PROFESSIONAL WORKS
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Chengdu Luxelake Commercial Community
Employment Information
Company: MVRDV
Project Information
Type: Commercial | Architecture
Stage Involved: Concept Design, Schematic Design
Location: Chengdu, China
Size: 22,200m2
Chengdu Luxelake Commercial Community is a transformative lifestyle shopping mall that seamlessly blends the urban spirit with the deep-rooted connection to nature, which is essential to the city’s ethos. This innovative mall transcends conventional shopping experiences to become an embodiment of Chengdu’s unique attitude, celebrating the harmony between modern living and the lush greenery that defines the region.
My responsibilities involve ensuring the seamless integration of various elements to bring the mall’s vision to life - this includes guiding the project’s progress, balancing functional design, client objectives, and sustainable principles.
I was involved in the Concept Design and Schematic Design phase. I collaborate closely with MEP engineers to integrate essential building services like lighting, ventilation, and plumbing. I also worked with fire safety consultants to ensure compliance with fire codes and regulations. Strategically placing fire escapes, implementing fire-resistant materials, and integrating fire suppression systems are essential aspects to prioritize the safety of mall occupants.
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I engaged in close communication with Client’s various departments, including marketing and operations.The iterative approach involves constant refinement of the design to meet their demands. Feedback from different stakeholders were use it to improve the layout, aesthetics, and functionality of the mall.
Meanwhile, we decided to utilize a modular grid system ensure precision in alignment and construction, resulting in a cohesive and polished appearance. The grid allows for easy customization while maintaining an overall sense of unity.
Bay Drop-off 落客港湾 Fire Truck Entrance 消防车入口 Parking Entrance 地下车库出入口 Commercial Entrance 商业入口 Commercial Entrance 商业入口 Commercial Entrance 商业入口 Vehicle Entrance 机动车出入口 Non-Vehicle Entrance 非机动车出入口 Commercial Entrance 商业入口 Commercial Entrance 商业入口 10.70 99.20 16.00 16.00 5.60 10.80 21.20 26.40 88.80 94.00 4F 3F 2F 4F 19F 3F 6F 18F 5F 4F 3F 2F 1F 3F 2F Site Boundary 用地红线 Podium Setback Line 裙房用地退线 B1 Boundary 地下室边界线 Tower 塔楼 19F H=99.2m ±0.000=485.820 Podium 裙房 4F H=22.3m ±0.000=485.820 Podium 裙房 4F H=20.9m ±0.000=485.820 485.720 Commercial Entrance 商业入口 56005000 3 0 0 0 0 15000 15000 19400 32000 127800 160800 39000 Chengwan Road 橙湾路 3381 480.820 479.720 485.720 485.720 485.470 485.720 483.020 485.079 485.411 485.639 485.762 485.822 485.882 485.942 486.002 486.062 486.100486.122 484.703 484.518 484.743 484.995 485.332 2F Tower Setback Line 塔楼用地退线 NumberDescription 150% 2100%
color 彩色总平面 Masterplan
Masterplan
Facade types 立面类型 88 Density 0.5m 密度 0.5m 密度1m 密度1.5m 密度1.5m 密度2m 密度2m 密度3m Density 1m Density 1.5m Density 2m Density 2m Density 1.5m Density 3m Depth 300mm Depth 150mm 进深 150mm 进深 300mm Facing park Facing corridor Facing North MEP, Fire wall 设备，防火墙 Facing Park 面向公园 Facing Corridor 面向内庭院 Facing North 面向北侧 MEP, Fire wall 设备，防火墙
立面类型 88 Density 0.5m 密度 0.5m 密度1m 密度1.5m 密度1.5m 密度2m 密度2m 密度3m Density 1m Density 1.5m Density 2m Density 2m Density 1.5m Density 3m Depth 300mm Depth 150mm 进深 150mm 进深 300mm Facing park Facing corridor Facing North MEP, Fire wall 设备，防火墙 Facing Park 面向公园 Facing Corridor 面向内庭院 Facing North 面向北侧 MEP, Fire wall 设备，防火墙
Facade types
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Facade types
Podium facade detailed section 裙房立面细部剖面图
Based on the grid system, the facade is carefully designed to enhance the functionality of the mall. It takes into account factors like natural lighting, ventilation, and climate control. The placement of windows, louvers, and shading devices is strategically determined to optimize energy efficiency while creating a comfortable indoor environment.
Within this grid, a careful selection of materials, textures, and colors is employed to create a dynamic visual experience. I was responsible in coordination with facade and MEP consultant to constantly optimize the design and construction details, in order to deliver a building with harmonious balance between practicality, visual appeal, and seamless integration within its environment.
裙房立面类型 格栅(20%) LEVEL 01_P 0 LEVEL 02_P 5600 LEVEL 03_P 10700 LEVEL 04_P 15800 LEVEL P ROOF_W 20900 P-4 P-3 P-5 7800 5400 5100 5100 5100 5600 1100 1000 3000 1100 1000 4100 1000 3500 1100 1 D-503 1 D-504 1 D-505 1 D-506 1 D-507 1 D-508 1000 3000 1 : 100 DETAIL SECTION 剖面大样图 3 Revision Schedule NumberDescription Date 150% Schematic Design10/05/23 2100% Schematic Design07/07/23 indoor 室内 6HS+1.52PVB+6HS+12A+10FT 超白半钢+1.52PVB+6 超白半钢+12A+10 超白钢 concrete slab 混凝土楼板 20mm screed 20 厚 ： 水泥砂浆找平 double waterproofing layer 厚双层防水卷材 screed slop 细石混凝土找坡，最薄处 20 Floor support 地板支撑器 terrazzo floor 成品水磨石地板 80mm EPS insullation 80 厚EPS挤塑聚苯板 outdoor 室外 100x100mm spacing metal grille 100x100mm 金属格栅 concrete finishing 清水混凝土完成面 100 10 975 10 drawing number subject scale 业主 日期 标题 图纸号 项目地址 SD -D-504 裙房细部节点 成都麓湖 社区商业 SD 1 5 Podium Detail 裙房细部节点 1 铝型材 6HS+1.52PVB+6HS+12A+10FT 超白半钢+1.52PVB+6 超白半钢+12A+10 超白钢 150 drawing number subject 标题 图纸号 项目地址 -D-503 Chengdu Wide Horizon Investment Group 成都麓湖 A17 社区商业 SD Chengdu Luxe Lake A17 Podium Detail 裙房细部节点 1
Podium facade types
Section details
Facade module types
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Public corridor view
Shenzhen Bihailou Art Village
Employment Information
Company: MVRDV
Project Information
Type: Commercial and Culture | Architecture
Stage Involved: Concept Deign, Schematic Design, Design Development
Location: Shenzhen, China
Size: 6,500m2
Status: In Design Development
Nestled on the border between Hong Kong and Shenzhen, the architecture draws inspiration from the rich historical tapestry of both Hong Kong and Shenzhen. Designed to rejuvenate the area after a prolonged closure due to the COVID-19 pandemic, this vibrant mall seamlessly blends commercial activities with cultural elements, paying homage to the region’s history and diverse traditions.
I have been working on the project since Concept design and now on the Design Development. My role encompassed a multifaceted approach to client engagement and project realization. This includes comprehending and interpreting clients’ needs, offering insightful suggestions based on past project experiences that enhance their initial brief, and proposing innovative and functional design solutions. At the same time, I collaborated with diverse consultants and integrated their inputs to align with the project’s budget constraints while maintaining design integrity.
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Structure option 4 all stacking & use of columns in the walls standing box standing box and/or stacking box stacking box stacking box stacking box stacking box stacking box *principle sketch (this not representable section) Structure option 3 all stacking & use of columns in internal spaces standing box standing box and/or stacking box stacking box stacking box stacking box stacking box stacking box *principle sketch (this not representable section) Structure option 2 2 main structural (concrete?) floors on which things can stand or hang on. 1 standing box standing box stacking box stacking box *principle sketch (this not representable section) and/or hanging box and/or hanging box standing box standing box standing box Structure option 1 all stacking & use of columns in walls 1 2 3 4 5 6 7 standing box standing box and/or stacking box stacking box stacking box stacking box stacking box stacking box *principle sketch (this is not representable section) Summary 1. Straight columns hidden in walls 2. Main transfer layers on L3 & L5 3. Straight columns in internal spaces 4. Continuous columns L3 Floorplan L1 Floorplan Structure diagram 10
The project aims to be not just a mall but a cultural crossroads, where visitors from all sides can easily access and engage with the vibrant offerings.
One primary hurdle of this design intent lies in the challenges of the structural design, stemming from the irregular mass distribution featuring numerous cantilevered volumes. Our design vision revolves around achieving seamless, column-free spaces, which necessitated large amount of collaboration with the structural consultant. Balancing this intent with the client’s financial constraints demanded careful study and optimization of the structural framework, while keeping a keen eye on ensuring efficient integration of essential services.
Facade 1:5 Details
Facade 1:5 Details
Public walkway view Detailed sections Joint between volume below and cantilevering volume above
Public walkway view
Lower corner of cantilevering volume
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Lower corner of cantilevering volume
Pujiang Viewing Platform
Employment Information
Company: MVRDV
Project Information
Type: Culture | Architecture
Stage Involved: Concept Design, Schematic Design, Design Development
Location: Pujiang, China
Size: 600m2
Status: Construction to commence soon
The project is a viewing platform situated in the mountain region of Chengdu, China. The architecture is a fusion of contemporary aesthetics and organic forms, resulting in an iconic and instantly recognizable silhouette against the mountain backdrop. Its curvilinear lines mimic the rising moon, creating a seamless transition between the built environment and nature. Timber is used as main structure of the building, in order to minimize carbon footprint while adding a touch of authenticity that resonates with the area’s history and culture.
I participated in this project from its initial Concept Design phase, to the completion of Design Development, and was involved in all aspects of the design and coordination given its relatively small scale (despite a few challenges in its functional and design-related intricacies).
I also communicated with the Client closely to understand their ambitions for the project and implement those into the design in optimal ways. It was important to deliver the building with minimal impact to its untouched natural context and local neighbourhood, while creating a pioneering innovative landmark that fulfil multiple functions such as meeting, public lecturing, catering.
The project is now being assessed for cost estimation and planning approval. Construction is scheduled to commence towards the end of the year.
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Even though the building’s physical size might be compact, its functional and design-related intricacies pose a significant challenge. One such complexity arises from the building’s high ceiling and limited space for mechanical ventilation. Close coordination with Fire Safety consultant were undertaken in order to maintain air quality and ensure smoke is effectively removed in the event of a fire, while not compromising on the original design intent with the dynamic geometry
Overcoming these challenges required thinking outside the box. For instance, integrating fire-resistant materials into the design in a visually appealing way, devising creative ventilation solutions that fit the limited space, and implementing advanced fire detection system that are both effective and unobtrusive.
While timber is an environmentally friendly choice, it does pose challenges when it comes to water-proofing, especially with a large green roof above. To address this challenge, specialized membranes, drainage systems, and sealing techniques need to be employed to create a water-tight barrier that protects the timber structure.
Expansive use of glass also led to increased wind loads and potential thermal expansion issues, which needed to be managed to ensure the structural stability of the timber frame.
Integrating MEP systems in a timber-based building also requires meticulous planning. With the assistant of multiple MEP consultants, we carefully coordinated the arrangement and placement of the systems to maximize spatial efficiency and minimize the impact on the uninterrupted interior design.
升降平台 Lifting platform 投影仪区域 Projection screen area 吧台 Bar +0.00 +1.80 +0.90 下B1楼梯 Stairs B1 -0.02 +1.78 2435 1150 950 950 1150 2435 2621150 2100 8400 2100 1150262 B1疏散楼梯 B1 Egress Stairs 用地红线 Site Boundary 172 m² 平台室内 Interior 窗帘 Curtain +4.50 121 m² 露台 Terrace 自动平移门需接消防用电 Auto sliding door to be connectedd EPS 主入口 Main entrance 无障碍升降平台 Accessible Platform 15424 9070 01 10m L1 plan 1层平面 N Pujiang viewing platform 蒲江县长秋山雪山观景平台建筑及景观概念设计 56 Level 1 0 Level B1 -4000 投影仪 Projector 露台 Terrace 后勤走廊 BOH Corridor 公共区域 Lobby 疏散楼梯间 Egress Stairs 1132 5743 300 4500 4000 5540 1800 4000 观景平台室内 Viewing platform interior 9734 760 1565 100 2100 2100 2100 2100 2100 2100 100 515 865 1400 14680 10494 865 14880 760 9734 11120 3560 1400 空调出风口 AC Fresh air outlet 空调出风口 AC Fresh air outlet 01 5 10m Long section 长剖面 Pujiang viewing platform 蒲江县长秋山雪山观景平台建筑及景观概念设计 59 L1 Plan Section wooden beam, same as interior 木梁，与室内梁材料相同 aluminium windows 铝框窗 窗帘 air duct 风管 lighting 灯光 吸音棉 Roof 屋面 - planting, type & height tbd. 植被，种类和高度待定 - 300mm soil anti-erosion mat 300mm土壤和耐根穿刺层 - 50mm drainage mat 50mm 排水层 - waterproofing layer 防水层 - 2x wooden panels 两层木板 - 100mm insullation 100mm保温层 - 600mm wooden structural beams, finish treatment tbc 600mm 木结构梁，完成面处理待定 - 30mm substructure, finish treatment tbc 30mm 次结构，完成面处理待定 - wood veneer on substructure 木皮饰面和结构背板 Principle details TP1292-SD-406V 05-06-2023 Pujiang viewing platform 3011 RA Rotterdam +31 (0) 10 477 2860 drawing number Subject date format scale A3 1:10 projector integrated the ceiling 投影仪与吊顶结合安装 curtain 窗帘 lighting 灯光 acoustic insullation 隔音棉 lighting 灯光 Roof 屋面 - planting, type & height tbd. 植被，种类和高度待定 - 300mm soil anti-erosion mat 300mm土壤和耐根穿刺层 - 50mm drainage mat 50mm 排水层 - waterproofing layer 防水层 - 2x wooden panels 两层木板 - 100mm insullation 100mm保温层 - 600mm wooden structural beams, finish treatment tbc 600mm 木结构梁，完成面处理待定 - 30mm substructure, finish treatment tbc 30mm 次结构，完成面处理待定 - wood veneer on substructure 木皮饰面和结构背板Interior view of Pujiang pavilion (lecture setting) 蒲江亭内部(讲座场景) Interior view
Roof detail
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Roof detail
Tencent Superbay Dormitory and Kindergarten
Employment Information
Company: MVRDV
Project Information
Type: Commercial | Architecture
Stage Involved: Concept Design, Schematic Design
Location: Chengdu, China
Size: 22,200m2
Status: Construction to commence soon
Located on a prominent bay location in Qianhai, Shenzhen, the project brief called for more than 4,000 dormitory units to be occupied by the Tencent employees, together with public amenities and a kindergarten on the site.
Beyond its scale, the brief is also technologically ambitious. Expanding on their mission statement, which foregrounds the “user value” of technology and the benefits it can bring to everyday life, they requested that their new campus be an exemplary smart city district, demonstrating the city-altering potential of the latest urban technologies.
The project was the final winning entry from a design competition held by the Tencent company. I participated in the project after the project was commissioned and during the Schematic Design phase.
My responsibilities include producing architecture documentation whilst constantly coordinate with various consultants and responding to client’s feedbacks from weekly meetings and comments from government presentations. There were also a lot of coordination works internally as the team was comprised of designers from both the Rotterdam and the Shanghai office working within the same BIM file, which required us to always be highly precise and organised with our workflows.
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The main programs are comprised of more than 4,000 dormitory units, public amenities on the ground floor of the dormitory buildings, skygardens, and a kindergarten that is independent to the dormitory buildings. The goal is to provide the Tencent employees the convenience of technology as well as the pleasure of being surrounded by nature, with the serpentine park always within a short walking distance, and green terraces all around them
I was responsible for the Masterplan to ensure various standards and regulations were satisfied, for example, overall building and basement setback distances, fire operation zone provisions, overall heights, building terrace setback distance in relation to fire-fighting requirements, carpark entry locations etc. A large amount of coordination with various consultants were required, and we faced quite a lot challenges due to the high density of the site whilst ensuring a compliant design.
Groundlevel masterplan
Program iagram 16
I was responsible for structure and service/architecture coordination. The structural design adopts a hybrid of column and shear wall systems. This allows for maximised spatial efficiency while still providing the required structural integrity. The shear walls divide the ground floor spaces into multiple pockets which were designed as public amenities such as shared kitchen, gym, library, delivery room, study lounges, etc. I was responsible to coordinate the structural design with the floor layout. It was also critical to take into account the fire operation area and fire truck route design, to ensure it is compliant while maintaining the design/aesthetic intent.
I was also involved in coordinating unit layouts to ensure service alignment, code compliance, optimised accessibility and privacy etc. Meanwhile, to minimise construction cost as well as reducing material waste, studies were done to standardise unit types while still allowing for certain variation in the unit configurations. The unit types were also carefully designed to create standardised facade modules which can be pre-fabricated.
Unit diagram and floorplan
Typical floorplan
Shared amenity view
Shared amenity view
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Unit interior view
Pujiang Culture and Civic Center
Employment Information
Company: MVRDV
Project Information
Type: Culture | Masterplan and Architecture
Stage Involved: Concept Design
Location: Pujiang, China
Size: 74,000m2
Status: Design Competition
Pujiang, a new iconic city near Chengdu, China, with a carefully designed new Masterplan is envisaged to be the beacon for all Sichuan province. The future driven identity merges with a deep natural background to become the new paradigm for sustainable development.
The brief calls for a Civic Center, a Conference Center, a 5-star Hotel and six Office buildings as part of the new masterplan, to accommodate large international conferences and serve as the new city hub for Pujiang.
As part of the design team, I participated in the project from its initial concept generation to final deliverable production. The team member are based both in Rotterdam and Shanghai, and we worked around the clock to ensure a smooth delivery of the project. We have also engaged sustainability and structural consultants to optimise the design to achieve a near zero carbon design in response to the design brief as well as China’s carbon neutral goal for 2060.
The project was selected as the Winning Scheme in December 2021.
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The water, valleys and mountain peaks are the important character that form the local identity. The design intends to preserve the precious natural resources here, while paying tribute to it by creating architecture that draws inspirations from these elements and blends itself within the surroundings.
I was responsible to configure the internal layout of the Civic Center, the Conference Center, and the Hotel as per the design brief and produce the technical drawings with constant coordination with external specialists.
We worked closely with both the sustainability and structural consultant to arrive at numerous sustainable design strategies such as maximising biodiversity to create an urban ecosystem, and provision of rainwater re-use system, natural ventilation, and green roof etc. to reduce cooling load and mitigate urban heat island effect.
From a social aspect, the design is also highly sustainable by re-using local building materials, adopting regional crops and species for the landscape design, creating car-free pedestrian environment for user safety, various outdoor activity space to cater for different communities in the neighbourhood. The overall urban strategy is focused on people, defining a pedestrian oriented development.
Biodiversity analysis Natural ventilation analysis Carbon sequestration analysis20
External heat load analysis
Civic center interior view Civic center section Civic center floorplan Conference center interior view Conference center section Conference center floorplan
Hote interior
view
section
floorplan 21
Hotel
Hotel
University of Newcastle BioResources Facility
Employment Information
Company: Denton Corker Marshall
Project Information
Type: Laboratory and Research | Architecture
Stage Involved: Concept Design, Schematic Design, Design Development, Construction
Location: Newcastle, Australia
Size: 3,700m2
Status: Built
The project requires the development of a new bioresources facility at the University of Newcastle to support current animal based researches and cater for future expansion in capacity and capability.
The combination of architecture and engineering design ensures the building to perform consistently at a very high level, provides a platform of excellency supporting best practice animal husbandry, care and well-being whilst also addressing limitations resulting from outsourced animal breeding and deficiencies in existing infrastructure. The building, with its construction due to completion in November 2020, seeks to establish an environment for students and staff that will support the University’s approach to problem-based learning, and attract the world’s best researchers and global innovation leaders.
I was involved in the project from Conceptual Design, Design Development, Tender, and to Construction which was completed in early October, 2020. Working on this project has given me the opportunity to work in an independent role as the primary point of contact between the design team and various parties including project managers, contractors, consultants etc., to ensure the design intents are followed through with all relevant requirements/compliance achieved, while ensuring a smooth delivery of the project.
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A key element of the design is to achieve maximum flexibility within the constraints of the budget. The internal layout has been carefully designed to allow for built-in flexibility and provision for expandability of specific zones of biological operational activities.
This as-builtdrawingisbasedonthefinal'issueforconstruction' documentation and incorporatesalldirectionsissuedtoDentonCorkerMarshallduringtheconstruction phase.Thedrawingdoesnotincludeamendmentsinstructedtoothers.Theaccuracyof thecontentshouldbeverifiedbyon-siteinspection/surveypriortoundertakingany further work.
The building contains sensitive research animals and equipment across various barrier levels and for this reason there are a number of key issues to be resolved in the design, such as acoustic and vibration requirements, objectionable exhaust air management, barrier retention to ensure a highly clean environment, circulation and flexibility, and human amenity (with consideration to natural light while specialised artificial lights were utilised for majority of the building due to animal facility requirement).
The combination of architecture and engineering design ensures the building to perform consistently at a very
level, reflecting the valuable nature of science and research undertaken within.
high
1 3 4 6 9 10 11 12 B E CLEAN PREP 120 RECEIVING QUARANTINE PROC ROOM CLEAN STORE 133 DIRTY WASH 104 A/R 102 ISOLATION ANTE ROOM 172 SPECIAL TECH 105 NEOCROPSY/SURGERY 107 HOLDING (FLEX) 108 PROCEDURES 109 HOLDING 110 PROCEDURES 111 CLEANER 112 NECROPSY /SURGERY 128 GERM FREE HOLDING 140 BREEDING 139 SPECIAL TECH 127 BREEDING (FLEX) 138 PROCEDURES (FLEX) 137 PROCEDURES 136 BREEDING 135 PROCEDURES 122 PROCEDURES 121 HOLDING 132 SECURE BREEDING CORRIDOR 05 179 BREEDERS OVERGOWN 180 CORRIDOR 01 170 RESEARCHER GOWN 176 CORRIDOR A/R 119 CORRIDOR 06 181 6855 6700 5470 3890 4310 4040 4360 4050 4350 4200 6115 RY A12_0001 A12_0000 A12_0002 ISOLATION AREA GOWN 174 A11_0000 A11_0001 A11_0002 A11_0003 C A D HOLDING (FLEX) 124 HOLDING 123 CLEANER 134 PROCEDURES 125 STORE 101 ENTRY AIRLOCK 182 AUTOMATED CANOPY ABOVE LIFT LIFT L02 SPECIAL TECH 106 HOLDING 131 DELIVERY 118 QUARANTINE PROC ROOM 130 5670 2700 7400 5990 ISOLATION CORRIDOR 173 178 A12_0003 STORE 100 FEMALE CHANGE 114 MALE CHANGE 116 UNISEX ACCESS 115 A12_0004 VOID VOID LIFT LOBBY 171 A/R 177 FFL 27.565 ACL A35_0040 R10 2 R102 R100 RACK WASH ACL VOID SPILL KIT WS-C WS-A WS-C WS-B WS-C WS-B WS-B WS-B WS-C WS-B WS-B WS-C WS-C FU10A SA15A FU10A FU10A SA15 FM06 WS-B Denton Corker Marshall Melbourne Victoria 3000 +61 9012 3600 melb@dentoncorkermarshall.com dentoncorkermarshall.com D0136 -UON BIORESOURCES UNIVERSITY OF NEWCASTLE University Dr, Callaghan NSW 2308 Telephone +61 4921 5000 Facsimile +61 4985 Email Mark.D.Taylor@newcastle.edu.au T125/10/2018PAIssued Tender AP AP AP AP AP AP AP AP AP AP AP AP AP AP EX EX EX EX EX EX EX EX AP EX EX AP AP EX AP AP AP AP EX A 1 4 5 7 8 10 11 12 B E 113 124 127 102 137 135 C A D 125 128 117 110 110 116 124a REFER TO FACADE PACKAGE FOR EXTERIOR SOFFIT FINISH CD02 T1B T1A T1A T1A T1A T1A T1A T1A T1A T1A S2 T1A S2 S1 T1A T1A FCL 2100 ABOVE LOCKERS FCL 1300 BULKHEAD ABOVE LOCKERS D2 D2 S1B D2D2 FCL 4230 FCL 4160 FCL 4190 CL02 BC01 52565018501850650 T1A EQEQ EQEQ T1A T1A T1A T1A T1A T1AT1A T1A T1A T1A T1A 8008001262 1098800800 350 350 350 30012501250 800800 800800 EQ EQ 230 EQEQ 245 650 3700 650 300450450450 1097 PA02A T1AT1A T1A T1A 122a 123a 123 122 110 120 121 119 118 L02 ST01 L01 116 116 103 109 129 141 130 131 132 133 140 139 134 147 138 144145 108 107 142 143 105 106 T1AT1A T1AT1A CL01 CL01 CL01 T1A T1A CL01 CL01 CL01 T1A T1A T1A T1AT1A CL01 960 2200 5586501850 1850650 CL01 CL01 104 CL01 CL01 115 126 126 T1A T1A T1A T1A T1A T1A T1A T1A T1A T1A 690 650 2300 650 700700650 EQEQ PA02A CL01 CL01 CL01 1049 CL01 PA02B CL02 CL03 CL01 D1 D1 1200 PA02C PA02C PA02C CL01 CL01 CL01 PA02B CL01 1150700650 3700 CL03 CL03 SETOUT SETOUT 450450450 CL05 PA02B EQEQEQEQ EQEQ 14501050 EQEQ EQEQ EQEQ EQEQ ALL CEILING MOUNTED FIXTURES TO BE SETOUT TO MEET SERVICES REQUIREMENTS BY OTHERS. EQ EQ 350 EQ 800800 EQ 350 EQ EQ EQEQ EQ EQ EQ22 EQ22 EQ22 1655 16551263 12481655 750 650 3700 650 EQEQ 650 3700 650 1350650 18501850650 6006501850 1850650 650130024006501000750500 EQEQ 12501250 1675650 3700 650 450650 3700 650750 1500650 3700 650750 350 STAIR SERVICES SET OUT IN ABEYANCE PENDING REVIEW BY SERVICE CONSULTANTS 489 500 450450600450317 EQEQ CL02 CL02 CL02 700 EQEQEQ THROUGHOUT THE FACILITY AND IN SOME INSTANCES No. DateApp Revision reason issue Project Title Client Drawing Title Drawing Status Project Number Scale North Point Project File be read conjunction with other Consultant drawings. The Architect be immediately notified any crepancies. Electronic files are subject the terms the Denton Corker Marshall Electronic Data Disclaimer. Architect Denton Corker Marshall Level Collins Street Australia +61 9012 3600 UoN@dentoncorkermarshall.com Drawn FOR CONSTRUCTION D0136 -UON BIORESOURCES REFLECTED CEILING LEVEL 01 PLAN D0136 D0136 UoN BioResources_R18 UNIVERSITY OF NEWCASTLE CALLAGHAN CAMPUS University Dr, Callaghan NSW 2308 Telephone +61 4921 5000 Facsimile +61 4985 4200 Email Mark.D.Taylor@newcastle.edu.au MC Level 01 reflected ceiling plan Level 01 floorplan UP UP 1 2 4 5 7 8 10 11 12 B E C A D 6855 6700 5470 3890 4310 4040 4360 4050 4350 4200 6115 W L E SSL 22.815 SSL 23.015 A53_0100 A53_0200 SSL 23.065 SSL 23.065 SSL 23.015 13561558 985 100 5 26981060729 215 SSL 21.665 SSL 21.665 1855 1842 3196 910 470 485 83232 540 118 961930 C 100 284 2698 50 50 15 8 LEVEL 01 OVER SHOWN DASHED LIFT PIT LIFT PIT RW1 SETOUT SLAB SETOUT 333295 2 A52_0000 PILING, EDGE BEAM AND CAPPING BEAM BEYOND SHOWN DASHED. REFER STRUCTURAL ENGINEER'S DOCUMENTATION FOR WAFFLE SLAB DETAIL 50 ⌀100 100 ⌀100 100 ⌀100 ⌀100 ⌀100 100 100 100 ⌀100 100 ⌀ ⌀100 ⌀100 ⌀ 100 50 ⌀100 ⌀150 ⌀150 50 150 ⌀150 ⌀100 80 150 FB 100 100 150 1890 ⌀150 ⌀100 ⌀100 150 100 ⌀150 ⌀100 150 A52_0000 A52_0000 A52_0000 150 150 ⌀50 CONSTRUCTION JOINT REFER TO STRUCTURAL ENGINEER'S DOCUMENTATION 1 1 14845 SPOON DRAIN TO BASE OF WALL REFER TO CIVIL CONSULTANTS DOCUMENTATION 2755 2 0 7 330 930 0 510540 7931030 230 3069 150 1020 675 2580 430 1520 240 418 285 1 5 1330 200 2450 100 SLAB SETDOWN SETOUT SLAB SETDOWN ALONG PERIMETER TO ALLOW FOR PAVEMENT SLAB OVER. REFER TO CIVIL ENGINEER'S DOCUMENTATION SLAB SETDOWN CIVIL ENGINEER'S 2 5 TRANSITION FROM RW1 TO SW1 SPOON DRAIN TO BASE OF WALL REFER TO CIVIL ENGINNER'S DOCUMENTATION C 777781 2415 3095 25 10 1 ⌀ 678 C 9 841 210 210 235 235 ⌀150 1550 L C 230 7 ⌀100 100 850 2436 C 581 2001 1601068 150150 100 C 235 187 C 171 69 3034 100 L 0 0 5 2 50 50 100 ⌀ ⌀ 50 1756 ⌀ 1234 ⌀ C 370 260 417 100 1433 9 919592 7 7 1227 2 50 300 630 300 161 C 200 50 470 745 561577 883930 100 100 0 300 630 300 630 300 161 260 230 9 5 50 3000 910950 L SSL 23.085 SSL 23.015 203 150 150 150 100 ⌀ STRUCTURAL ENGINEER'S 1106 C 2816300 250 300 9 787402 1985586 35 100 290 340 100 16201717 0 3 4 100 ⌀ SSL 22.765 SETOUT C COORDINATE HYDRANT REBATE BETWEEN PILES COMPLIANT HYDRANT ACCESS WIDTH HEIGHT TO BE MAINTAINED 00 ANGLED WALL 18592342 0 420 WALL FACE 2151190510 2 REFER A53 SERIES FOR CORE SETOUTS 230 CURVED WALL R 22 782 CURVED WALL 1282 1092 100 766 0 100 6 1871586 515 2004 1047 100 LOCATION OF STRUCTURAL TENDONS REINFORCEMENT WITHIN SLAB. -CAST INS REQUIRED FOR PENETRATIONS TO FOUNDATION RAFT, SLABS AND PILE CAPS. REFER TO STRUCTURAL ENGINEERING FOR DETAIL. -SERVICES PROVISION REQUIRES DETAIL INPUT PROFILE REQUIREMENTS ARE TO BE VERIFIED DRAWINGS. THE ARCHITECTURAL PROFILE DRAWINGS INDICATE THE SERVICES SCOPE INFORMATION ONLY AND SERVICES SUBCONTRACTORS MAY HAVE ADDITIONAL REQUIREMENTS NOT INDICATED ON THE ARCHITECTURAL DRAWINGS WHICH REQUIRE ONGOING COORDINATION. -ALL CONCRETE COLUMN SIZES & DISTINCTION REFER PRECAST INSITU ARE TO BE CONFIRMED AGAINST THE STRUCTURAL ENGINEERS COLUMN SCHEDULE. ANY DISCREPANCIES BETWEEN THE ARCHITECTURAL DRAWINGS AND THE STRUCTURAL ENGINEERS SCHEDULE ARE TO BE REFERRED TO THE ARCHITECT FOR CLARIFICATION PRIOR TO PROCEEDING WITH ANY WORKS. -COLUMNS ARE NOT NECESSARILY ALIGNED OR CONCENTRIC THROUGH SUBSEQUENT FLOORS. -CONTRACTOR TO DISPLACE CLASHING REINFORCEMENT BARS IN PILE CAPS TO ACCOMODATE PENETRATIONS WITH REINFORCING BAR TO BE PROVIDED BETWEEN ALL PENETRATIONS ACCORDANCE WITH STRUCTURAL ENGINEER'S REQUIREMENT. -PENETRATIONS ≤20mm ARE NOT SHOWN AND TO BE COORDINATED BY CONTRACTOR ON SITE. -CONTRACTOR TO ENSURE ALL PENETRATIONS OTHER THAN FLOOR WASTES ARE CONCEALED WITHIN WALL CAVITIES OR DESIGNATED RISERS U.N.O. -ALL PENETRATIONS EXCLUDING FLOOR WASTES ON LEVEL TO INCLUDE HOB -CONTRACTOR TO CONFIRM CONCRETE PLINTH COORDINATED WITH EQUIPMENT/PLANT DIMENSION AND SPECIFICATION. 8 E 8 SSL 23.045 SSL 23.045 SSL 23.065 543520480520 FB FLOOR BOX FLOOR BOX SIZE REFER TO ELECTRICAL ENGINEER'S DOCUMENTATION AND TO BE IN ACCORDANCE WITH UON STANDARD SERVICE PENETRATION CONTRACTOR TO COORDINATE ANY REQUIRED CHANGE IN DIAMETER ON SITE PRIOR TO INSTALLATION DIA LEVEL AHD 23065 2 3 5 6 7 9 10 11 12 AHD 24.658 AHD 26.634 NOMINAL GROUND PLANE. ALLOW FOR 75mm MULCH BUILD UP BEHIND PILE CAP. CF05 B E C A D CF05 CF03 AHD 24.356 AHD 26.634 NOMINAL GROUND PLANE. ALLOW FOR 75mm MULCH BUILD UP BEHIND PILE CAP. CF05 FIRE HYDRANT RECESS LEVEL 00 AHD 23065 11 12 NOMINAL GROUND PLANE. ALLOW FOR 75mm MULCH BUILD UP BEHIND PILE CAP. CF03 Drawing Status 246 10 1:200 1:400 FOR INFORMATION AS BUILT A52_0000 SCALE 50 CONCRETE PROFILE DETAIL PLAN SCALE 100 RETAINING WALL SOUTH ELEVATION SCALE 100 RETAINING WALL EAST ELEVATION SCALE 100 RETAINING WALL NORTH ELEVATION Groundfloor concrete profile drawing 11 B C SPECIAL TECH 148 A37_0040 4 5 EQ25 EQ25 EQ06 JU05A JU05D JU05 FU09 FU09 FU09 EQ38 EQ38 EQ66 CL G A S O U T L E T 3765 CL GAS OUTLET 3930 CL CL CL CL 700 150 900 150 CL CL 150107 C C C 560150 107 WS-B CL 1501464 NOM.150 EQ73 EQ71 WORKSTATION CL CL CL CL CL150 530 530 150 CL CL CL CL CL 150530530150 JU06A EQ71 EQ73 WORKSTATION JU05 CL CL 650 500 CL CL 1310 150 11 PA01 PA01B RE01A PA01B PA01 JU05D RE01A 1500 1200 PA02C 11 PA01 PA01B RE01A PA01B RE01A PA01 1200 1500 B C PA01 PA01B RE01A PA01 PA01B RE01A PA01 PA01B RE01A MODULINE: -4 x DGPO -3 x DDATA -1 X 15A GAS OUTLET: -CA -CO2 -N2 -O2 -VAC JU05D PA02C JU06A MODULINE: -1 x DGPO -1 x DDATA 1200 1500 EQ66 307 1200 ALIGN BAGTANK B No. DateApp Revision or reason for issue Architect Denton Corker Level 19, 55 Collins Melbourne Victoria Australia +61 9012 3600 +61 9012 3601 E UoN@dentoncorkermarshall.com dentoncorkermarshall.com
R1 17/08/20 WP Issued for Information SCALE 1 50 1 FLOOR PLAN SCALE 1 50 2 NORTH ELEVATION SCALE 1 50 3 SOUTH ELEVATION SCALE 1 50 4 EAST ELEVATION SCALE 1 50 5 WEST ELEVATION 6 AXONOMETRIC FCL FFL 24
Exterior view (during construction)
The architectural massing is derived from site constraints, internal functional requirements and the ambition to create a simple and elegant form that nestles into the sloping topography amongst more prominent buildings rather than dominating.
The façade is both a result of the secure functional role of the BRF and a response to the flexible, evolving and progressive nature of the activity within and around. This is realised through the expression of a rigid, ‘raw’ metal cladding to both the Ground and Roof Levels, juxtaposed with a simple, calm, flowing expression of refined materiality wrapping Level 01.
Revit working file A HOOK-ON BRACKET FIXED OFF UNITISED ALUMINIUM FRAME TOP + BOTTOM OF MODULES 6mm ALUMINIUM PLATE POWDERCOAT TO MATCH TRANSOM COLOUR CD01 SKIRTING+FLOOR FINISH REFER A34 SERIES FOR FINISHES PLANS UNI-STRUT CAST INTO SLAB EDGE FOR FIXING OFF HOOK ON BRACKET SUPPORT WITH FC BACKING FIXED OFF TOP HATS WT03 MDF TO CONCEALED BLIND PELMET RONDO PS17 INTERNAL CORNER BEAD 25 MIN. ALLOW FOR RECESSED CONTINUOUS STRIP LED LIGHTING CONTINUOUS ALUMINIUM ANGLE TO WIDTH OF WINDOW CAULKED JOINT BETWEEN PLATE + BACK OF TRANSOM 150 50 900 CD05 50 50 MX02 CD01 SKIRTING+FLOOR FINISH REFER A34 SERIES FOR FINISHES PLANS FLASHING FIXED OFF SECONDARY STEEL SUPPORT + FLASHED OVER CONCRETE HOB WITH FC BACKING FIXED OFF TOP HATS COLORBOND FLASHING. COLOR TO MATCH SPEED PANEL FM03 WT03 COLORBOND FLASHING. COLOR TO MATCH SPEED PANEL REFER A39 JOINERY SERIES FOR JOINERY DETAIL RONDO PS17 INTERNAL CORNER BEAD ALLOW FOR RECESSED CONTINUOUS STRIP LED LIGHTING HOOK-ON BRACKET FIXED OFF UNITISED ALUMINIUM FRAME TOP + BOTTOM OF MODULES UNI-STRUT CAST INTO SLAB EDGE FOR FIXING OFF HOOK ON BRACKET SUPPORT SECONDARY STEEL SUPPORT ALLOW FOR RECESSED CONTINUOUS STRIP LED LIGHTING 6 MAX. 25 MIN. ALLOW FOR RECESSED CONTINUOUS STRIP LED LIGHTING No. DateApp Revision or reason for issue SCALE 1 5 2 LEVEL 1 FT05 DETAIL SECTION SCALE 1 5 1 LEVEL 1 FT04 DETAIL SECTION 4 T125/10/2018PAIssued for Tender Facade detail drawing
Lab interior view
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Lab interior view
Monash BioMedical Teaching and Learning Building
Employment Information
Company: Denton Corker Marshall
Project Information
Type: Education and Research | Architecture
Stage Involved: Design Development, Construction
Location: Melbourne, Australia
Size: 11,300m2
Status: Built
Monash University associates itself with best practice and setting global benchmarks in both Academia and Research. Smart use of technology, design for change, flexibility and adaptability are critical properties.
The University seeks to establish an environment for its students of Biomedical Sciences that will support the University’s innovative approach to pedagogy. Flexibility, multidisciplinary interaction, and achieving a superior student experience are important considerations.
I was involved in the project from Design Development through to Construction stage. While a significant amount of communication with various parties was required due to the high performing nature of the building, the tasks required continual coordination and integration of information and project material from project consultants, specialists and suppliers, and documentation productions in accordance with the project contract and project procurement procedure.
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The building is consist of interlocking L shaped Labs with flexible breakout teaching spaces at one end and prep and service pods at the other end come together to form the Flexi Lab.
The laboratories are configured in an ‘L shape’ and wrap around a central glazed satellite preparation area providing smaller-scale more intimate laboratory environments for 60 to 120 students. Alternatively, the four laboratories can be combined to provide a space for up to 240 students.
The innovative new Biomedical Learning and Teaching Building also features a 1,200 square metre informal learning hub that can accommodate 400 students, averaging 90 informal learning seats per floor.
The biomedical pattern that is integrated into the East and Western façade of the building is also reflected in the pattern design of the atrium ceiling.
The generation of the ceiling pattern involves extensive coordination with services within the ceiling space, to ensure acoustic and service requirements are achieved, while creating a flowing expression with standardised modules.
Lab interior view Atrium view
Level 01 reflected ceiling plan
UP A10-203 A10-202 A B C D 1 2 5 6 7 A10-301 A10-302 A10-303 A10-304 A10-304 D AHU 2-PL03 MOLECULAR 209 210 211 PC2 DECON 212 CIRCULATION 2-PS02 CIRCULATION 2-PS04 2-RS08 2-PL02 2-ST02 2-PL01 SERVICES 2-RS04 SERVICE RISER 2-RS05 2-LF04 2-PS03 208A FLEXIBLE TEACHING 204 SPACE BAG 205 205A ADMINISTRATION 203 FHR 2-TL01 2-TL02 FEMALE ROOM SERVICES ADMINISTRATION 202 2-ST01 INFORMAL 2-PS05 FFL 100.100 BIOSCIENCES 213 AHU 6800 6500 9800 8300 9800 5300 11700 4160 205B FFL 100.100 2-RS03 A10-305 A10-305 E 2-LF05 2-RS07 207 208 FE A50-215 A50-262 A50-307 A50-403 A50-507 A31-202 4 A31-201 LCD LCD LCD LCD LCD LCD LCD 203A MEETING POD 201A CD-01A 2-CL01 CABINET Project File Do not scale from drawing. Use marked dimensions. To read conjunction with other Consultants' drawings. The Architect be immediatel notified any discrepancies. Copyright drawing retained by the Architect. Electronic files subject the terms the Denton Corker Marshall Electronic Data Disclaimer. Denton Corker Marshall Pty Melbourne Victoria 3000 Australia +61 9012 3600 +61 9012 3601 melb@dentoncorkermarshall.com dentoncorkermarshall.com 1:200 D4 BIOMEDICAL LEARNING TEACHING BUILDING LEVEL FLOOR PLAN 7512 A10-104 7512_BLTB_Building DESIGN DEVELOPMENT 26 Research Way, Wellington Road, Clayton 3800 Telephone +61 9902 0290 Facsimile +61 9902 0290 Email cindy.deayton@monash.edu D103/02/17SYCONSULTANT ISSUE D203/03/17SYCONSULTANT ISSUE D430/03/17SYDESIGN DEVELOPMENT ISSUE Level 01 floorplan 28
The facade frit pattern is inspired by the biomedical reference imagery. Optimisation of the frit locations and coverage has been developed to meet the energy reduction, daylight and comfort targets. It also assists in disguising the floor slabs and suspended ceiling voids when viewed from outside, and strengthens the singular reading of the projecting forms.
NOTE: AIRTIGHTNESS LINE AIRTIGHTNESS TO BE ACHIEVED IN ACCORDANCE WITH FACADE CONSULTANT'S SPECIFICATION LEVEL 1 95650 LEVEL 3 104550 LEVEL 4 109000 THERMAL INSULATION SHADOW GAP STOPPING BEAD CONTINUOUS SMOKE SEAL EXTERIOR INTERIOR ADDITIONAL CLADDING TO SIDE REVEAL 1100 1260 740 CL CL 1065 1335 2050 SECONDARY STEEL IS SHOWN INDICATIVELY ONLY AND IS REQUIRED TO BE DESIGNED AND DOCUMENTED BY THE CONTRACTOR CONTINUOUS SMOKE SEAL SECONDARY STEEL IS SHOWN INDICATIVELY ONLY AND IS REQUIRED TO BE DESIGNED AND DOCUMENTED BY THE CONTRACTOR SYPHONIC DRAIN. REFER TO HYDRAULIC ENGINEER'S DETAILS CLADDING OVER STACK JOINT TO BE SITE FIXED WITH MOVEMENT CONNECTION TO ONE SIDE CLADDING OVER STACK JOINT TO BE SITE FIXED WITH MOVEMENT CONNECTION TO ONE SIDE EXTRUDED ALUMINIUM SILL PROFILE. POWDERCOAT TO MATCH TRANSOM COLOUR FLASHING TO COLOUR MATCH FT01 CLADDING CLADDING OVER STACK JOINT TO BE SITE FIXED WITH MOVEMENT CONNECTION TO ONE SIDE CD-07 TO COLOUR MATCH CURTAIN WALL MULLION 1495 RL 94.210 595 WALL LINING TO CONTINUE TO REVEAL FCL 3100 AFFL FT-05 FT-04 SITE FIXED CLADDING TO MATCH FT07 FINISH SITE FIXED CLADDING TO MATCH FT01 FINISH CD-08 CD-04 LEVEL 1 95650 LEVEL 3 104550 LEVEL 4 109000 2050 CL CL TYPICAL 445 CURTAINPANEL CURTAINPANEL CURTAINPANEL CURTAINPANEL 1495 CURTAINPANEL CURTAINPANEL RL 110.495 TOP OF PARAPET STACK JOINT 30 NOM Project Title Client Drawing Title Drawing Status Project Number Scale North Point Project File Print Date Drawing Number Revision Issue Date Architect Denton Corker Marshall Pty Ltd Level 19, 55 Collins Street Melbourne Victoria 3000 Australia +61 3 9012 3600 +61 3 9012 3601 melb@dentoncorkermarshall.com dentoncorkermarshall.com 0.20.40.6 1:20 @ A1 M 1:40 @ A3 Drawn By Checked By FOR CONSTRUCTION C1 As indicated 20/11/2017 9:34:46 AM BIOMEDICAL LEARNING + TEACHING BUILDING FT01 NORTH-SOUTH C. WALL SHEET 01 7512 A43-201 7512_BLTB_Building 20/11/2017 MONASH UNIVERSITY 26 Research Way, Wellington Road, Clayton 3800 Telephone +61 3 9902 0290 Facsimile +61 3 9902 0290 Email cindy.deayton@monash.edu FW SY A43-201SCALE 1 20 2 FT01 SECTION SOUTH TAG DESCRIPTION (READ IN CONJUNCTION WITH MATERIAL SCHEDULE) CD-04ALUMINIUM SOLID SLATE GREY TO MATCH FT01 CD-07ALUMINIUM "MONUMENT" TO MATCH MULLION CD-08FC SHEET PAINTED TO MATCH FT-01 FT-01REFER TO A43-200 SERIES FT-04REFER TO A43-400 SERIES FT-05REFER TO A43-500 SERIES LOWER GROUND 87000 GROUND 91200 LEVEL 95650 LEVEL 100100 LEVEL 104550 LEVEL 109000 ROOF 113450 A B C D A10-304 D CIRCULATION 1-PS01 WATER TANK LG-PL03 INFORMAL LEARNING LG03 CIRCULATION LG-PS01 CIRCULATION G-PS01 INFORMAL LEARNING G02 ADMINISTRATION 102 INFORMAL LEARNING 104 INFORMAL LEARNING 201 CIRCULATION 2-PS01 ADMINISTRATION 203 CIRCULATION 3-PS01 STAFF LOUNGE KITCHEN 301 STAIR 01 LG-ST01 RL 108.645 8700 8600 8700 SITE BOUNDARY A10-305 E STAIR G-ST01 STAIR 1-ST01 2-ST01 STAIR 3-ST01 RL 108.645 RL 110.505 CORRIDOR LG-PS02 CIRCULATION LG-PS01 LEARNING RESOURCES CENTRE LG15 MEETING POD 201A INFORMAL LEARNING 201 ADMINISTRATION 304 INFORMAL LEARNING 302 RL 114.950 RL 111.618 No.DateAppRevision reason for issue Project Title Drawing Title Scale North Point Do not scale from drawing. Use marked dimensions. To be read in conjunction with all other Consultants' drawings. The Architect be immediatel notified any discrepancies. Copyright on this drawing retained by the Architect. Electronic files are subject to the terms of the General Notes Architect Denton Corker Marshall Pty Ltd Level 19, 55 Collins Street Melbourne Victoria 3000 Australia 1:100 A1 1:200 A3 BIOMEDICAL LEARNING TEACHING BUILDING SECTION AA BG SY D103/03/17SYCONSULTANT ISSUE D217/03/17SYCONSULTANT ISSUE D330/03/17SYDESIGN DEVELOPMENT ISSUE
Section
Facade detail drawing
Exterior view
Exterior view
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Exterior view (during construction)
Melbourne Grammar School Bromby Science and Technology Centre
Employment Information
Company: Denton Corker Marshall
Project Information
Type: Education and Research | Architecture
Stage Involved: Construction
Location: Melbourne Australia
Size: 5,000m2
Status: Built
The project is a five-storey building accommodating new and emerging pedagogies by providing highly flexible formal and informal learning spaces.
The building is sympathetic to the campus heritage and identity, contributing to the ‘Bluestone Campus’ character in both form and colour. It also engages with the wider campus landscape; the singular sculptural form creates a clear and direct response to the main oval.
I was in involved in preparing the Construction drawing package, integrating and coordinating information and project materials from consultants and contractors, to ensure timely delivery of accurate documentation and smooth running of the construction.
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Entering the building, the common atrium is revealed with the sweeping staircase encouraging movement and participation. The interiors is seen as an extension of the external concept whereby the striking external envelope is continuously visible throughout the interiors. In this way the building acts as an education tool to engage students and encourage exploration with what is occurring in the learning and teaching spaces. While the elongated windows allow for amazing outlooks and daylight into every space, they also act as sun-shading devices for the ESD initiatives.
1:200 @ A3 1 2 3 4 ENTRY LOBBY IT LAB TEACHING SPACE HEAD OF HOUSE STAFF HUB INDUSTRY HUB PROJECT ROOM 5 6 7 8 0 2 10M LOCKER ROOM THE GEOFF HANDBURY SCIENCE AND TECHNLOGY HUB MELBOURNE GRAMMAR SCHOOL LEVEL 1 8 5 4 7 5 1 4 Level 02 floorplan 32
The building is intended to act as education tool itself whereby selected structural and service elements are visible, but done in a refined and sophisticated way. In the classrooms and laboratories, multi-service active beams are hung from exposed soffit to explain the environmental and servicing requirements of the Greenstar building with drop panels for acoustics.
The internal laboratory concept is taken from current trends in medical research institutes whereby long benches promote a collaborative learning environment.
Finishes are a combination of natural materials such as exposed concrete and blackened metal and glass, punctuated with bright colours and textures with a consideration for the environment with all selections.
PublicWorkshop floorplan Workshop view
corridor view
F E 3 4 5 6 WORKSHOP 116.1.012 JU.19 JU.18 JU.20 JU.17 FX.SI.04 FX.EW.01 FX.EW.01 STAFF TECHNICIANS 116.1.011 LOBBY 116.1.002 PROJECT ROOM 3 116.1.014 PROJECT STORAGE 116.1.010 PROJECT ROOM 2 116.1.015 PROJECT ROOM 1 116.1.016 WORKSHOP STORE 116.1.013 JU.01 JU.01 FB.08 FX.SG.01 FX.SG.01 FX.WLC.01 2931 4500 2398 1492 2625 2225 4775 1400 FX.FW.01 FX.FW.01 650250100900 EQ.GN.01 EQ.GN.01 EQ.GN.01 CONTROL PANEL LOCATION A50.258 A50.201 A50.200 A50.200 SK-590 ASSEMBLY CODE TAG ASSEMBLY TYPE TYPE NUMBER A.AA.00.00 CLASSIFICATION MATERIAL CODE COLOUR CODE MATERIAL CODE TAG FIXTURES, FITTINGS EQUIPMENT CODE TAG AA.AA.00 AA.00A TAG LEGEND CLASSIFICATION TYPE CODE TYPE NUMBER UNIQUE TYPE DOOR TAG DT.01 1.011A DOOR NUMBER DOOR TYPEREFER DRAWING SERIES A45 FOR DOOR TYPE SCHEDULE DETAILS REFER: A50.570: FURNITURE SCHEDULES A57.900: EQUIPMENT SCHEDULES A57.910: FIXTURES SCHEDULES REFER: ASSEMBLIES, MATERIALS, FINISHES COLOUR CODES INDEX REFER: ASSEMBLIES, MATERIALS, FINISHES E E JOINERY NOTE: REFER TO A55 DRAWING SERIES FOR JOINERY DETAILS No.DateAppRevision or reason for issue Do not scale from drawing. Use marked dimensions. To be read conjunction with other Consultant's drawings. The Architect to be immediatel notified any discrepancies. Copyright on this drawing retained by the Architect. Electronic files are subject the terms of the Denton Corker Marshall Electronic Data Disclaimer. General Notes Architect Denton Corker Marshall Pty Ltd Level 19, 55 Collins Street Melbourne Victoria 3000 Australia T +61 9012 3600 SCALE PLAN 1 WORKSHOP INTERIOR C212/04/2017NTAMENDMENTS/ CONFIRMATION OF MATERIALS + COLOURS C101/08/2016NTCONSTRUCTION ISSUE 33
Shepparton Art Museum
Employment Information
Company: Denton Corker Marshall
Project Information
Type: Culture | Architecture
Stage Involved: Concept Design
Location: Shepparton, Australia
Size: 5,000m2
Status: Built
The project is a five-storey building housing the current Shepparton Art Museum, visitor centre and another local gallery. It is a significant development in the region due to its potential to become a key pedestrian route and to provide connection to the indigenous culture. The building presents itself as a singular, powerful composition of abstract sculptural elements placed in the landscape.
My tasks on the project involved gaining understanding of client objectives and requirements as well as knowledge of precedents, environments, history and culture that might influence the design. I was also involved in cooridinating with different stakeholders of the museum and providing suggestions on what external consultants to engage.
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The park is SAM’s greatest asset and the design capitalises on this and conceives a sculptural building-in-the-park. The building service and loading dock areas are buried under a mound creating an Art Hill above them. Not only are they completely screened but it has the added benefit of creating two ground levels to the park – a standard ground level, and an upper ground level.
Street verandahs characterise regional and country towns. They provide shade, shelter, identity, gathering and meeting places. The design creates a contemporary interpretation of the street verandah on each of the four facade responding to different use and orientation.
Rather than having designated galleries displaying art and artefacts the building is conceived as an art container - not one gallery but every space and every moment in and on SAM is a gallery display opportunity, be it stairs, lobby walls, lift wells, facades, external toilet block roofs. Every surface presents an opportunity for display, event or installation.
Ground Floorplan Section Exterior view (during construction) A10-302 1 C B D E 1 2 3 4 AGT G.13 VIC STORAGE G.14 SAM SHOP G.28 AGT G.19 CLEANER'S ROOM G.29 KITCHEN G.08 VIC OFFICE G.07 SAM STORAGE G.12 VISITOR INFORMATION CENTRE G.05 CENTRE ENTRY G.01 CORRIDOR G.CR4 AT G.20 DISPLAY G.04 KAIELA ARTS G.16 STUDIO G.18 CAFE STORAGE G.30 BATH G.26 ARTIST IN RESIDENCE G.25 OFFICE G.17 AT G.10 CORRIDOR G.CR3 KITCHEN LIFT GOODS LIFT FIRE STAIR G.ST1 FIRE STAIR G.ST2 MEETING ROOM G.09 RL 112.900 RL 112.900 RL 112.900 RL 112.900 LOADING DOCK G.39 KAIELA STORAGE G.21 STORAGE G.11 DISPLAY FIP G.03 1 A50-501 REFER TO DRAWING A10-111 FOR CONTINUATION 9300 9300 9300 CORRIDOR G.CR1 CORRIDOR G.CR2 A10-301 A10-300 CLOAKS G.27 FHR G.02 UNDER STAIR VOID LINE OF CANOPY ABOVE CF02 CF02 CF02 MX01 TL03 CP01A CP01A RE01 RE01 CF02 CF02 CF02 CF02 CP01A SAM STORAGE G.31 MX01 CF02 A10-101 POTTERY WHEELS LOUNGE CF02 FHR A10-201 A10-203 A10-202 A10-200 DB G.23 CP01A CP01A G.06 m² DB G.15 CF02 HOT WATER UNITS RE01 RE01 RE01 RE01 STORAGE G.22 FHR G.24 AV SCREEN RL 112.900 4 A34-053 LINE OF BULKHEAD ABOVE LINE OF FLOOR ABOVE VOID CP04 CP04 CP04 CP04 CANOPY DRAINAGE, CONCEALED IN TIMBER BILLET 4 A34-052 A24-060 TIMBER BENCH TIMBER BENCH CP04 FM03 FM03 DISPLAY CABINET FM07 FM03 1:40 1:102 1:41 1:41 CF03 CF02 CF02 AV SCREEN FUTURE AV SCREEN CF02 RL 112.900 CF03 FM03A FM03C FM03 FM03C MX09 MX09 PV01 PV01 PV01 DP DP FM12A FM12A FM12A OVERFLOW HATCH, REFER TO FACADE DETAIL B 4 BEDROOM GM.01 RL 115.340 CP01B VOID TOB 116.370 Drawing Title Drawing Status Project Number Scale North Point Project File Print Date Drawing Number Do not scale from drawing. Use marked dimensions. To be read in conjunction with other Consultant drawings. The Architect to be immediately notified any discrepancies. Copyright this drawing retained by the Architect Electronic files are subject the terms of the Denton Corker Marshall Electronic Data Disclaimer. General Notes Issue Date 123 1:100 @ A1 1:200 @ A3 Drawn Checked Project Title Architect Denton Corker Marshall Pty Ltd Level 19, 55 Collins Street Melbourne Victoria 3000 Australia +61 9012 3600 +61 9012 3601 melb@dentoncorkermarshall.com dentoncorkermarshall.com No. DateApp Revision reason issue T2 14/08/2018 4:53:33 PM GROUND LEVEL PLAN 7521 A10-101 FOR TENDER GG SY SHEPPARTON ART MUSEUM GREATER SHEPPARTON CITY COUNCIL LOCKED BAG 1000 SHEPPARTON VIC 3632 A10-101 SCALE 100 2 GROUND LEVEL PLAN MEZZANINE T103/08/2018For Tender T214/08/2018For Tender GROUND LEVEL RL 112.90 LEVEL RL 117.90 LEVEL RL 128.90 LEVEL RL 133.60 ROOF RL 139.85 1 2 3 4 LEVEL MEZZANINE RL 136.50 5500 5500 4700 2900 3350 TERRACE GALLERIA CENTRAL PLANT CRATE CENTRAL GALLERIA CENTRAL GALLERIA LAKE VIEW ATRIUM WEST STAIR KAIELA ARTS ENTRY A43-400 3800 1200 4050 1450 4050 1450 360011003600 2650 2 A50-101 5000 CEILING LEVEL CEILING LEVEL CEILING LEVEL CEILING LEVEL CEILING LEVEL FCL 121.95 FCL 127.45 FCL 132.50 FCL 137.20Drawing Title Scale North Point Do not scale from drawing. Use marked dimensions. To be read in conjunction with other Consultant drawings. The Architect to be immediately notified any discrepancies. Copyright this drawing retained by the Architect Electronic files are subject the terms of the Denton Corker Marshall Electronic Data Disclaimer. General Notes 123 1:100 @ A1 1:200 @ A3 Architect Denton Corker Marshall Pty Ltd Level 19, 55 Collins Street Melbourne Victoria 3000 Australia +61 9012 3601 melb@dentoncorkermarshall.com dentoncorkermarshall.com No. DateApp Revision reason issue SECTION AA FOR TENDER SHEPPARTON ART MUSEUM GREATER SHEPPARTON CITY COUNCIL LOCKED BAG 1000 SHEPPARTON VIC 3632 T103/08/2018For Tender T214/08/2018For Tender 36
Lower
The building is an outstanding work of architecture in both appearance and performance with simplicity, clarity and memorable identity. It makes an outstanding contribution to Shepparton and Victoria Park Lake by substantially expanding the park including a dramatic Art Hill screening all building services and surrounding SAM in parkland.
The final project provides a highly legible, highly transparent and highly accessible art museum focused around an open, generous circulation, with maximised curatorial freedom.
Exterior view Exterior view37
ACADEMIC WORKS
The recent waves of migration has directly lead to a rapidly growing population and a severe housing shortage in Berlin. A new, digital turning point in building would have to become an incubator of rational urban development – producing modular buildings without monotony, with social integration as potential, with flexibility and a subsequent increase in density as prerequisites for an urban future.
The project focuses on this theme based on a real scenario in Berlin. The design approach adopts the tower typology with prefabricated construction method and low construction area to consolidate the area sustainably, and minimise the impact on existing green spaces.
The W Towers [Social Housing]
Group Work (2) Berlin, 2016
The final outcome is four twenty-one level towers each with 22 different apartment layouts, ranging from 1 bedroom studios to 3 bedroom apartments, in which can be arranged and combined differently according to specific needs. The apartment layouts differentiate from the conventional social housing plans with relatively long depth and inflexible rooms squeezed in rectangular plans, but offers modern and unique life styles, with its more open and efficient living spaces.
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Together with the use of advanced engineering, it offers a changeable prototype in the sense of a case study for a house of the 21st century. 40
2.Commercial Function
3.
4.
The whole scheme allows a big variety of flat sizes and configurations, which are all thought in a modular system. By shifting and intersecting the walls, the scheme avoids rectangular plans with relatively long depths, but rather creates unconventional social housing types with more luxury and flexible options. Every single square metre has been adapted to its maximum use, meanwhile, the majority of the flats will receive South light.
The ground floor keeps it’s space open to the public. It offers services like small shops, some bike storages and garbage storages. As the building gets taller some public programs are offered including a kindergarten and a meeting space.
15th Alternative Floor Plan- Kindergarten 19th Alternative Floor Plan - Meeting Space 19 20th Floor Plan 1 - 10th Floor Plan 11 - 14th Floor Plan 15 - 16th Floor Plan 17 - 18th Floor Plan
1. Entrance hall
Bike Room
Garbage Room
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The prototypical building articulates itself in shape of a high-rise typology. In this way the impact to its surrounding is as little as possible and at the same time it can inhabit a large amount of people.
According to the German Building Law, the planning of building should always consider the setback area to prevent over-shade (setback distance from building edge = building height x 0.4). The setback distance of each building must be respected and cannot be overlapped. This is also one of the critical factors that determine the shifting outline of the architecture.
The site already has a quite dense population and the majority of the residents tend to be elderly people who have been living there for more than 10 years. The proposal tries to minimise the impact on the local residents and improve the urban condition, by articulating the buildings in high rise typology and maintaining 90% of the vegetation on site. The landscape design differentiates from the rigid form of the building and forms a dynamic pattern that is developed as free as possible. This provides a light yet energetic background for the high rise towers, and marks out two gardens between the building with distinct atmosphere: a ‘paradise’ and a ‘secret backyard’. More importantly, the proposal requires minimum maintenance and allows the current residents to appreciate the existing condition.
Typical floorplan Exterior view Massing diagram Opening up the basement and creat a sunken plaza Mirroring the volume / satisfying the setback law Adjusting the outline to reinforce the green gardens Applying the modular grid Cutting the volume to allow for natural light grid Cutting the volume to allow for natural light Opening up the basement and creat a sunken plaza Mirroring the volume / satisfying the setback law Adjusting the outline to reinforce the green gardens Applying the modular grid Cutting the volume to allow for natural light
plan
Setback
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By choosing industrial standardised materials the building cost can be reduced and at the same time it allows for a light and contemporary modular appearance. The facade elements can be prefabricated and transported on site by trucks. The three main materials are concrete shear walls, glasses, and metal meshes.
In response to the unique configuration of the plans, the building structure adopts a shear wall and beam system. The length of the shear walls are calculated based on the maximum span of the beams. Each component is also standardised based on the construction grid.
Facade section Building construction
Facade diagram
Exploded structural diagram 43
Present
[Bathhouse]
Individual Work Melbourne, 2015
Located at the Daylesford Lake, Melbourne, the project intends to become a stretch of the eye to the landscape, a continuity that defines a journey shifting from the outer world to inner world. The architecture awaits fulfilment and reception, complete only when the observer enters. It begins with a collaboration with the natural world to set the stage.
The program is inspired by the concept of monastery, which were not built for contemplation alone, but also as apparatuses aiming to regulate life in all its physical and mental aspects.
“Every order defined a form of life clearly prescribed according to a rule, that is to say a precise program. The goal was not to replace life with abstract standards or schedules (such as our daily routines) but rather, to make the rules so consistent to life that the rule
SUN PATH Cells
Men’s changing room/bathroom
Women’s changing room/bathroom
Entry to bath
Rooftop Bar
Sauna & Massage rooms
Indoor bath
Outdoor bath
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The Neudaflat [High RiseTimber Construction]
Individual Work Utrecht, 2015
The 15 storey office building in Utrecht will be renovated using the structure of wood, incorporated with a sustainable facade, that minimizes energy use and requires the minimal structural support. The vertical load bearing elements will use the diagrid system as they are structurally efficient as well as architecturally significant assemblies for tall buildings.
Timber Frame Structure
In summer, the intermediate layer of the ETFE cushion will be pushed outwards to block heat. The middle cushion on the North facade will be opened to allow the Northern breeze to come in, and heat will be exhausted through the chimney on the South facade.
In winter, the intermediate layer of the ETFE cushion will be pushed inwards to allow heat to come in. The middle cushion on the South facade will be opened, and air will be pre-heated/ sent to the AHU system to heat the internal space.
Climate Facade 68° Building Structure Exploded Diagram FLOOR FINISH FLOOR FINISH PREFABRICATED FLOOR ELEMENT PREFABRICATED FLOOR ELEMENT EDGE BEAM AND MAINTAINENCE CATWALK EDGE BEAM AND MAINTAINENCE CATWALK VERTICAL LOAD BEARING ELEMENTS VERTICAL LOAD BEARING ELEMENTS 50mm MAINTAINENCE CATWALK CURTAIN WALL SUPPORT FRAME FOR ETFE CUSHION ETFE CUSHION
500mm MAINTAINENCE CATWALK FIXED ONTO EDGE BEAM TIMBER FRAME FIXED ONTO METAL JOINT ROTATEBLE EFTE CUSHION TO ALLOW FRESH AIR IN ETFE CUSHIONS CLAMPING PROFILES TIMBER TUBULAR TERTIARY SUPPORT FRAME SECONDARY STRUCTURE FRAME WITH METAL GRILLE CURTAIN WALL SYSTEM BUILDING STRUCTURE Outer air chamber Inner air chamber OUTER LAYER (TRANSLUCENT FRITTED PATTERN) EQUINOX SUMMER SOLSTICE WINTER SOLSTICE INTERMEDIATE LAYER (TRANSLUCENT FRITTED PATTERN) INNER LAYER (NO FRITTING) 300mm 500mm MAINTAINENCE CATWALK FIXED ONTO EDGE BEAM TIMBER FRAME FIXED ONTO METAL JOINT ROTATEBLE EFTE CUSHION TO ALLOW FRESH AIR IN ETFE CUSHIONS CLAMPING PROFILES TIMBERTUBULARTERTIARY SUPPORT FRAME SECONDARY STRUCTURE FRAME WITH METAL GRILLE CURTAIN WALL SYSTEM BUILDING STRUCTURE Outer air chamber Inner air chamber OUTER LAYER (TRANSLUCENT FRITTED PATTERN) EQUINOX SUMMER SOLSTICE WINTER SOLSTICE INTERMEDIATE LAYER (TRANSLUCENT FRITTED PATTERN) INNER LAYER (NO FRITTING) 300mm 500mm MAINTAINENCE CATWALK FIXED ONTO EDGE BEAM TIMBER FRAME FIXED ONTO METAL JOINT ROTATEBLE EFTE CUSHION TO ALLOW FRESH AIR IN ETFE CUSHIONS CLAMPING PROFILES TIMBERTUBULARTERTIARY SUPPORT FRAME SECONDARY STRUCTURE FRAME WITH METAL GRILLE CURTAIN WALL SYSTEM BUILDING STRUCTURE Outer air chamber Inner air chamber OUTER LAYER (TRANSLUCENT FRITTED PATTERN) EQUINOX SUMMER SOLSTICE WINTER SOLSTICE INTERMEDIATE LAYER (TRANSLUCENT FRITTED PATTERN) INNER LAYER (NO FRITTING) 300mm 500mm MAINTAINENCE CATWALK FIXED ONTO EDGE BEAM TIMBER FRAME FIXED ONTO METAL JOINT ROTATEBLE EFTE CUSHION TO ALLOW FRESH AIR IN ETFE CUSHIONS CLAMPING PROFILES TIMBERTUBULARTERTIARY SUPPORT FRAME SECONDARY STRUCTURE FRAME WITH METAL GRILLE CURTAIN WALL SYSTEM BUILDING STRUCTURE Outer air chamber Inner air chamber OUTER LAYER (TRANSLUCENT FRITTED PATTERN) EQUINOX SUMMER SOLSTICE WINTER SOLSTICE INTERMEDIATE LAYER (TRANSLUCENT FRITTED PATTERN) INNER LAYER (NO FRITTING) 300mm 70
Timber Joint
Facade exploded diagram
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Individual Work Melbourne, 2014 Gift to the City [Galleries and Museum]
Accommodating five individual galleries which each exhibits an artwork from a different artist via different media, including video work, sculpture, objects, etc., the the art and the built form into one, and allows the public and the art to complement each other.
The independent galleries are clustered together in a simple yet dynamic language - there is no interruption of the overall impression by any secondary elements, which has nothing to do with the artists’ statements. No visual boundaries or threshold were added to the structure - the act of approaching and participating it through the forest of columns on the concrete podiums complete the architecture and transform the architecture to a progression of experience.
The museum is here to serve the exhibition of artworks while adding layers of information onto them and providing overlapping perspectives that allow the users to form their distinct ‘whole’.
GALLERY 1 GALLERY 2 GALLERY 3 GALLERY 4 GALLERY 5 Ground level plan 66 04
Gillick Liam Gallery Mark Titchner Gallery
“Often you won’t need to heavily direct people towards the appropriate space, because there is no appropriate space.”
CONCEPT DEVELOPMENT
“Introducing this sense of doubt into things...when sometimes you see something, you kind of step back a little bit and think about what it is before”
“..sensorial, experience based installation, in which the viewer is always the centre piece; installation will actually become alive whenever viewer was inside an experience seeing the installation, ...transgender as a symbol of resistance, transformation fader finding the status quo.
...two identities into one body of work.”
avaf Gallery section videos projected on each of the intersecting planes split into vertical/ horizontal stripes to intersect wih each other the industrial city profile was taken and abstracted to be the steel frames that hang the screens and the artworks become the movable structure in this space to delivery messages.
floor plan a
1.inner glass lining 3.outer plasterboard skin4.entry 1 2 3 4
Artwork Type: Paintings and Installations Artwork Type: Video Artwork Type: Video 1. Opposition 2. Transformation 3. Combination 4. Reformation 5. Opposition 6. Transformation 7. Refomration 8. Merging 9. Wraping 6. Combination 67
The Blend Lab [Maker Lab]
Individual Work
Melbourne, 2014
A contemporary maker lab that accommodates diverse makers/communities in Collingwood (Melbourne)and integrate different elements that exist in the suburb.
By introducing a diverse range of programs and blend them through the visitor’s journey, it re-activates the community and encourage social interaction. Spaces are defined in multiple ways to allow for both private, semiprivate, and public activities.
To introduce diverse elements that exist in the community and integrate them in the project in order to encourage not only connections between makers and public but also among different communities in the neighbourhood.
Makers separated from public Making process exhibited for public Public part of making Independent Intersecting Blending
Maker Typology Spatial Relationship
PROGRAMS disperse concentrate circulation intersect PROGRAMS disperse concentrate circulation intersect programs 68 05
The concept of the blend lab is to provide a space for people with creative minds to share their knowledge and allow different activities in the community to happen at the same time while still allowing for private, semi - private, and public preferences. It encourages people to interact with each other and participate in the making through a series of ‘distractions’ within the circulation. The spatial relationships between the makers and public are constantly challenged to reinforce the concept and injecting playfulness to the project.
PROGRAMS ENVELOPE disperse concentrate disperse disperse concentrate concentrate circulation intersect programs circulation wrap programs ENVELOPE ENVELOPE PROGRAMS ENVELOPE disperse concentrate PROGRAMS ENVELOPE disperse concentrate disperse disperse concentrate concentrate 3rd floorplan workshop 3 workshop 4 workshop 5 workshop 6 bathrooms workshop 2 exhibition workshop public lecture rock climbing centre machine&storage footpath to townhall footpath to railway station restaurant/cafe bathrooms teaching space exhibition teaching space teaching space teaching space 2 teaching space teaching space teaching space teaching space 4 teaching space 4 foldable curtain (for public event) machine&storage exhibition exhibition exhibition footpath to townhall footpath to townhall
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Forest on the Sea [Pier Design]
Group Work (4) Melbourne, 2020
St Kilda as a suburb has gone through major transformations since the 2000s, however one element that has seen little change is the St Kilda foreshore. The site of the former Brookes Jetty is a perfect opportunity for an urban intervention that will not only reshape this part of the foreshore above the water line but provide an opportunity to rehabilitate and reimagine the sea life below.
‘Forest On The Sea’ is a destination and reimagination of the previous Brookes Jetty and a reflection of its surroundings. It consists of three key elements; The Rock Pools, The Canopies, and The Walkways that will be linked to its surrounding programs such as Luna Park and Acland Street through the future promenade along Shakespeare grove. ‘GeorgeRobinsonalsorelatedaKulinstorythatBunjil,theancestralcreatorplacedrocksatStKildatostopthewatersofthegreatflood...’
The Rock Pools serve as the focal point of the project where a symbiotic relationship between people, built form, flora and fauna occur. The 17 rock pools that are made to mimic rocky shorelines will help to significantly increase biodiversity in St Kilda. These rock pools will also provide intimate areas where the public can relax and interact with the local sea life. A series of canopies rise up from the rock pools to provide shading, jumping platforms and viewing platforms at different heights for the public to interact with. An elevated Walkway links several of the canopies back to the existing stormwater outlet forming a bridge from the foreshore to the rock pools linking land and the people, with the water and sea life of Port Phillip Bay. The walkway acts as a point of reflection on this once prominent and popular spot whilst also serving the programs expected of the jetty in Port Phillip Bay.
YALUKIT WILLAM The River PeopleofPortPhillip,MeyerEidelson
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