthInternalViewFig.3LabyrinthHumanHeightView

Per Kirkeby’s work strives towards a symbiosis between Archietcture, nature and history, through arid, angular, monumental red brick structures that are placed in the landscape as a large ornament, playing the line between sculpture and archietcture8. He merges the Danish vernacular influence having grown up in Copenhagen, with a rejection of modernism and an obsession with Mayan and Greek art and architecture into one melting pot of individualised motifs that distinguish his oeuvre9. What emerges is a model for design that is not tied to an international style and neither derivative of a national vernacular tradition. This is highly exemplified in this case study, which introduces the motif of the Greek meander pattern (Fig 8). The design employs the motif used as a border to define the edge condition between a shift in terrain and change in occupation between a public square and a parking lot (Fig 7)10. The wall is an example of the passageway work that Kirkeby explores in the late 80s and 90s11.A series of staircases lead the participant through the wall and directly to the other side, or along a meandering journey, weaving through and around the brick walls. The use of the solid stairs is a reference to the motif of the Mayan stepped pyramid (Fig 9). Kirkeby’s affiliation for monumentally is expressed through the red brick and derives dually from his travels to the Mayan ruins and his childhood in the neo-Romanesque built Danish town of Bispebjerg12. Kirkeby uses brick exclusively as his medium for all his built work, because he feels it evokes an atmosphere of gravitas and power that gives the building solidity and substance12. Furthermore, he sees his work as a hinge to pockets of bygone times and the memories and good craftsmanship they encompass13. Figure 4 highlights how this hybrid model assimilates into the local context of Danish tradition, whilst emanating aesthetic tension because of the rich layers of motifs that underpin his artistic expression.

Other motifs present in this case study is the flat arch and the passageway.

Fig10.Kirkeby’sHybrid Fig9.MayanPyramidPlan -Stepmotif
Figures: Fig. Photograph. Register 64 Thomas Bo Jensen The Built Structures of Per Kirkeby. Antwerp: Architecture & Landscape at Kingston, May 22, 2021. https://www.youtube.com/watch?v=ugGWWPoIDhU. Thomas Bo Jensen, Per Kirkeby / Archietcture (Hellerup: Edition Blondal, 2019), 6. 10 Bo Jensen, Per Kirkeby / Archietcture, 42. 11 Architecture & Landscape at Kingston, Register 64 Thomas Bo Jensen The Built Structures of Per Kirkeb, 1:20:50. 12 Architecture & Landscape at Kingston, Register 64 Thomas Bo Jensen The Built Structures of Per Kirkeb, 1:20:00. 13 Tobias Faber, A History of Danish Architecture (Copenhagen: Danske Selskab in cooperation with the American-Scandinavian Foundation, 1963), 72. 14 Bo Jensen, Per Kirkeby / Archietcture, 13. 15 Bo Jensen, Per Kirkeby / Archietcture, 62. 16 Bo Jensen, Per Kirkeby / Archietcture, 6.
Fig8.GreekMeanderPattern
‘Meander Wall’ - Aars, Denmark, 1993
Fig7.MeanderWallArielView

Kirkeby’s work runs deeper than a veneer of instantly discernible beauty, it has an internal substance and design skeleton that he believes has been omitted from much of Denmark and the world’s modernist brick archietcture17. It is on this basis that he developed the transform wall, which is demonstrated in this case study. The transform is a culmination of all Kirkeby’s influences and rejection of modern application of bricks and dilatation joints18. From his travels in Greenland, his fascination with fault lines and the conception that they hold the world together, developed through drawing into a folded wall. The transform wall replaces thin brick structure with a double brick skin separated by an air gap. The meander pattern wall creates small niches where the dilatation joint can be hidden and where the building can cast a metaphysical shadow on itself19

This case study additionally introduces the importance that Denmark’s’ Gothic, Romanesque and classical history played in Kirkeby’s design methodology. The design of shadowing in his work is linked to the neo-Gothic Grandtvig Church that he grew up in the shadows of20. Kirkeby links the shadow to the atmosphere and pictorial history embedded into brick, the memories shadows hold of the unconscious past that he brings forth through a metaphysical shadow that is imposing, threatening and lends the building solidity and monumental prominence21. The plan of this case study additionally links in with the motif of natural erosion22. The plan is conceived of two squares eating one another, this consumption process allows openings to emerge, which in Kirkeby’s mind, has the implication that these access points will erode over time like nature, so the participant takes part in a brief moment in time of journeying between the folded walls, before they consume each other completely23

Other motifs included in this case study are the passageway, bonded arch, niche, column and red brick.

‘Consumption Plan’ - Huesca, Spain, 2009
Fig14.GreekMeanderMotif Fig13.SimplificationofFaultLinesFromNatureinGreenland Fig11.ConsumptionPlanSideViewWithLocalTowninViewFig12.ConsumptionPlanSideViewWithLocationinMountainRangesinView
Figures: Fig. 11 Photograph. Register 64 Thomas Bo Jensen The Built Structures of Per Kirkeby. Antwerp: Architecture & Landscape at Kingston, May 22, 2021. https://www.youtube.com/watch?v=ugGWWPoIDhU. Fig. 12 Photograph. Register 64 Thomas Bo Jensen The Built Structures of Per Kirkeby. Antwerp: Architecture & Landscape at Kingston, May 22, 2021. https://www.youtube.com/watch?v=ugGWWPoIDhU. 17 Bo Jensen, Per Kirkeby Archietcture, 7. 18 Bo Jensen, Per Kirkeby Archietcture, 8. 19 Architecture & Landscape at Kingston, Register 64 Thomas Bo Jensen The Built Structures of Per Kirkeb, 1:02:00. 20 Bo Jensen, Per Kirkeby Archietcture, 62. 21 Bo Jensen, Per Kirkeby Archietcture, 58. 22 Louisiana Channel, “Per Kirkeby Interview: We build upon ruins,” YouTube video, 20:42, September 3, 2015, https://www.youtube.com/watch?v=Fyiqw-7wlBg. 23 Architecture & Landscape at Kingston, Register 64 Thomas Bo Jensen The Built Structures of Per Kirkeb, 1:02:50.
Fig15.Kirkeby’sHybrid -TransformWallMotif Fig16. ConsumptionPlanDrawing Fig17.ConsumptionplanSquare‘Eating’GeomertyDiagram

-MayanStepMotif

-GothicSteppedGableMotif

The hero image of this case study captures the story of this pavilion’s contribution to the hybrid study with the use of the natural erosion motif, where a menagerie of historical art and architectural references find symbiosis with nature. Kirkeby was captured by the Mayan ruins, erected as fresh formations that time and nature has broken down and swallowed, reclaiming the earth’s natural materials, the brick24. It is by this principle that archietcture encompasses natural and personal history, that Kirkeby situates so many of his brick structures in parks. This intrinsic connection between archietcture and nature borrows from Vitruvius and Laugier concepts of the primitive hut25. The neo-classical period informed Kirkeby’s interest in the archietcture of Greek temples. This case study exemplifies how Kirkeby reworked an image of the primordial hut and Greek temple into a simplified, monolithic brick work inspired by the brick Gothics. He uses motifs of a simplified square column and entablature and combines this with the Mayan steps and openings at the top pf the structure inspired by gothic stepped gables. Whilst not a passageway work, a participant can journey through the columns and climb to the top.

‘Primordial Brick Hut’ Arnhem, The Netherlands 1988
Fig22.PrimitiveHut -Simplificationmotif Fig23.GreekTemple -ColumnandEntablaturemotif Fig24.GrundtvigChurch -SteppedGablemotif Classical Neo-Gothic Enlightenment Kirkeby’sHybrid Fig 18. Brick Hut Burried in the Forest - Motif of Nature Erosion Fig 19. Mayan Ruin Burried in the Forest - Motif of Nature Erosion Fig20.BrickHutMiddleViewFig21.BrickHutInternalTopLevelView
Figures: Fig. 18 Photograph. Register 64 Thomas Bo Jensen The Built Structures of Per Kirkeby. Antwerp: Architecture & Landscape at Kingston, May 22, 2021. https://www.youtube.com/watch?v=ugGWWPoIDhU. Fig. 19 Photograph. Register 64 Thomas Bo Jensen The Built Structures of Per Kirkeby. Antwerp: Architecture & Landscape at Kingston, May 22, 2021. https://www.youtube.com/watch?v=ugGWWPoIDhU. Fig. 20 Photograph. Register 64 Thomas Bo Jensen The Built Structures of Per Kirkeby. Antwerp: Architecture & Landscape at Kingston, May 22, 2021. https://www.youtube.com/watch?v=ugGWWPoIDhU. Fig. 21 Photograph. Register 64 Thomas Bo Jensen The Built Structures of Per Kirkeby. Antwerp: Architecture & Landscape at Kingston, May 22, 2021. https://www.youtube.com/watch?v=ugGWWPoIDhU. 24 Architecture & Landscape at Kingston, Register 64 Thomas Bo Jensen The Built Structures of Per Kirkeb, 53:00. 25 Vitruvius: The Ten Books on Architecture, trans. Morris Morgan (Cambridge, Mass: Harvard University Press, 1914), 40. Bibliography: Architecture & Landscape at Kingston, “Register 64 Thomas Bo Jensen The Built Structures of Per Kirkeby,” YouTube video, 2:45:51, May 22, 2021, https://www.youtube.com/watch?v=ugGWWPoIDhU Architects of Europe. Scandinavian Edition Melbourne: Images Publishing Group, 1992. Bo Jensen, Thomas. Per Kirkeby Archietcture Hellerup: Edition Blondal, 2019. Dagdanova, Ts B. and M. B. Khadeev. "Humanization of Living Environment Quality is Indicator of Quality Life (Modern Danish Architecture Example)." IOP Conference Series.Earth and Environmental Science 751 no. 1 (April 2021): 1-11. http://dx.doi.org.ezproxy.library.uq.edu.au/10.1088/1755-1315/751/1/012024. Donnelly, Marian. Architecture in the Scandinavian Countries. Cambridge, Mass.: MIT Press, 1992. Eybye, Birgitte. “Danish Vernacular Architecture: Sustainability as a Preservation Value.” International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences ISPRS Archives 54, no. M-1 (2020): 211–218.
Tobias. A History of Danish Architecture Copenhagen: Danske Selskab
cooperation
American-Scandinavian Foundation,
Faber,
Odyssey of Architectural Adaptation Köln: Taschen, 2017. Kjeldsen, Kjeld., Jeanne Rank. Schelde, Michael Asgaard Andersen, Michael Juul. Holm, James Manley, Glen. Garner, and Louisiana. New Nordic: Architecture & Identity Humlebæk, Denmark: Louisiana Museum of Modern Art, 2012. Louisiana Channel. “Per Kirkeby Interview: We build upon ruins.” YouTube video, 20:42, September 3, 2015, https://www.youtube.com/watch?v=Fyiqw-7wlBg. Munch, Andreas. “Embracing Cubism: Poul Henningsen's Negotiations of Danish National Traditions and International Modernism.” Art History 43, no. 2 (2020): 284–307. https://doi.org/10.1111/1467-8365.12497. Poulsen, Mikkel and Michael Lauring. "The Historical Influence of Landscape, Ecology and Climate on Danish Low-Rise Residential Architecture." International Journal of Design & Nature and Ecodynamics 14, no. 2 (June 2019): 91-102. http://dx.doi.org.ezproxy.library.uq.edu.au/10.2495/DNE-V14-N2-91-102. Vitruvius: The Ten Books on Architecture Translated by Morris Morgan. Cambridge, Mass: Harvard University Press, 1914.
https://doi.org/10.5194/isprs-archives-XLIV-M-1-2020-211-2020. Faber,
in
with the
1963.
Tobias. New Danish Architecture London: Architectural P., 1968. Ingels, Bjarke., National Building Museum, and Taschen. Hot to Cold: an

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