Content
Work Experience /
• Blue Paradise - Awawan Seaside Recreational Park , AECOM
• Takoham Regional Planning, AECOM
• PCG Central Java Industrial Park - VR Showroom, AECOM
• Sratford Centre New development, AHMM
• Carrington Street, AHMM
• Emerge Architects Anniversary Exhibition Interior Design and Curation, Emerge Architects
• SINICA Eco-Pavilion - Drawing Competition, Emerge Architects
• Penghu Sport Centre, Emerge Architects
Student Projects /
• Alpine Botanic City, MArch RIBA Part 2 , Bartlett School of Architecture, UCL, UK
• Barter Village, MArch RIBA Part 2 , Bartlett School of Architecture, UCL, UK
• Future Artefacts Archive , MArch RIBA Part 2 , Bartlett School of Architecture, UCL, UK
• Sync / Sink City , BArch , Feng Chia University, Taiwan
Blue Paradise - Awawan Seaside Recreational Park
Cheng-Gong, Taitung County, Taiwan
23°10'37.5"N 121°24'06.8"E
Work Experience Project 01
Urban Designer II, AECOM
Client: ECNSA, Taiwan
The requirement of the project is to deliver a dynamic long-term planning document that provides a conceptual layout to guide future growth and development of water sport tourism, which includes developing a strategic framework, as well as studying the feasibility of the planning proposal. The project site is located at the east coast of Taiwan, which is also regarded as one of the most sensitive areas where there is conserving of the most diverse ecosystem of wildlife, natural landscape and aboriginal communities. The strategic planning site covers the whole administrative area of the client ECNSA (East Coast National Scenic Administration) with 3 specifically appointed locations in the north, middle and south part of the administrative area. Nevertheless, the designated site for detailed planning design is the north location among the appointed sites - Awawan (Meaning “Stone Umbrella”, named after one of the most iconic volcanic rocks which looks like an umbrella).
Cliff Walkway - Connecting Existing Recreational Park to The New Waterfront
Region Pacific Island Water Sports Paradise
1.“Acupuncture” approach for landscape micro managementbased on the initiatives in the master plan
2.Diversifying tourist capacity level based on social and environmental consideration.
3.Promoting integration and collaboration of cultural identity and tourist activities.
Development Potentials
The natural resources at the east coast have been one of the most well-conserved and celebrated in Taiwan due to its mountainous topography which creates a complexed environmental obstacle for urban development.
With its volcanic geology and ocean flows from The Pacific Ocean, strong biodiveristy and maritime ecosystem are what come to mind first when we started developing the project. We use both firsthand and second hand field survery methodlogy to investigate development potential from ecological aspect, social aspect and economic aspect. We concluded 9 key local resources which would be benefitial for water sport tourism, and 10 critical conclusive perspectives from
local communities, officials, orgnaisations as principle values to leverage development intensities and design approaches.
3 Key MP Strategies & 6 Initial Targets
As what is shown in the diagram above, the planning and design apporach will be as minimun as possible considerring the client's schedule of delivering the project in the future, as well as the budget. Thus, firstly we suggested an "Acupuncture" design approach including using existing infratructures and spaces, connecting patches of the public realm. Secondly, because our project sites are relatively safe and calm water areas, we suggested future water sport tourism targetting all age groups and creating friendly spaces for all
of these groups. Thirdly, our project sites are located in Taitung County where 80% of the local population are aborigional people and Amis is the dominant tribe among them. Aboriginal culture and identity has been one of the national intiatives from the Taiwanese government, as well as a siginficant resource for Taiwanese tourism. Therefore, we suggested following the successful models of other well developed areas regarding promoting aborigional cuture and integrating it into the future development at the project sites. These 3 key strategies were then developed further into 6 planning targets for the design proposal.
石雨傘整體規畫構想與發展目標之工作思維 | Key Strategies| | 6Main Planning Initiatives | | Operation| 3community workshops + 2 Public Engaement Business Owners, Residents, Related Amis Tribes, Local Council, Representatives, NGOs
Chenggong
Strategic Framework 10 Critical Conclusive Perspectives from Key Stakeholders 9 Key Local Resources for Water Sports Tourism Development |Potentials| • Identifying public, semiprivate, and private spaces and public amenities • Traffic Control • Land-Use Capacity Setting • Feasible Operative Model (OT / Governmental Procurement / Direct Operation) [ Transport Target ] Clearer Road Hierarchy [Service Targe ] More Utilities for Water Sporters [ Diversity Target ] All Age Groups Friendly Spaces [ Economy Target ] Supporting Local Startup [ Landscape Target ] Enhance Public Realm Connectivity [ Ecology Target ] Restore Biodiversity Bird-View of The New Waterfront
-【The AwawanBlue Paradise Village】The Master-Planning
1)新建水域遊憩區專用停車場與業者專用服務道路。
2)打造自既有遊憩區到水域遊憩區之散客慢行走廊。
管理目標【服務更完善】部落暨遊憩之活動空間打造
1)多層空間欣賞晨曦與海灣景色之觀賞指引系統
由地方經營組織統㇐管制露營乘載數量之專設露 置入由專業者帶領之戶外拓展與林野體驗活動,
[ Transport Target ] Clearer Road Hierarchy
1. Providing a designated carpark for water sport business owners dropping off cutomers.
2. Building corridors in-between the existing recreational park and the waterfront area to divert cars and pedestrians.
3. Transforming the main street to the waterfront into a promenade and limiting car access.
[ Ecology Target ] Restore Biodiversty
1. Conducting biodiversity research and a feasiablity study for increaing biodiversity.
2. Waterfront landscape improvment with environmental-friendly design and tectonics.
[ Service Target ]
More Utilities for Water Sport People
1. Creating a new seaside recreational park tourist centre.
2. Converting the existing unused space into a multi-purpose platform for local events, such as markets, music events, etc.
[
Landscape Target]
Enhance Public Realm Connectivity
1. Creating viewing platforms while developing a walkway system interlinking future camping sites, waterfront and transport access points.
2. Consistent design language for landscape furnitures and signages.
3. Refurbishing existing utilities and landscape infrastructure in the current recreational park.
[
Diversity Target ]
All Age Group Freindly Spaces
1. Suggesting all the activities are guided activities to prevent individual tourist behaviours damaging the sensitive ecosystems.
2. Establishing a management board including business owners, local residents and the operation team to monitor the activity and maintain the environment.
3. Providing diverse entertainment packages by collaborating mountain hiking, agricultural experiences, short classes, etc.
[ Economy Target ] Supporting Local Startups
1. Securing strong influences of local aborigional identity associating with the overall marketing strategy of the future seaside recreational park by encouraging and supporting local startups.
2. Introducing training that will be beneficial for local business owners and facilitate business networks for local startups to increase business resilency and scalability.
策畫目標【活動更全齡】山林的體驗活動策畫
創生目標【地方更發展】石雨傘生態部落再生 1)新活動場域強調石雨傘天然景觀與部落生活人文 2)生態社區人才培育與商業經營輔導,協助部落地 1 3 1 2 3 1 2 2 3 1 2 2 3 1 2 1 2 2 1 1 1 1 1 2 2 石雨傘整體空間規劃構想之目標
Master Plan of The Awawan Seaside Recreational Park
1) Vew from the Water Area Looking at New Waterfront , Market Space and Tourist Centre
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2) Multi-purpose Platform for Market, Cultural Events,etc.
Operation and Feasiablity Study
The feasiablity study emphasised on scoping 3 key regulations and proposing operation models for a future procurement plan to the client. With regulation, the project development is dominated by the Regional Planning Act, Coastal Management Act and Aborigional People's Basic Right Law, which have clear restrictions to land-use amendment, appropriation of pulic lands and development intensity. Regarding operation models, it was crucial to have the business scale aligned with the capability of local business owners. There are already several local water sport tourism business owners; using them as potential operators, together with the client, we came out with specifications and legal procurement requirements that are friendly to those business owners.
Community Interviews & Workshops
50 % of the master planning project is collecting local communities' opinions under the legal requirement of Aborigioanl People Basic
Right Law and Coastal Management Act. We conducted 23 one to one interviews, 3 community workshops and 2 community engagements. The participants ranged from local aborigional committees, trading organisations, business owners to local residents. Among the dicussion, we circled around four principle issues covering the environmental aspect, social aspect, trasport aspect and economic aspect. We also presented our future proposal about how we will achieve the 6 targets including the ecology target, transport target, landscape target, service target, economy target and diversity target. The diagram below shows interesting results about which planning target received the most concerns and expectations from the local communities.
石雨傘整體規畫構想與發展目標之工作思維 | Participants | | Analytical Aspects| Environment Carrying Capacity & Development Intensity |WorkshopTopics| Transport Service Diversity Economy Landscape Ecology IdentificationofPublicRealm,SemiPrivateSpacesandPrivateSpacesfor LocalCommunity. Road, Streets and Passages to Be Retained & Developed TypesofUtilities and Commercial SpacesforTourist Services AECOM Local Organizations Business Owners Local Officials 23 Interviews 3Community Workshops 2Community Engagement
Community Interview Workflow Participatory Groups Feedback Analysis Community Workshops • Official Local Representatives • Business Owners • Local Organisations
Development Delivery Timeline
At the final stage of the project, we suggested a comprehensive timeline for the client indicating the the legal requirements under the Regional Planning Act, Coastal Management Act and all the relavent construction regulations, as well as the process length and potential risks in the procedures. The master planning proposal was completed in April 2022, and has now moved into applying for land-use amendment and appropriation of public lands. It is estimated that the development will receive planning approval from the competent authority by the end of 2024 and enter the construction stage. If the process goes as planned, the client can procure for operation management by 2027.
Stage 01 Stage 02 Stage 03
Master Planning
Applying for Land-Use Registration Amendment Based on Regional Planning Act ArchitecturalDesign &PlanningApplication Procurement & Construction Procurement & Operation
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1) Development Delivery Timeline
2) Central Promenade Overlooking New Waterfront
Takoham Regional Planning
Taoyuan City, Taiwan
24°52′50.2″N 121°17′13.5″E
Work Experience Project 02
Urban Designer II, AECOM
Client: Taoyuan City Hall, Taiwan
Due to lack of master planning and local consensus of the regional development, Taoyuan City Governement aims to deliver a regional identity and cohesive " brand" integrating all the exisiting local development at the reclaimed land situated in-between Daxi District and Long-Tan District. In the proposal, the brand "Takoham" was suggested based on extensive historic documents and cultural referencing. GIS and national land-use system were widely use to map out the spatial profile of all the development schemes in the region and conclude the physical relationship under the proposed regional identity. The final proposal was to create a guidebook for the lcoal government bodies about how to integrate with different departments in the future and facilitate administrative cohesion.
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1) Regional Map of Takoham
2) Scematic Hiking Trail
3) Regional Schemes Index
PCG Central Java Industrial Park - VR Showroom
Work Experience Project 03
Urban Designer II, AECOM
Client: PCG Group, Taiwan
Working with the digital team of AECOM, the VR show room is one of the deliverable products to the client PCG which is one of the major suppliers for big sportwear brands, such as Adidas, Nike, etc. The VR show room aims to showcase the company's value, history, technology in shoes manufacturing and remarkable relationship with clientele. Enscape, Rhino and Twinmotion are the key softwares applied in this product delivery.
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1) PCG VR Showroom Interior Design
2) PCG Produce / Nike Corner in the VR Showroom
Sratford Centre New development
Stratford, London, UK
51.5423°N 0.00256°W
Work Experience Project 04
Post Graduate Summer Placement, AHMM
Client: Frogmore, UK
*Images Are For Personal Purpose Use Only.
Copyright. Allford Hall Monaghan Morris
10. 14.
1. Master Plan 2. Visualisation of Central Plaza
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*Images Are For Personal Purpose Use Only. Copyright. Allford Hall Monaghan Morris 1 2
1. Proposed Elevations 2. Proposed Elevation Detail
Carrington Street
Mayfair, London, UK 51°30'23.0"N 0°08'50.5"W
Work Experience Project 05
Architectural Assistant Part 2, AHMM Client: AVERDEEN OAK LTD. , UK
Stair Lift Pit ZZ.05 Lift Pit ZZ.04 Plant 245 Lobby Office Cycle Store Car Lift ZZ.44 Car Lift ZZ.45 Lobby Residential Waste Commercial Waste ZZ.03 Stair Plant Stair Plant Plant Cycle Lift Corridor ZZ.08 Riser Residential Store D690 D659 88 D675 D678 86 D680 88 D682 D684 88 D687 D692 86 D711 86 D712 114 D730 D731 D737 D959 103 D694 103 D966 88 D968 D1133 D1143 D1147 D1173 88 D1183 88 88 D1185 88 D1191 86 D1213 D1234 D1284 N job title drawn by project revision status drawing title location checked scale ARCHITECTS Ltd MORELANDS, 5-23 OLD STREET LONDON EC1V 9HL When this drawing is issued in uncontrolled CAD format will be accompanied by a PDF version and is issued to enable the recipient to prepare their own documents models drawings for which they are solely responsible. The recipient should report all drawing errors, omissions and discrepancies to the architect. All dimensions should be checked on site by the contractor and such dimensions shall be the contractor’s responsibility. Allford Hall Monaghan Morris Limited accepts no responsibility or liability for:- any use of this drawing by parties other than the party for whom was prepared or for purposes other than those for which was prepared - any alterations or additions to or discrepancies arising out of changes to the background information on which the drawings are based that was current at the time of issue, and which occur to that information after it has been issued by AHMM - any loss or degradation of the information held in this drawing resulting from the translation from the original file format to any other file format or from the recipients reading of it in any other programme or any version of the programme other than that which was used to prepare it - the accuracy of survey information provided by others or for any costs, claims, proceedings and expenses arising out of reliance on such information - any scaling from this drawing other than by the local planning authority solely for the purposes of the planning application to which relates CONTRACTOR: STRUCTURAL ENGINEER: PROJECT MANAGER: ACOUSTIC CONSULTANT: SPECIFICATIONS CONSULTANT: ALLFORD HALL MONAGHAN MORRIS drawing no. 1 : 100@A1 CARRINGTON STREET PRESENTATION VIEW 審圖員 作者 (22)_702 15073 PARTITION TYPE FPS 100 25 50 'C' STUD SYSTEM AT 300MM PARTITION ROLL. GLASSROC H BOARD TO ONE SIDE, 12.5MM WALLBOARD TO ONE SIDE ACOUSTIC PARTITION ROLL ACHIEVED FIRE RATING: 60min NBS: 25-15-25/135 PARTITION TYPE FPS 101 100mm 'C' STUD LININGS:TILE FINISH & 12.5MM BOTH SIDE CAVITY GAP FOR SERVICE. ACHIEVED FIRE RATING: 60min 70 70 'C' STUD SYSTEM AT 600 MM CENTERS. WALLBOARD EITHER SIDE. ACHIEVED FIRE RATING: 60min PARTITION TYPE FPS 110 GYPFRAME 70 'I' STUD FRAMEWORK AT SYSTEM REFERENCE A306003 023 LININGS:COREBOARD BETWEEN STUDS (TO SHAFT SIDE). 2X15MM GYPROC CAVITY INSULATION: 25MM ISOVER MAXIMUM HEIGHT: 2930MM NBS: PARTITION TYPE FPS 111 GYPFRAME 48 'I' STUD FRAMEWORK AT SYSTEM REFERENCE LININGS:COREBOARD BETWEEN STUDS (TO SHAFT SIDE). 2X15MM GYPROC CAVITY INSULATION: NONE MAXIMUM HEIGHT ACOUSTIC RATING: Rw 45 dB PARTITION TYPE IWS 300 DRYLINER WALL LINING SYSTEM: CHANNELS AT 600MM CENTRES WITH GL2 BRACKET AT 800MM VERTICAL ACOUSTIC RATING: Rw 4 dB NBS: 25-85-45/150 PARTITION TYPE IWS 301 48MM 'I' STUD FRAMEWORK @60MM CTRS.TO SIT 10MM FROM CAST LININGS: 2no. 15MM GYPROC WALLBOARD CAVITY INSULATION: 25MM ISOVER ACOUSTIC PARTITION ROLL ACOUSTIC RATING: N/A NBS: 25-85-45/150 PARTITION TYPE IWS 302 75 MM STUD FRAMEWORK @60MM CAVITY INSULATION: 50 MM ISOVER ACOUSTIC RATING: N/A ACHIEVED FIRE RATING: 60min PARTITION TYPE IWS 303 25 S 50 'C' STUD SYSTEM AT 300MM CENTERS WITH 25MM ISOVER ACOUSTIC REQUIRED FIRE RATING: N/A GLASSROC H BOARD TO ONE SIDE, CAVITY INSULATION: 25MM ISOVER ACOUSTIC PARTITION ROLL ACOUSTIC RATING: Rw 49 dB NBS: 25-15-25/135 PARTITION TYPE IWS 304 DRYLINER WALL LINING SYSTEM: CHANNELS AT 600MM CENTRES WITH GL2 BRACKET AT 800MM VERTICAL ACOUSTIC RATING: Rw 4 dB NBS: PARTITION TYPE IWT 100 TILEBACKER ACOUSTIC RATING: NONE ACHIEVED FIRE RATING: N/A 140mm 7n BLOCK MINIMUM 2000 KG/M3 DENSITY TIED WITH WALL TIES REQUIRED FIRE RATING: 120 MIN (WILL ACHIEVE 240 MIN RATING) WITH SPECIALIST LINING TO AREAS (22)_101 CAVITY INSULATION: NONE ACOUSTIC RATING: Rw 52dB NBS: 25-10-55/165 PARTITION TYPE BLK 301 BLOCK (ACHIEVES 180+MIN) WITHIN DRAWINGS (22)_100 TO RECIEVE PAINTED FINISH CAVITY INSULATION: ISOVER CWS32 FULL CAVITY FILL MINERAL WOOL ACOUSTIC RATING: Rw 58 dB NBS: 25-10-55/165 INSULATION 50MM CAVITY & 100 MM HIGH DENSITY 7n BLOCK REQUIRED FIRE RATING: CONCRETE TO CORE TO MEET 120 MIN REQUIREMENTS. LININGS: ALL WALLS TO CIRCULATION CAVITY INSULATION: ISOVER CWS32 ACOUSTIC RATING: Rw 62 dB ASSUMING ACHIEVED FIRE RATING: 60min REQUIRED U-VALUE: 0.3 W/ m2K PARTITION TYPE BLK 303 CAVITY INSULATION: NONE ACHIEVED FIRE RATING: 240 MIN NBS: 25-10-55/165 100mm 7n BLOCK MINIMUM 2000 KG/M3 DENSITY TIED WITH WALL TIES REQUIRED FIRE RATING: 120 MIN (WILL ACHIEVE 180 MIN RATING) WITH SPECIALIST LINING TO AREAS (22)_101 CAVITY INSULATION: NONE ACOUSTIC RATING: Rw 45 dB PARTITION TYPE BLK 305 CENTERS WITH 25MM ISOVER ACOUSTIC REQUIRED FIRE RATING: N/A GLASSROC H BOARD TO ONE SIDE, 12.5MM WALLBOARD TO ONE SIDE CAVITY INSULATION: 25MM ISOVER ACOUSTIC PARTITION ROLL ACOUSTIC RATING: Rw 49 dB NBS: 25-15-25/135 UKPN SHAFT WALL 120 70 50 120 103 103 25 88 58 140 300 100 200 70 50 'C' STUD SYSTEM AT 300 MM CENTERS. LININGS: TILE FINISH & 15 MM GLASSROC WALLBOARD TO ONE SIDE ACHIEVED FIRE RATING: 60min IWS 302 IWT 100 30 Door Acoustic Rating Riser Door Show Indicatively FD30S FPS 103 N job title project drawing title location architect. All dimensions should be checked on site by the contractor and such dimensions hall be the contractor’s responsibility. Monaghan Morris Limited accepts no responsibilit or liability for:- any use of this drawing by parties other than the party for whom it was prepared or- any loss or degradation of the information held in this drawing resulting from the translation from the original file format to any other file format or from the recipients reading of it in any other programme or any version of the programme other than that which was used to prepare - the accuracy of survey information provided by others or for any costs, claims,CLIENT: CONTRACTOR: SPECIFICATIONS CONSULTANT: ALLFORD HALL MONAGHAN MORRIS drawing no. 做為指示@A1 Internal Walls Key IMFORMATION CHK DRW (22)_300 15073 REV DATEDESCRIPTION DRYWALL PARTITION BLOCK PARTITION DRYWALL PARTITION CONT. DRY LINING- VFS-100 CEMENTITIOUS MORTAR SLURRY TANKINGUKPN PARTITION TYPE FPS 100 25 S 50 'C' STUD SYSTEM AT 300MM CENTERS WITH 25MM ISOVER ACOUSTIC PARTITION ROLL. LININGS:TILE FINISH & 12.5MM GLASSROC H BOARD TO ONE SIDE, 12.5MM WALLBOARD TO ONE SIDE CAVITY INSULATION: 25MM ISOVER ACOUSTIC PARTITION ROLL ACOUSTIC RATING: Rw 49 dB ACHIEVED FIRE RATING: 60min NBS: 25-15-25/135 PARTITION TYPE FPS 101 100mm 'C' STUD SYSTEM AT 300MM CENTERS LININGS:TILE FINISH & 12.5MM GLASSROC H BOARD TO INNER FACE BOTH SIDE CAVITY INSULATION: 50mm MINIMUN CAVITY GAP FOR SERVICE. ACOUSTIC RATING: Rw 46 dB ACHIEVED FIRE RATING: 60min NBS: 25-15-25/135 PARTITION TYPE FPS 102 70 S 70 'C' STUD SYSTEM AT 600 MM CENTERS. LININGS: 2no. 12.5MM GLASSROC WALLBOARD EITHER SIDE. CAVITY INSULATION: NONE ACOUSTIC RATING: Rw 45 dB ACHIEVED FIRE RATING: 60min NBS: 25-15-25/135 PARTITION TYPE IWS 300 DRYLINER WALL LINING SYSTEM: GYPLINE UNIVERSAL GL1 25MM CHANNELS AT 600MM CENTRES WITH GL2 BRACKET AT 800MM VERTICAL CENTRES. LININGS: 2no. 15MM GYPROC WALLBOARD CAVITY INSULATION: NONE ACOUSTIC RATING: Rw 4 dB ACHIEVED FIRE RATING: N/A NBS: 25-85-45/150 PARTITION TYPE IWS 301 48MM 'I' STUD FRAMEWORK @60MM CTRS.TO SIT 10MM FROM CAST CONCRETE WALL. LININGS: 2no. 15MM GYPROC WALLBOARD CAVITY INSULATION: 25MM ISOVER ACOUSTIC PARTITION ROLL ACOUSTIC RATING: N/A ACHIEVED FIRE RATING: 60min NBS: 25-85-45/150 PARTITION TYPE IWS 302 75 MM 'I' STUD FRAMEWORK @60MM CTRS.TO SIT 10MM FROM CAST CONCRETE WALL. LININGS: 2no. 15MM GYPROC WALLBOARD CAVITY INSULATION: 50 MM ISOVER ACOUSTIC PARTITION ROLL ACOUSTIC RATING: N/A ACHIEVED FIRE RATING: 60min NBS: 25-15-25/135 PARTITION TYPE IWS 303 25 S 50 'C' STUD SYSTEM AT 300MM CENTERS WITH 25MM ISOVER ACOUSTIC PARTITION ROLL. REQUIRED FIRE RATING: N/A LININGS:TILE FINISH & 12.5MM GLASSROC H BOARD TO ONE SIDE, 12.5MM WALLBOARD TO ONE SIDE CAVITY INSULATION: 25MM ISOVER ACOUSTIC PARTITION ROLL ACOUSTIC RATING: Rw 49 dB ACHIEVED FIRE RATING: 60min NBS: 25-15-25/135 120 70 WASHROOM WASHROOM 150 50 120 70 55 25 88 58 100 75 100 SUBSTRATE INDICATIVELY SHOW (VARIES) PARTITION TYPE FPS 103 70 S 50 'C' STUD SYSTEM AT 300 MM CENTERS. LININGS: TILE FINISH & 15 MM GLASSROC WALLBOARD TO ONE SIDE CAVITY INSULATION: NONE ACOUSTIC RATING: Rw 45 dB ACHIEVED FIRE RATING: 60min NBS: 25-15-25/135 70 15 15 BLK 300 BLK 301 BLK 302 BLK 303 BLK 304 BLK 305 FPS 100 FPS 101 FPS 102 FPS 110 FPS 111 IWS 300 IWS 301 IWS 302 IWS 303 IWS 304 IWT 100 30 Door Acoustic Rating Riser Door Show Indicatively FD30S FPS 103 KEY REV DATEDESCRIPTION DRYWALL PARTITION DRYWALL PARTITION CONT. DRAWING TO BE READ IN CONJUCTION WITH GA'S AND REMAINING (22) SERIES. TYPICAL WALL BUILD-UP'S EXCLUDETYPES: - VFS-100 CEMENTITIOUS MORTAR SLURRY TANKING - IWS 400 METAL WALL LINING 1. Internal Wall Plan (Package) 2. Internal Wall Construction Key (Package) *Images Are For Personal Purpose Use Only. Copyright. Allford Hall Monaghan Morris
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0 N LOCATION NOTE job title drawing title location ARCHITECTS Ltd MORELANDS, 5-23 OLD STREET LONDON EC1V 9HL TEL 020 7251 5261 FAX 020 7251 5123 WEB WWW.AHMM.CO.UK When this drawing is issued in uncontrolled CAD format it will be accompanied by a PDF version and is issued to enable the recipient to prepare their own documents models / drawings for which they are solely responsible. The recipient should report all drawing errors, omissions and discrepancies to the architect. All dimensions should be checked on site by the contractor and such dimensions shall be the contractor’s responsibility. Allford Hall Monaghan Morris Limited accepts no responsibility or liability for:- any use of this drawing by parties other than the party for whom it was prepared or for purposes other than those for which it was prepared - any alterations or additions to or discrepancies arising out of changes to the background information on which the drawings are based that was current at the time of issue, and which occur to that information after it has been issued by AHMM - any loss or degradation of the information held in this drawing resulting from the translation from the original file format to any other file format or from the recipients reading of it in any other programme or any version of the programme other than that which was used to prepare it - the accuracy of survey information provided by others or for any costs, claims, proceedings and expenses arising out of reliance on such information - any scaling from this drawing other than by the local planning authority solely for the purposes of the planning application to which it relates ALLFORD HALL MONAGHAN MORRIS KEY status drawn by checked scale project revision zone drawing no. © Allford Hall Monaghan Morris Limited REV DATE DESCRIPTION @A1 審圖員 作者 (22)_700 15073 CARRINGTON STREET PRESENTATION VIEW Internal Wall Scoping Model (Revit) *Images Are For Personal Purpose Use Only. Copyright. Allford Hall Monaghan Morris
Emerge Architects Anniversary Exhibition
Interior Design and Curation
Taipei, Taiwan
25°01'41.5"N 121°30'38.3"E
Work Experience Project 06
Architectural Designer, Emerge Architects
Client: Emerge Architects, Taiwan
1. Exhibition Entrance 2. Graphic Design of the Exhibition Poster 3. Exhibition Interior 1 2 3
SINICA Eco-Pavilion Drawing Competition
Nangang, Taipei, Taiwan 25°02'25.0"N 121°37'00.8"E
Work Experience Project 07
Architectural Designer, Emerge Architects
Client: Academia Sinica, Taiwan
*Images Are For Personal Purpose Use Only. Copyright. Emerge Architects .
0 2 3 4 5 (m.) 0 2 3 4 5 (m.)
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1. Render / Hainan Carpark , Peng-Hu, Taiwan
2. Elevation / Sinica Pavilion , Taipei, Taiwan
Penghu Sport Centre
Magong, Penghu, Taiwan
23°34'07.6"N 119°34'41.2"E
Work Experience Project 08
Architectural Designer, Emerge Architects
Client: Penghu County Hall, Taiwan
*Images Are For Personal Purpose Use Only. Copyright. Emerge Architects .
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Magong Sport Centre. Peng-Hu, Taiwan
3. Render / 4. Structure Test / 5. Plan / 6. Section
ALPINE BOTANIC CITY
Zermatt, Switzerland
46.0207° N, 7.7491° E
5th Year Project / MArch Part 2 Merit Tutor / Mark Smout , Laura Allen
The project surrounds by the utopian discussion of how landscape and built environment in the future can provide an environmentally harmonious world for the human and nature under the circumstance that the relationship in between human being and nature is extremely sensitive nowadays because of climate change. The site of the project specifically has been chosen at Zermatt where is confronting climate change and the critical sustainable environment under mass tourism. based on the concept of board game I created, I argue the priority of new development at Zermatt should primary respond to the changing environment at the Alps, and it can be identified the changing vegetation pattern at the Alps. Thus, I propose a greenhouse landscape that can conserve the local woods and authentic rare flora.
(A1) Scale: 1/1000 (A3)
ZERMATT
, SWITZERLAND 46°01'34.4"N 7°45'28.2"E
ALPINE BOTANIC CITY/ MASTER PLAN / 1:1500
1. Master Plan Bird View
2. Lower Campus Pine Nursery
3. Lower Campus Reservoir
4. Upper Campus Rervoir
5. Upper Campus Workshop
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Based on the scientific research, the vegetation could be replaced by tropical plants or the species that can grow in the higher temperature environment., thus, it can be argued that the green house will stand as an ecological museum containing disappeared authentic landscape and climate of Zermatt.The project provides key essential programmes for botanic project and focuses on the intimacy in between the conserved alpine plants and visitors. The composition and curation of each cultivation beds are aiming to provide a world that people can immerse and surrounded by the delicacy of alpine rarities. The greenhouse serves as an architectural scale capsule containing authentic alpine climate and allows the delicacy of alpine plants to colonise over the tourist area of Zermatt and become a crystal city that replace the existing resort landscape.
KEY PROGRAMMES
CULTIVATION BEDS PROTOTYPES FOR ALPINE RARITIES
1. Cultivation Bed Unit Prototypes
2. Alpine Flora Garden
3. Conservatories Stack-Effect Roof-Scape
4. Alpine Flora Incubation Lab
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Sustainable Energy Cycle SUSTAINABLE ENERGY CYCLE / 1: 100
TOP / ROCK GARDENS AND BOTANIC MAZE ; BELOW / FLOOR PLAN / 1:200
Alpine Flora Garden Walkway
BARTER VILLAGE
Board Game / Project Precursor for Alpine Botanic City
5th Year Project / MArch Part 2 Merit Tutor / Mark Smout , Laura Allen
The project demonstrates a personal crafting methodology while developing in the first phase of my project which can demonstrate the communication of intimacy with landscape reality in design by playing around the geographic map and multiply with architectural modelling methods, such as hatching, contouring, prototyping and material articulating. The technique is applied to create the element set of the board game which is a conceptual project based on barter lifestyle in response to the critical environment under mass tourism and local climate change.
I AM THE MAYOR, WHICH MEANS I AM THE BANK!! HA! ‘THE MAYOR IS TOTALLY CORRUPT!’ DAMN...I GOT ANOTHER DISASTER CARD...ALL OF MY CUBES ARE GONE! AT LEAST I HAVE THE MOST VALUABLE PROPERTY’’’ TIME TO HAVE SOMEONE PICK UP THE CHANCE CARD... YOU!! PICK UP THE CARD! ‘MINE IS LIKE A SLUM! I HAVEN’T BUILD ANYTHING...’ I WOULD LIKE TO USE THESE 8 TIMBER CUBES TO EXCHANGE FOR 1 GLACIER CUBE, PLEASE. THE GAME HAS BEEN PERVADED WITH THE SMELL OF CORRUPTION... GOSH!!! THE MAYOR HAS ALL AHHHHH!!! I DON’T WANT TO SWAP MY PROPERTY WITH YOU! YOU GOT NOTHING ... ‘I WOULD LIKE TO NOMINATE THE RICHEST TWO PLAYERS TO PARTICIPATE THE MAYORAL ELECTION’’’ PLAYER 01 MAYOR+ FOREST WARDER PLAYER 03 PLAYER 04 PLAYER 02 MINER I GOT ONE BONUS CARD. FIVE GLACIER CUBES! I’M A PARVENU! ££ 3 GLACIER CUBES 3 GLACIER CUBES 3 STEELCUBES 3 STEELCUBES CHANCE CARD CHANCE CARD GLACIER HOUSE GLACIER ROOF STEEL ROOF 3 STEELCUBES STEEL ROOF 3 GLACIER CUBES GLACIER ROOF 3 GLACIER CUBES GLACIER ROOF STEEL HOUSE 3 STEELCUBES STEEL ROOF 3 CLAY CUBES BRICK ROOF 3 CLAY CUBES BRICK HOUSE 3 TIMBER CUBES TIMBER HOUSE 3 TIMBER CUBES TIMBER HOUSE 3 AGGREGATE CUBES AGGREGATE HOUSE 3 AGGREGATE CUBES AGGREGATE HOUSE 3 AGGREGATE CUBES AGGREGATE ROOF 3 AGGREGATE CUBES AGGREGATE ROOF 3 SILT CUBES SILT ROOF 3 SILT CUBES SILT ROOF 3 SILT CUBES SILT HOUSE 3 SILT CUBES SILT HOUSE 3 CLAY CUBES CLAY ROOF 3 TIMBER CUBES TIMBER HOUSE 3 TIMBER CUBES TIMBER ROOF WATER DUCT RAILWAY PRESERVED ROCK BUILDING SITE BUILDING SITE BUILDING SITE BUILDING SITE CHANCE CARD RAILWAY CHANCE CARD WOOD BRIDGE CHANCE CARD WOOD BRIDGE 128.1 mm 100.0 mm 157.0 mm 186.3 mm 128.1 mm 10.0 mm DN DN UP DN DN DN 08 ST.3 10 ST.3 11 ST.3 +37.5 mm +10.0 mm +46.3 mm +9.9 mm +46.3 mm +10.0 mm 100.0 mm 73.8 mm 186.3 mm 100.0 mm 157.0 mm 73.8 mm 215.7 mm 157.0 mm 186.3 mm 157.0 mm 46.3 mm 46.3 mm 73.8 mm 9..9 mm 10.0 mm 100.0 mm 73.8 mm D B The pattern is inspired by geographic drawing which section of topographies. The specific pattern used the one for representing clay or soil in geographic context. The pattern represent clay-made architecture is arrayed brick slabs. The brick pattern can be used deliver to publics. In associate wih the geological composition of clay level, the design of the clay elements resonate the conversation of making process. The crafting of clay roof element is joining three pieces into three seperated into outer shell, core and The way of making please follow the instruction of the 2-A 2-B The making of glacier is folding up wings of the flat seeted roof. Each wings will be folded parts. The making of two parts is shown. Remember cut the join seam of each fragment, which allows you combine half of house The pattern is inspired by glacie The design of this expression about the can be made with glacical material. Howeve the cost and sustainability CURATIVE PLAN/ CONCEPT PRECURSOR GAME ELEMENTS CRAFTING SHEET / MAKING INSTRUCTION
FUTURE ARTEFACTS ARCHIVE
Lea Valley, London, UK
51.5790° N, 0.0473° W
4th Year Project / MArch Part 2
Tutor / Mark Smout , Laura Allen
Situating in north east London, the project stands as an landscapereserve archive for conserving and exhbiting the disappeared wild landscape in London Greenbelt. The project represent reflection from human angle on mass-housing development and urbanisation.
In order to create well-regulated indoor environment for restored landscape artefacts, the main structure of the archive is using rammed earth mixed with concrete shell technology to achieve the ideal. The project brings together the topics including cultural conservation, community narrative and playfulness for showcase facility in design. The project also looked at the emergent structural technology of concrete frame structure and its combination with earthen building elements.
GF Floor Plan N A A’ 0 1 2 3 6 (m)
1. Rammed Earth
2. Concrete Roof
3. Terminal Unit of HVC System
4. English weather is often wet, cold cloudy during the winter. The humid weather is not good for the rammed earth casting work. As the result, it is important to distingusish the envi ronmental condition required by the rammed earth casting workshop.
5. Passive way to bring in the air from outdoor will increase the humidity in the workshop. As the result, dehumidifer is required to regulate the humidity.
6. The thermal supply mostly reply on the thermal stored by rammed earth, however, due to the limited sun light in English weather, active heating supply still is required to regulate the temperature.
7. Intaking Natural Fresh Air into HVC.
8. Heating Support
3.
1.
1.
6.
4.
7.
8.
5.
5.
0 1 2 3 6 (m) Cafe’Room
0 1 2 3 6 (m)
2.
Section
Workshop Room Section
absorption absorption absorption performance absorption / reflection areas convex reflection concave reflection reflection reflection 1 2 3 4 stage > 30’-0’ max audience: > 50’-0’ max performance shell reflection / absorption reflection >24’ >15’ tbd a bsorption reflection a b orp tion reflection absorpti on prosbation erfl etic o n absorption 0 1 2 3 6 (m)
The size of the media room is farely small, in which sound will be bouncing between the 3 dimentional curverture wall in a soundwave reflection environment. The curtain is installed in the room to absorb the sound perfectly.
SYNC / SINK CITY
Mai-Liao, Yunlin County, Taiwan
23.7485° N, 120.2563° E
5th Year Project / BArch
Tutor / Jerry Hsiao
Focusing on researching the land sunsidence crisis at the west coast of Tawian, the project proposed a utopian scenerio which aims to preserve the original life pattern in a landscape of tower structures. 'Tower-ising' the township of Mailio is the key concept to serve the fishery industry popuated coastal areas of Taiwan. The new towship will be sitted on a resilient infrastructure to constantly adapt the building structures with earth surface and sea levels. Insdie the towers, new water recycle and treatment stategy has been intorduced to sustain the native fishery industry and other habitable area.
The narrative of the city also has been developed further to resonate the book ' Smart City' by Anthony M. Townsend, which is looking at how emergent communication and delivery technologies can provide a new Synchronization in between economy, ecology and cultural activities
Indicated in the statistic report by Nasa, the sea level will rise 4.7 meter in 2050 by global warming. Taiwan as known as an island state located at Pacific Ocean Area, which is also in the crisis of national land decrement. The project is located at Mailiao Township in Yunlin County, Taiwan, where is the first to bear the brunt of crisis. According to the analysis of Mailiao, the land subsidence has been increasing the speed of national land decrement in the reason of private wells construction to keep the vigorousness of aquaculture leading to over ground water consumption. However, everything can be traced back to the inefficient water resource distribution and unsustainable usage. The township is composed of three individual industries landscapes, which is aquaculture farm, industrial island by sea reclamation and agriculture field. The proposal focuses on how to come up with a sustainable living space for local residents and further development of local industries transforming into a new industrial chains. Complexing the features of industries, soil consistency and aqua system, in conclusion a sustainable utilizing circulation of water has to be established bringing up with a new settlement pattern to face the crisis.
01/ [COMPLEXED
INDUSTRIES TEXTURE ADJACENCY]
FORMOSA PETROCHEMICAL CORPORATION [Keypoint 01] [Keypoint02] [SITE] Mailiao, Yuanlin County , Taiwan 02/ [SITE INDEXING]
1.Fuel Industry Island
2.Fishery Farm Texture
TOP
COMMUNAL
; BELOW / DESIGN ISSUE ANALYSIS TOP BELOW TOP BELOW MID
3.Agriculture Pattern
/
SPACE OF FISHERY TOWER
The industry tower is programmed with residential space for native people and potential foreign population, intelligently managed aquaculture modules and research facilities for governmental organizations and private corporation. From top to the bottom and inside to outside of tower, a cycling self-circulation water system service the different functional spaces in the building. Decreasing the proportion of water utilization supplied from dam, the living system relies on the recycled water ,which is purified from wasted water of tower to 85~90% of purity water. There are mechanical rooms of physical, chemical and biological inserted around the wetland on the ground, and water will be released into the wetland dissolving oxygen to approach the purity. Fresh water will be transported to the industry tower in opposite side and return to the aquaculture system and residential system. When transporting fresh water, the wasted water evacuation process will be active ,and sustainably repeating the circulation. The redundant water will be reserved in the conservation modules and waits for the next purification process.
Living Gray Water Rain Fall Surface runoff clean water purified gray water 10% of wasted water Ekectricity Generated by water movement fertilizing living culture Filter-Physical Process Filter-Chemical Process Filter-Biological Process Hyacinth From artificial lake, Water seasonal supplying Aqua culture pool Tower Gray Water Storage Fishery Gray Water 03/ [SELF-CIRCULATION MECHANISM] COAST LINE AFTER 10 YEARS COAST LINE AFTER 20 YEARS COAST LINE AFTER 30 YEARS COAST LINE AFTER40YEARS COAST LINE AFTER 50YEARS WETLAND- FLOODING BUFFERING WINDBREAK FOREST TRAFFIC NETWORKS FISHERY TOWER BIOLOGICAL POOL PURIFICATION MECHANICAL SPACE MASTER PLAN 0 1 2 3 4 8 12 m. N.
TOP
RECYCLE DIAGRAM ;
/ PLANNING STRATEGY
/ FISHERY FARM ; MID / WATER
BELOW
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