Lance Macadangdang Extended Portfolio Liverpool School of Architecture RIBA Part 2, MArch, BA(Hons) lancemaca@outlook.com +447808081551 linkedin.com/in/lance-macadangdang
01 - 02 CV 03 - 20 MArch Thesis Project: 07 - 10 01. The Wood Workshop 11 - 12 02. The Bakery 13 - 14 03. The Market 15 - 18 04. Civic Hub 19 - 20 Thesis Exhibition 21 - 24 MArch Research Project 25 - 34 MArch Budapest Symposium (individual project) 35 - 46 MArch Budapest Symposium (group project) 47 - 50 Professional Experience: ‘Alexandra Drive’ 51 - 56 Professional Experience: ‘Forgotten Spaces’ 57 - 62 BA3 Withington Baths 63 - 68 BA3 Switch off & Swim 69 - 74 BA2 The Ropewalks Hotel 75 - 80 HELLO WOOD: Cabin Fever 81 - 82 4x4: Studio in the Woods 83 - 96 Model-making
Contents
Remote-operated window for natural ventilation
01 DETAIL C POOL ROOF 1:20 @ A1 A1 - DETAIL C - POOL ROOF Board 4 of 5)
House Detail
Steel I Section Purlin
MArch 2021, Urban Bath
Professional Experience
2020 Part 1 Architectural Assistant, Architectural Emporium Ltd, Liverpool
2018 RIBA Student Mentoring Scheme, Pride Road Ltd, Liverpool
Education
2022 MArch Master of Architecture, University of Liverpool First Class Honours September 2020 - July 2022
2019 BA(Hons) Architecture, University of Liverpool First Class Honours September 2017 - July 2019
2016 Art Foundation, University of the Arts London, Carmel College Level 4 Diploma in Art & Design, Distinction Level 3 Award in Drawing, Pass September 2015 - June 2016
2015 A Level, Carmel College, St Helens Fine Art: A* Graphic Communication: A* ICT (AS Level): B Extended Project: C
2013 GCSE, St Edmund Arrowsmith Catholic Centre for Learning, Whiston 10 GCSEs at A - C grades including Maths and English
Achievements
2022 AHMM Urban Heritage & Design Award for Masters Thesis Project 2019 Architects’ Journal Student Prize undergraduate nominee
2019 LAS Student Awards project shortlist
2018 North West Timber Trading Association Prize nominee
2017 Elmes Testimonial Fund, 2017
2015 BNY Mellon Boat Race Poster Competition shortlist
Extracurricular
HELLO WOOD: Cabin Fever, International Summer School, Hungary, 2018 4x4: Studio in the Woods, Wales, 2017
Skills
Vectorworks Photoshop Microsoft Office
AutoCAD InDesign Hand drawing
SketchUp Illustrator Model making Enscape Lightroom Photography
02
CV
Challenging the Regeneration of Post-Industrial Towns
Background
Bochnia the 12th mention document
AHMM Urban Heritage & Design Prize winner MArch Group Thesis Project 2022
Bochnia Salt Mine is the greatest treasure of the Bochnia region. Thanks to the salt deposits, the city of Bochnia became one of the most important economic centres of medieval Lesser Poland. The beginnings of the Bochnia mine as a mining plant date back to 1248, where being a royal enterprise, the mine brought enormous profits to the local area. However, in the 20th, the salt value significantly decreased and salt mining became less and less profitable.
Bochnia History & Demographics
The Bochnia town centre has ceased to be attractive to young society. Its outskirts have been transformed into areas with low social status, dominated by old and decapitalised buildings, inhabited by elderly lonely people. Due to this situation, the discussion on the urban revitalisation and strategies to counteract the negative effects of the shrinkage of Bochnia is very timely and necessary.
1st PERIOD OF BOCHNIA CITY’S DEVELOPEMT
2nd PERIOD OF BOCHNIA CITY’S DEVELOPEMT
3rd PERIOD OF BOCHNIA CITY’S DEVELOPEMT
Thirty years after the closure of the mine, in 2021, the city issued a document diagnosing local urban problems and a 10-year Bochnia Revitalisation Plan. However, at the moment, no architectural or urban planning intentions have been submitted. Consequently, this thesis seeks to challenge the local revitalisation plan and question:
A) Can the use of collective community memory & skills, local industrial architecture and folklore artefacts become a guide for the future post-industrial town regenerations?
B) How can we preserve and revive the disappearing architecture of Bochnia, and how can we design long-lasting and sustainable architecture?
C) How should we respond to material degradation to raise awareness of limited resources and commemorate the historical significance of Bochnia while establishing sustainable construction methods?
Utilising the Bochnia’s sites, the project aims to provide the city with a new industrial identity inspired by the golden era of the Salt Mine while celebrating its community heritage and skills. Instead of demolishing abandoned industrial sites, this thesis proposes to repurpose and retrofit the remains of the Salt Mine Town into a functional space with community workshops, shared spaces, and public infrastructures.
Group members: Gabriela Grodny, Adarshini Burrun, Zhengyang Zhao, Lance Macadangdang
Urbanisation Process
03
14 EUROPE POLAND MAŁOPOLSKIE VOIVODESHIP
CITY 37 672 000 people 312 696 km2 120
29 992 people 29,9 km2 1034 people/km2
BOCHNIA CITY
people/km2
BOCHNIA 50km 20°25’ E - 49°58’ N
WARSAW
BOCHNIA
04
Civic Hub axonometric
05
Market Visual
Civic Hub Visual 1:500 Bochnia Town Model
06
Wood Workshop Axo Bakery Axo
01. The Wood Workshop
The proposed Timber Workshop is located within Bochnia’s former craftmanship quarter, which creates a sense of appreciation for the Craftsmen Association and provides a base for their workshops and events engaging the local community and younger generations. The form of the building adopted the typology of the town’s industrial architecture, and a connection to the Artisan Quarter.
07
A
B B street Ground Floor Plan Section 1 Storage 5 Deliveries 2 Stair & Lift 6 Seminar room 3 Workshop 7 Yard 4 Services 8 Office 1 3 2 6 5 7 8 4
A
08 Roof Detail
09 1:100 Model
10 Internal Visual
02. The Bakery
The Bakery’s site is located next to a forgotten skill of Bochnia, a demolished traditional bakery. The location creates a sense of familiarity with the post-working age communities and provides a base for The Circle of the Rural Housewives. The Bakery acts as a catalyst in cultivating the local cuisine by providing culinary seminar spaces and actively engaging local generations.
11
-A A street 7 1 Lobby 6 External terrace 2 Kitchen 7 Proofing room 3 Ovens 8 Existing building 4 Dining 5 Workshop 8 1 3 2 5 6 4
12
03. Market
The Market’s site is located within Bochnia’s Old Main Square, aiming to encourage the exchange of local goods and surrounding regions. The Market for this project encourages this diverse social engagement and the exchange of goods, benefitting the economic sustainability.
13
Ground Floor Plan 1 Street 5 Stalls 2 Opened facade panel: awning 6 Flexible facade panel 3 Hammer bream timber structure 7 Market square 4 Observation / landmark tower 3 1 4 2 5 6 7
Axonometric Visual
14 Section
04. Civic Hub
The Civic Hub aims to provide a multifunctional space for the local communities, including Bochnia senior club and Mining Association “Sutoris”.
Its internal layout allows visitors to explore the archival tower, participate in seminars and lectures on the history of the salt mines or experience traditional music concerts in the auditorium.
Functional spaces are open to all communities and groups, bringing diversity to the educational uses of the building and creating a communal home for the town.
15
8 12 3
9 10
13
11 15 14
16 1 Street / Urban Park 10 Lift shaft 2 Main entrance 11 Courtyard garden 3 Seminar room 12 Library 4 Seminar room 13 Exhibition space 5 Atrium stairs 14 Accessible ramp 6 Auditorium 15 Ventilation tower / underground archive 7 Cafe & Kitchen 8 Lobby 9 WC Ground Floor Plan 6 4 2 1 7 5
17 1 Sutoris shaft building 6 Lift shaft 2 Ventilation shaft 7 Atrium stairs 3 Underground archive 8 Auditorium 4 Exhibition space 9 Storage 5 Rooftop terrace 1 2 3 4 5 Section
18 Axonometric Visual External Visual 6 7 8 9
Thesis Exhibition: 24.06.22
19
Exhibition photographs
20
Exhibition photograph
Sensory Atlas
MArch Group Research Project 2021
The Sensory Atlas project was nine week-long group project that researched standards designed for the neuromajority and challenged them to be more inclusive of the neurodivergent - individuals with differing mental or neurological functions compared to what is considered normal. Usually, this term is in reference to the autism spectrum.
Physical body performances in different spacial environments were the main research methodology to
The outcome of the project was an interactive exhibition featuring the catalogue of research and experiments. Viewers could interact with the exhibition to learn about their foundational senses and
21
BODY
STANDARDS NEUFERT REFLECT BODY BACK TO STANDARDS NEUFERT
Group members: Gemma Bartle, Yashna Calleechurn, Scott Tonkinson, Lance Macadangdang
REFLECT
BACK TO
Body performance experiments against the Neufert Standard
22
Model representation of affordances of architectural forms and moments
23
Body experiment: drawing a star by only looking through a mirror
Body experiment: answering a riddle while experiencing sensory overload
24
Exhibition photograph
Exhibition photograph
TENEMENTS
primarly built up with blocks. Many of these accomodate many studio back of the buidling courtyard-facing units contrasts wealther tenants domestic functions struggle to facilitate.
Budapest Symposium
‘Activating Infill Sites’, MArch Project 2020
Amidst the COVID-19 pandemic, the Budapest Symposium was a project that observed the Hungarian city of Budapest through desktop research.
This project examined courtyard housing, a typology with lacks domestic spaces and facilities identified compared to a contemporary home.
A mixed-use housing co-operative is proposed as a prototype for a site in District 8, an impoverished area of Budapest to be a prototype for the many infill sites scattered throughout the city. The concept of a hybrid structure of steel and mass timber structure clad in translucent polycarbonate, behaving like a parasite to the urban block but also having a symbiotic relationship by providing new shared facilities to existing tenants of the block.
of typical living spaces of courtyard tenements
25
PAGE SIZE: A3 PAGE | 5
[402] TENEMENT DWELLING EXAMPLE OF A TENEMENT UNIT
PAGE | 4
Illustrations
STREET STREET
26 Visual renders
27 PAGE SIZE: A3
28 PAGE | 25
Axonometric floor plan of the ground floor functions
adjoining building 7 External walkways
adjoining
29
A + 5000 + 7040 + 7 0 4 0 1 Existing adjoining building 6 Family unit 2 Existing
3 Existing
building 8 Proposed balconies for exisiting units 4 1-bed unit 9 Proposed connection for existing units 5 2-bed unit 1 2 4 4 5 6
30 F IR S T F L O O R PLA N | 1:200 @ A 3 N A B B 3 4 5 5 6 7 8 9 First floor plan
Unit (Total: 65 sqm) Occupancy: 2-3 people
Unit (Total: 55 sqm) Occupancy: 1-2 persons
31 U -B LO C K H O U SIN G LO W ER FLO O R PLAN 1:100 @ A3 U -B LO U PPER 1:100 Livingroom Light well Void Kitchen Bedroom Kitchen Livingroom 2-Bed Unit 1-Bed Unit F r o s t e d w i n d o w F r o s t e d w i n d o w U -B LO C K H O U SIN G U PPER FLO O R PLAN 1:100 @ A3 Bathroom Terrace Balcony Balcony Bathroom Light well Void Terrace Bedroom Bedroom 2-Bed
1-Bed
F r o s t e d w i n d o w F r o s t e d w i n d o w Typical floor plans of single and two-bed units
U-BLOCK HOUSING
Axonometric illustrations of a family unit
32 PAGE SIZE: A3
UNIT TYPES PAGE | 52
33 PAGE SIZE: A3 Section: functions
ENVIRONMENTAL DESIGN
Section: daylight
34 PAGE | 34
Street Elevation
Budapest Symposium
‘Urban Bath House & Residential Complex’, MArch Project 2021
As part of the Budapest Symposium, a peer’s individual project was chosen to become a group project and collaborate to produce detailed construction drawings for the project.
The building is a large complex that comprises public baths on the ground level, and housing on the upper floors.
As a strategy, each group member agreed to detail an area of the section. I was assigned to detail the pool roof; a connection between the steel rafters holding glass brick to the structural arches made from reclaimed brick and clad in ceramic tiling sourced from Zsolnay, a historic ceramics factory still in operation.
Group members: Molly Fitzpatrick, Helena Sarney, Daniel Rankine-Gayle, Lance Macadangdang
35
36 1:50 Detail Section @ A1
37 DETAIL A RESIDENTIAL 1 20 @ A1 Exter or wall ( eft to right): Larch Cladding vert cal sid ng T mber battens Breather membrane SIP Panel Vapour Barrier Pavatherm high density wood fibre insu ation Gypsum Roof (top to bottom): Water resistant membrane Roof sheath ng Vent lation Cavity with t mber supports Roof S P Vapour barr er Pavatherm h gh dens ty wood f bre nsulat on Gypsum Trip e-glazed Skylight Parapet (r Meta cap Water res SIP Panel Soffit / f oor (bottom to top): Larch cladding Timber battens Timber counter battens Insulation 18 ply sheathing Vapour barrier Composite timber joists Insulation Cav ty Sound insulation Doug as f r Floor boards A1 - DETAIL A - HOUSING (Board 2 of 5) Glass balustrade Floor glazing Cserépkályha (Hungarian ceram c stove) heated by Bath House warm a r Per nsul high density insulation block Perinsul h density ins block Rain drai DETAIL A RESIDENTIAL 1:20 @ A1 Exter or wall ( eft to right): Larch Cladding vert cal sid ng T mber battens Breather membrane SIP Panel Vapour Barrier Pavatherm high density wood fibre insu ation Gypsum Roof (top to bottom): Water resistant membrane Roof sheath ng Vent lation Cavity w th t mber supports Roof SIP Vapour barr er Pavatherm high density wood fibre nsulat on Gypsum Triple-glazed Skylight Soffit / f oor (bottom to top): Larch cladding Timber battens Timber counter battens Insulation 18 ply sheathing Vapour barrier Compos te timber joists Insulation Cavity Sound insulation Doug as f r Floor boards A1 - DETAIL A - HOUSING (Board 2 of 5) Glass balustrade Floor glazing Cserépkályha (Hungarian ceram c stove) heated by Bath House warm air Per nsul high density insulation block
Vapour
38 Parapet (right to left): Metal cap flashing Water resistant membrane SIP Panel Exter or wall (right to left): Larch cladding vert cal siding T mber battens T mber counter battens S P Panel Vapour barrier Pavatherm high density wood f bre insu ation Gypsum Per nsul high density insu ation b ock Ra nwater drainage SIP PANEL CONSTRUCTION OSB OSB Insulating foam Structural insu ated panels (SIPs) are a high-performance bui ding system for resident al and l ght commercial construction The pane s cons st of an insu ating foam core sandw ched between two structural facings typica ly OSB LARCH
SIDING NEW LARCH CLADDING WEATHERING W TH N 5 YEARS Cladding is left uncoated intentional y to weather over t me to obta n a desired s lver aesthetic of the timber Larch cladding vert cal sid ng DETAIL A WALL & ROOF DETAIL 1:10 @ A1 T mber battens Breather membrane SIP Pane : OSB Foam insu ation OSB Gypsum Pavatherm high dens ty wood f bre insulation Vapour barr er Doub e glazed window Water res stant membrane Roof sheath ng Venti ation cavity w th timber supports Roof SIP: OSB Foam nsulat on OSB Vapour barr er Pavatherm high density wood fibre insu ation Metal cap flashing Housing detail, 1:20 @ A1 ght to eft): flashing stant membrane Exterior wa l (r ght to eft): Larch c add ng vertical s ding Timber battens Timber counter battens SIP Panel Vapour barr er Pavatherm h gh dens ty wood fibre nsulat on Gypsum gh u at on water nage SIP PANEL CONSTRUCTION OSB OSB Insu ating foam Structural nsulated pane s (SIPs) are a h gh-performance build ng system for res dential and light commercia construction The panels consist of an nsulat ng foam core sandwiched between two structural fac ngs typ cal y OSB LARCH VERTICAL SIDING NEW LARCH CLADDING WEATHERING WITHIN 5 YEARS C add ng is eft uncoated intentionally to weather over time to obta n a des red si ver aesthetic of the t mber Larch cladding vertical s ding DETAIL A WALL & ROOF DETAIL 1:10 @ A1
battens Breather membrane SIP Panel: OSB Foam nsulat on OSB
Pavatherm h gh density wood fibre insu ation Vapour barrier Double g azed window
VERTICAL
Timber
Gypsum
Roof
Ventilat on cav ty with timber supports
Water resistant membrane
sheathing
OSB Foam insulation OSB
Roof SIP:
barrier Pavatherm high density wood fibre nsulat on
cap flashing
Metal
39 DETAIL B BATH HOUSE GROUND & BASEMENT FLOOR 1:20 @ A1 Paving flags Rainwater drainage Soil, backfii ng spo l Geotextile mat, f eece Drainage perforated/porous pipe Slope to side of excavation Lean concrete Externa insu ation - expanding po ystyrene Concrete raft foundat ons Floor (top to bottom): Ceramic til ng 10mm mortar & adhes ve Vapour control layer 95mm concrete s ab w th underfloor heat ng pipes r:8mm damp proof membrane 12mm Acoustic nsulat on 210mm re nforced concrete slab C stud @ 450mm centres 12 5mm gypsum board and mortar Ceramic til ng Recessed l ghts LitraCon - ight transmitting concrete A1 - DETAIL B - BATH HOUSE (Board 3 of 5) Wall Cera 10m 200m Wat 150m Wat 200m 10m Cera MATER ALS / FINISHES LitraCon Ceramic Til ng A r vent
house detail, 1:20 @ A1
40
Wal (r ght to left): Ceramic til ng 10mm mortar and adhesive 200mm load bear ng concrete Waterproofing ayer 150mm cavity Waterproofing ayer 200mm load bear ng concrete 10mm mortar and adhesive Ceramic til ng Barrel vault arch - see Detai C Ma n swimm ng pool overflow to basement pool Pressure p pe A r vent
Bath
41 DETAIL C POOL ROOF 1:20 @ A1 A1 - DETAIL C - POOL ROOF (Board 4 of 5)
Remote-operated window for natura ventilat on Stee I Section Pur in
42
400mm perforated curved steel I beam Drip channel 10mm ceram c t ling 10mm mortar & adhesive Waterproofing layer 600mm steel I beam fixed to concrete floor slab and reclaimed brick Rec aimed brick Barrel vault arch, reclaimed br ck DETAIL C POOL ROOF 1:10 @ A1 Glass b ock Glass b ock mortar MATERIALS / FIN SHES Rainwater drainage G ass Block Rec aimed Bricks Ceram c T ling
Pool roof detail, 1:20 @ A1
43 Wall ( eft to righ Ceramic til 10mm mortar and adhes Load-bear ng concrete w Reinforced concrete a A1 - DETAIL D - SKYLIGHT POOL (Board 5 of 5) Recessed Floor (top to bottom): Ceramic ti ing 10mm mortar & adhes ve Vapour control ayer 95mm concrete slab with underfloor heating p pes r:8mm damp proof membrane 12mm Acoustic insulation 210mm re nforced concrete slab C stud @ 450mm centres 12 5mm gypsum board and mortar Ceramic til ng VISUAL RENDER PHYS CAL MODEL - CEILING BEAM AND SKYLIGHT STUDY
44 DETAIL D SKYLIGHT POOL 1:20 @ A1 Waterproof membrane Reinforced concrete Steel reinforced mesh Concrete reta ning wa l Ceram c t ling Mortar & adhesive Waterproof membrane Concrete louvres Remote-operated sky ight Sealant Steel brackets ht): ng ive wall rch Terrace f oor (top to bottom): 9mm t mber decking T mber battens Vapour contro layer 165mm nsulation Damp-proof membrane 190mm reinforced concrete s ab 10mm mortar and adhesive Ceram c t ling Existing firewal Rainwater dra nage Glazing ighting Glass balustrade
Skylight pool roof detail, 1:20 @ A1
45
Axonomteric of the Urban Bath House, visual render
46
Main pool, visual render
Professional Experience
Part 1 Architectural Assistant at Architectural Emporium Ltd, 2020
Project: ‘Alexandra Drive’
Alexandra Drive was a project that I had a lot of involvement in and took ownership of. The client for the project wanted to transform an existing Victorian house into three rentable flats in Sefton, Liverpool. The project may not be architecturally impressive, but the experience gained while working on this project from early RIBA stages to building control is invaluable.
The building showed signs of age, such as existing openings to be replaced, new wall finishes, and ceiling and flooring to be renewed. Under the supervision of a Director, detailed drawings for windows, floor tanking, and a bespoke bike shelter were drawn.
Division of floor space into three separate flats, ground floor plan
47
SD SD SD SD FD30 FD30 FD30 FD30 FD30 FD30 FD30 FD30 HD Flat 02 Flat 01 Hall Hall Living / Dining Kitchen Bedroom 01 en-suite en-suite en-suite en-suite Bedroom 01 Bedroom 02 Bedroom 03 Hall en-suite Bedroom 01 Flat 07 Lobby Light well Light well SVP RWP RWP RWP RWP RWP SVP SVP RWP SVP - North Point - Flat 01 (approx 138 - Flat 02 (approx 110 - Flat 07 (approx 84 - Existing Walls - Proposed Walls - Walls to be removed - Proposed Windows SD HD - Smoke Detector - Heat Detector FOR: BUILDING ALEXANDRA FIRST ALEXANDRA ARCHITECTURAL EMAIL: mail@architectural-emporium WEB: www ADDRESS: PHONE: CHECKED BY: TW PROPOSED UPPER RevC: 16.08.21 Layout Amendments by Proposed water butt for garden watering water drained from bicycle shelter roof Exact kitchen layouts to be confirmed Window U Values and Fensa certificates provided Trickle vent windows See details - Drainage - Extract
Paving to communal
New steps to rear patio Retaining wall Gate and fence to secure Existing raised bed Existing site access Light well to be created tanking and new balustrade See details Existing tree to be removed Replacement tree (Tillia species) to be planted
48 - North Point 32.3m 1 2 3 4 5 6 7 PAVEMENT FALL PAVEMENT FALL CHANNEL DRAIN
- Site
FIRST PROPOSED JOB:
CHECKED
Proposed bespoke bicycle vertical parking for General waste and stored in separate wheelie timber bin enclosures Light well to be created tanking and new balustrade See details Site plan
Alexandra
BY: TW Rev E: 02.11.20 Landscape amended New asphalt finish Retain existing sandstoner New channel drain Remove existing tiles patio Remove covering trench and backfill hardcore following
49 2139 3370 ARCHITECTURAL EMPORIUM Ltd EMAIL: mail@architectural-emporium .co.uk WEB: www.architectural-emporium .co.uk ADDRESS: 13 Hope St Liverpool L1 9BQ PHONE: +44 (0)151 363 0000 PAPER SIZE: A3 FIRST ISSUE: 13.08.20 FOR: BUILDING CONTROL PROPOSED FLOOR BUILD UP DETAIL SCALE: 1:10 DRAWN BY: LM 5.309 Rev* JOB: Alexandra Drive No 411 CHECKED BY: TW Alexandra Drive No. 411 Rev x: xx.xx.xx xxx B - PROPOSED LOWER GROUND FLOOR TANKING DETAIL | 1:10 KEY SECTION | 1:100 B Sika standard drainage membrane Sika CD anti-lime coating 68mm Kingspan Kooltherm insulated plasterboard (to achieve 0.28W/m2k) mounted on Gypframe Skirting Existing 2-brick external wall suggested Cover plate for access A A - PROPOSED GF & 1F FLOOR/CEILING DETAIL | 1:10 Channel dimension Channel to drain to sump pump chamber suitably sized for project with sealed manhole cover only Sump position TBC on site following further drainage investigations Sika CD cross channel with Sika flexible jetting eye Sika corner tape Sika HD20 membrane 80mm Kingspan Greenguard GG300 or equivalent to achieve U value of 0.22W/m2K Separating layer 40mm Isocrete K unbonded screed 20mm (assumed depth) foating floor finish TBC by client 20mm floor finish TBC by client A Note: Tanking system TBC by contractor and installed in line with manufacturer's details Sika CD cavity drainage system suggested R50 Isobase acoustic resilient flooring with flanking strip at perimeter Existing floorboard Existing joists (assumed 200x75mm at 450 centres) Acoustic mineral wool between joists Resilient bar fixed perpendicular to joists at 450mm centres 2 layers of 15mm fireline and skim Note: All dimensions to be checked on site Exact build up to be confirmed by contractor Minimum 2100mm floor to ceiling to be provided in all spaces For separating floor construction providing 60 minute fire separation , 43dB insulation and max imact sound value must not exceed 64dB Specification recommended throughout but could be resolved within apartments if value requires engineering Existing slab unknown , assumed to be approx 150mm thick Surface finishes and basement tanking detail
FENSA
50 0mm 50 100 150 200 250mm ARCHITECTURAL EMPORIUM Ltd EMAIL: mail@architectural-emporium .uk WEB: www.architectural-emporium .co.uk ADDRESS: 13 Hope St Liverpool L1 9BQ PHONE: +44 (0)151 363 0000 PAPER SIZE: A3 FIRST ISSUE: 26.02.20 FOR: BUILDING CONTROL TIMBER SASH WINDOW DETAIL SCALE: 1:5 DRAWN BY: LM 5 300 Rev A JOB: Alexandra Drive No 411 CHECKED BY: TW Alexandra Drive No 411 Rev A: 13.08.20 U values and notes included in annotation 01 - PROPOSED FRONT ELEVATION | 1:100 04 - SECTION DETAILS: NEW TIMBER SASH WINDOW SILL & HEAD | 1:5 2900 S .O 03 - SECTION DETAILS: NEW TIMBER SASH WINDOW | 1:20 75 75 155 25 125 70 Cill Fall 1758 S.O 01 - PLAN: NEW TIMBER SASH WINDOW | 1:20 Hardwood double-glazed sliding sash windows painted white Draught seals rebated into window frames Existing stone cill Hardwood window cill chamfered for drainage External windows to achieve u value of 1.60W / m2K Note: Window details TBC by specialist sub-contractor Information was produced for planning approval showing approximate timber dimensions and materiality All weather sealing ironmongery and sash/casement mechanism/functioning to be designed and specified by specialist sub contractor
stable and suitably seasoned hardwood timber to be sourced for windows To be primed and painted off site with top coat applied on site Care to be taken to ensure windows are not painted shut
or similar UPVC windows and doors to be installed Supplier details to be adhered to Architectural information was produced to gain approval so frame sizing should be as close as possible to the dimensions indicated
Dimensionally
REHAU
registered companies to install all windows and provide the relevant certification All glazing to feature kite marks Hard to maintain glass should be self cleaning and maintainable from inside Trickle vents to be fitted to all windows unless stated
existing windows to refurbished apartments do not meet the necessary U values they should be replaced with new glazing Proposed window details
If
Professional Experience
51
Cables
St
Prescot
Walk
KEMBLE
Market
Car
Prescot
GARDEN
Cables Retail
WILLIAMS
WOOD
GARDEN
N
BusStation Shopping Centre
Retail Park Church HighStreet Whiston
Helens Formerly a BICC Factory Liverpool BusRoute
Station ShakespeareTheatre
route SEWELL STREET
STREET
Place St Mary's Church
Park
Shopping Centre
WALK
Park
STREET
STREET St Mary's Church
Shakespeare North
Diagram of the proposed masterplan in relation to the landmarks and places of Prescot
52 SEWELL STREET KEMBLE
Market Place Mary's Church Car Park Prescot Shopping Centre GARDEN WALK Cables Retail Park WILLIAMS STREET WOOD STREET APARTMENTS REAR ENTRANCE ROAD CAFE COMMUNITY HUB PUBLIC SQUARE APARTMENTS WOOD STREET APARTMENTS APARTMENTS MARKET HALL /OFFICES OVER YARD TOWN HOUSES TOWN HOUSES Shakespeare North Eccleston Street Walking route N Site plan
STREET
- Strengthening the identity of place through the reinstatement of historical forms, uses and urban spaces.
- Reinterpreting original uses to provide a modern sustainable community.
- Realistic development proposal.
- Connecting town centre to transport nodes.
- New public realm, commercial and social community uses to encourage pedestrian through traffic.
- Extending the town centre.
Project Aspirations
53
Market Hall
Community Hub
Town Houses
Apartments
BACK TO THE FUTURE / PRESCOT / ARCHITECTURAL EMPORIUM
Axonometric of the masterplan
54
- Flexible social community space.
- Prescot Picture Palace reinstated as multifunctional hall to serve community.
- Hub will feature hall for events, screenings, presentations, meetings, performances, conferences, weddings, etc.
- Cafe and office facility to front of building, incorporating co-work space.
- Cafe and hall to open onto Market Square.
- New canopy/colonnade to create a new frontage onto square.
Community Hub
BACK TO THE FUTURE
- 3-storey town houses for town centre living with roof gardens.
- Access from rear by vehicles.
- Community green to front with shared ammenity.
- Arranged in crescent to lead people through and screen surroundings.
- Suitable for families, but providing dense urban living in the heart of the town.
- Encourage non transient living to contribute to the town centre.
Axonometric highlighting the Community Hub (orange) & Town Houses (blue)
55
BACK TO THE FUTURE / PRESCOT / ARCHITECTURAL Town Houses
- Apartment block forms an edge to the main road.
- Commercial use to ground floor providing active frontage.
- Faceted roof references surrounding pitched forms.
- Reduces mass by allowing the building to read as a terrace of properties.
- Modern development providing sustainable and accessible urban living.
- Permeable facade for accessing shops and public realm.
Apartments
BACK TO THE FUTURE
- Replacing and reinterpreting the original market place.
- Working with existing square to provide more usable and significant public space.
- Possibility of occasional road closure to further link between existing and proposed.
- Central landmark at key node refercing local structures.
- Modern interpretation of existing and lost forms to provide a place to gather.
- Structure provides shelter and facilities to accomodate market uses.
Axonometric highlighting the Apartment block (pink) & Market place (green)
56
BACK TO THE FUTURE / PRESCOT / ARCHITECTURAL Market Hall
SECTION A-A 1:100
Section: Withington Baths with proposed Nursery, refurbished pool, and new gym
N 1 2 3 4 5 6 7 15 16 19 17 WHITCHURCH BURTON ROAD detail Shared space 9 Outdoor footwear / clothing storage 17 Gym GROUND FLOOR
60 GROUND FLOOR PLAN 1:200 8 9 12 10 11 13 14 20 18 21 22 23 24 WHITCHURCH ROAD 1 Shared space 9 Clothing storage 17 Gym 2 Staff parking 10 Nursery kitchen 18 Equipment store 3 Outdoor cafe seating 11 Play equipment store 19 WCs 4 Reception / atrium 12 Plant 20 Changing rooms 5 Nursery reception 13 Bicycle store 21 Changing room 6 Quiet space 14 Garden 22 Sauna 7 Nursery staff rooms 15 Cafe 23 Housing 8 Outdoor play area 16 Cafe kitchen 24 Resident parking Ground
floor plan: proposed nursery, housing, refurbished pool, and gym
NORTH ELEVATION - WHITCHURCH ROAD 1:200
SOUTH ELEVATION - NURSERY 1:200
Proposed Withington Baths elevations
Switch off & Swim
Northwest Timber Trading Association Prize 2018 nominee
‘Swimmer’s Refuge’, BA Third Year Project, 2018
Switch off & Swim is a project with themes of water and leisure. The project’s brief was to design a structure that could shelter the client after their leisurely activities. In this project, the clients are the outdoor swimmers who swim in Lake Buttermere in Cumbria.
A timber A-frame structure that sits near the shoreline of the scenic lake. The primitive shape of the cabin makes the interior more intimate while accommodating activities and social gatherings for the outdoor swimmers. Clad in black, the charred timber cladding allows the cabin to conform with the green landscape of the Lake District environment.
1:20 Detail section @ A1
65 Site plan
Ground floor plan 1 Existing footpath 9 Kitchen 17 Dry toilet access 2 Proposed footpath 10 Pivot door 18 Changing room 3 Decking 11 Shutter door 19 Changing room 4 Accessibility ramp 12 Lounge 20 Store 5 Main entrance 13 Viewing platform 21 Rear access 6 Hearth 14 Plant 7 Seating / beds 15 Drying room 8 Shutter windows 16 WCs
67 South & North elevations
68 Sections
The Ropewalks Hotel
BA Second Year Project, 2018
The Ropewalks Hotel is a colourful hotel accommodation that expresses the vibrant culture of the Ropewalks area of Liverpool. It sits in an empty and narrow infill site in Slater Street.
Measuring 9.5 metres in width, the site’s narrow space challenges the project to create compact hotel rooms that are inclusive for those who extrovert themselves to the Ropewalks and those who prefer a private chamber. The hotel rooms are double-height with a mezzanine level to compensate for the small width of the room. Each room has folding panels which each guest can use to control the amount of daylight that enters the room, or in this case for the street-facing rooms, how much they want to show themselves to the public. An alternative to the revealing street-facing rooms, the hotel rooms within the narrow plan provide more privacy without losing access to daylight as it faces an atrium adorned with a green wall.
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Street elevation: day
Street elevation: night
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71 Ground floor & first floor plans Ground Floor First Floor 1 Slater Street 8 Fire stairs 11 Accessibility room 2 Lobby / Reception 9 Store 12 Street-facing rooms 3 Staff Office 10 Fire exit 13 Atrium-facing rooms 4 Main entrance 14 Rear-facing rooms 5 Stairs 15 Linen store 6 Atrium 7 Kitchen 1 2 3 6 5 7 8 9 10 4 11 12 13 15 14
Room type axonometric (top), room type floor plans (bottom)
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Section
Atrium wall elevation
HELLO WOOD: Cabin Fever
HELLO WOOD Internation Summer School, Csóromfölde, Hungary, 2018.
Cabin Fever was HELLO WOOD’s theme for the summer school lasting eight days. Groups of students mentored by Architects around the world worked together to design and build a habitable cabin in the scenic Hungarian countryside.
‘I AM MONUMENT’ is the name of the group I was part of and a homage to the previous participant’s unfinished structure we had inherited to complete. As the result of our teamwork, we constructed insulated walls and cladding to the skeleton structure to become more homely and habitable. Celebrating the completion of the project, we decided to have a good night’s sleep inside the cabin!
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Team:
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Team leaders: Josep Garriga, Patxi Martin, Natalia Vera Vigaray
Aloutsanidis Vasilis, Lance Macadangdang, Rogier Tamminga, Hena Wang, Darya MoatazedKeivani, Berta Ballestin, Lara Gonzalez, Pyeori Jung, Charlotte Cocking, Zhao Zhou, Fábián Villányi, Ruairidh Murdock, Gabrielle Sanchez
Long exposure photograph, courtesy of Zhao Zhou
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Photographs during construction, courtesy of Glódi Balázs
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Photographs during construction, courtesy of Glódi Balázs
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Completion, photographs courtest of Glódi Balázs
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Interior, photograph courtesy of Tamas Bujnovszky
4x4: Studio in the Woods
‘4x4: Studio in the Woods’ by Unit 3 Design Studio, Woodland Skills Centre, Wales, 2017.
In a project organised by Unit3 Design Studio, students were tasked to design a timber structure shelter for a client from The Woodland Skills Centre in North Wales.
As a group, we discussed, sketched and modelled ideas months before finally constructing the shelter on-site over a single weekend. It was my first project where I obtained building experience, from the inception of the design to the construction of the shelter.
The practice of charring timber was tested on the cladding of the shelter, which the original aim to achieve a uniform black surface, but the result was a tiger stripe-like pattern due to green wood being used - freshly cut wood without not dried to remove moisture content.
Team: Christopher Matthew, Iona Ellen, Joe Bovingdon Wood, Lewis Joinson, Siobhan Adern, Dyfed Hughes, Gabriela Grodny, John Gray, Patricia Lung, Lance Macadangdang, Alessandra Berariu, Greg Williamson, James Rule, Alice Averley, George Blythe, Jessie Jackson-Townshend, Mackenzie Thompson, Izzy Goode, Ellie Bainbridge, Raluca Hanuz
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Team leader: Martin Schutt
Photograph of studio under construction, courtesty of Joe Bovingdon Wood
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Completed construction showing charred wood cladding, photograph courtesy of Joe Bovingdon Wood
Model-making
I consider model-making one of my strengths in design, and it is one of my passions in the architectural profession. Models express the intention of the design and physical visual aid to understand the moments of the architecture.
This section is an assortment of photographs of models I have produced throughout my architectural education and career.
1:500 Bochnia town model, MArch Thesis 2022
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1:100 Bakery model, MArch Thesis 2022
1:100 Wood Workshop model, MArch Thesis 2022
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1:100 Civic Hub, MArch Thesis 2022
1:100 Market model, MArch Thesis 2022
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Workshop section collage, MArch Thesis 2022
1:20 Bolted timber structure, 2022
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88 1:5 Bolted joint, 2022
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2021
1:50 Roof light model, MArch project
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1:50, Pool roof structure models, MArch project 2021
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1:500 Site massing model, MArch project 2020
1:50 Housing model, MArch project 2020
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site
Forgotten
Part 1, 2020
1:500 Prescot
model,
Spaces,
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1:200 Withington Baths model, BA3 project, 2019
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1:100 cabin model, BA3 project, 2018
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1:100 Hotel model, BA2 project, 2018
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1:50 Office section model, BA2 project, 2017