Michael Witherwick Part 2 Architecture Portfolio 2023

Page 1

Michael Witherwick

Portfolio

MW

Education

Liverpool University

2021- 2023

Part 2 MArch Distinction

Northumbria University

2016 - 2019

Part 1 BArch (Hons) upper 2:1 Conyers Sixth Form

2014 - 2016

A-Levels: ACC in General Studies, Maths, History Conyers Secondary School

2009 - 2014

GCSE: 8 A*, 4 A, 2B

Including A* in Further Maths, Art and A in English

Work Experience

Corstorphine + Wright

October 2019 - June 2021

Main projects: Wallsend Community Centre, Longwood, St Hilda’s Urban Farm, Teesside Airport Working across the RIBA plan of work stages, this practice has greatly improved my computer and technical competency. Working on design bids to technical drawings, I worked on many different projects to produce concept designs, visuals, Revit models, and tender technical drawings.

A passionate graduate I am seeking new challenges and influences at your practice. After completing my Part 1 placement, I have experience across all RIBA plan of work stages. With a desire to improve my technical and environmentally conscious design competency, my abilities cover computer, hand-drawn and conceptual design skills.

Contact Details

Mobile number + Email

19michaelwitherwick98@gmail.com

Home address

Hobbies

Sports: 7 a-side Football + Hockey

Support: Leeds United

Music: Black Keys

TV: It’s Always Sunny In Philadelphia

References

James Jones

Partner - Sheppard Robson

Tom Harrison

Associate Director - Corstorphine + Wright

Voluntary Work

Liverpool University Student Representative

2021- 2022

Norton Hockey Club Vice Captain

2020- 2021

Jesmond Hockey Fixtures Secretary

2018-2020

Achievements

2023 Architects’ Journal Student Prize Nominated for Sustainability

- Sheppard Robson Jicwood Prize

- Swedish Wood Student Architecture Award

2022 Budapest University of Art & British School of Rome Presentation

- Terriva University Competition Entry

2019 GT3 People Architecture Prize for BA Architecture

Skills

Full UK Driving License

Confident

Revit, Autocad, Photoshop, Indesign, Lumion, Hand-Drawn Illustrations

Competent

Sketchup, Model Making, Microsoft Office + Teams

Beginner

OneClick LCA, Passivhaus Planning Package, 3DS Max, Photography, Illustrator - References and

be provided
expanded portfolios will
upon request -
Contents Part 2 Portfolio Liverpool University Y5 Remediation by the Sea 3 Y4 Copper Cloth 13 Y4 Towards a Shared Fate 18 Reports + Dissertation 21 Placement Experience Corstorphine + Wright St Hilda’s Urban Farm 22 Selected Works 23 Part 1 Portfolio Northumbria University Y3 Alzeihmer Respite Center 25
The Virtual Shopfront Timber Stud

- Remediation by the SeaY5

MArch University of Liverpool

The thesis aims to challenge the anthropocene of Redcar, and other coastal industrial settlements, by critiquing successive regeneration failures by re-introducing a balancing of nature and human developments. In Redcar, the ownership and development model of the anthropocene has led to degradation of landscape and continued failures of regeneration. Therefore, the proposal is for three key stages of remediation: to heal the community, landscape and industry through rewilding, biobased materials and a central catalyst building to facilitate all three processes. The proposition: A Biobased Manufacturing & R+D Facility retrofit alongside a new-build community forum that acts as a protest to current developer plans.

Above Research Exhibition

Geology of Redcar CAD + Photoshop

Redcar Reimagined Photoshop

A new architectural agency can improve upon current forms of regeneration in post-failure coastal areas.

Within the thesis, the project aims to answer the following:

• What form has the failure of regeneration taken in Redcar?

• Can the agency of contemporary nature-based regeneration be adapted to the post-failure coastal condition?

• What strategies/interventions should be implemented in the short, medium and long term?

In summary, Redcar’s unique geological conditions presented many resources for industrial consumption. The research highlighted the differences between developers’ and locals’ visions for the area and its contested landscapes.

- Hypothesishttps://1drv.ms/v/s!AgpXfAfkk3Zwz0cVzK8hisK3GgoA?e=SaKoFH

Redcar’s EPC Housing Rating CAD + Photoshop

Assessing the Region

Photoshop + CAD

1:20 Housing Hemp Retrofit

Revit + CAD

Material Comparison

OneClick LCA study

- Remediating Redcar -

The proposal contains three key stages of remediation: to heal the community, landscape and industry through rewilding, biobased materials and a central catalyst building.

By analysing mapping data, the site locates itself within a wildlife corridor to help stitch the region’s ecology together. Moreover, housing with EPC ratings worse than C were located. Therefore, the intervention is in Redcar’s industrial estate, Warrenby. This catalyst will act as a hemp production facility, to help remediate the polluted soils and produce hempcrete insulation, to improve Redcar’s housing poor thermal performance through biobased insualtion internal retrofit.

National policy has focused primarily on the reduction of carbon in operation. As operational carbon decreases due to fabric efficiencies, embodied carbon in materials and construction increases, especially for conventional insulation materials.

Hemp, like other biobased materials, can be carbon negative, as it sequesters more carbon from the atmosphere over the buildings lifetime than it produces in their material production.

Thermal Conductivity (W/m.K) Global Warming Potential (kgCO2e /kg) Biogenic Carbon Storage Potential (kgCO2e/kg) Net Gain / Loss (kgCO2e/ kg) Material Thickness Required (U-Value 0.30) Overall Wall Thickness (U-Value 0.30) No Insulation275 1.XPS0.0343.740+3.7485360 2.EPS0.0383.560+3.5695370 3.PUR0.0253.220+3.2262337 4.Mineral Wool0.0351.440+1.4487362 5.Fibreglass Batt0.0321.060+1.0680355 6. Hempcrete 0.0710.220.47-0.25177452 7. Hemp Batt 0.0400.411.22-0.81100375 (Table-AuthorsOwnfromOneClickLCA)
Clay Pantile Roof - Existing 1mm Breathable Roofing Membrane 80mm Woodfibre Sarking Board 290mm Loose-Fill Hempcrete 15mm Wood Wool Board
Lime Plaster 1mm Lime Plaster Internal Finish U-Value:
W/m2K
215mm
10mm
200mm
Roof
10mm
0.160
Wall
Brick Masonry - Existing
Loose-Fill Hempcrete
Hempcrete Blocks 10mm Lime Plaster Internal Finish 1mm Painted Internal Finish U-Value: 0.294 W/m2K

THE NORTH SEA

Regional Strategy CAD + Photoshop

A biobased retrofit strategy for Redcar’s housing stock and regional rewilding strategy to help remediate the post-failure Redcar.

In line with government and local developer targets, the Warrenby catalyst remediates the region through phases. Through phytoremediation, hemp growth will clean contaminated soils, however cycles are needed to prevent monocultures. Moreover, rewilding further restores the lost ecology, tourism and industry from the historical carbon-intensive developments - establishing a bio-diversity matrix to target these lost habitats. Ultimately, these processes will tap into the larger regional scale ARUP model, to promote biobased design to meet Net Zero targets.

-
Regional Strategy -
Above ARUP regional Biobased Chain
Intreventions
Highlighting the
Revit + Photoshop
0 50 Metres
Warrenby Masterplan Revit + Photoshop

- Warrenby -

Introducing a phased series of interventions within a landscape seen across the country: the forgotten industrial estates.

Warrenby is a by-product of the ‘boom-and-bust’ industrial developments that dominated the region. Therefore, the phased masterplan allows a more managed design that integrates the people of Redcar. The interventions create a new route through the site - stitched together by a timber pergola framing park pavilions. The masterplan relates to the historical and contemporary analysis shown below: re-establishing lost streets to create green corridors that allow permeable landscaping; re-activating the remaining heritage and repurposing existing warehouses.

- The Community Gateway -

Taking reference from historical massing of the lost public house, the Visitor Center and Warehouse Food Court provide a new frontage to the site. By promoting retrofit and new-build design with biobased materials, the proposal achieves a net negative embodied and operational carbon.

- The Hemp Field -

Placed within the lost community allotment, the hemp zone allows the cultivation of the raw hemp plant into usable building material. Both retrofit warehouses frame the showcase hemp field, with an industrial and manual decortication programme. Here also a reclaimed steelworks chute bridges the field.

- 4 Key Highlighting the key areas of

Zones

of architectural intervention.

- The Knowledge Quarter -

Acting as a pivot point from the framed walkway of the visitor center to the wetlands to the south, the Knowledge Quarter provides a civic square to re-establish the historic Marsh House. Providing a Community Forum and R+D Facility, the massing references contextual industrial languages.

- The Ridge Observatory -

Acting as an opposition to the controversial developer plans of the area, the Teeswork plans of the STDC, the design acts as a wetland management center and community pavilion. Placed along the re-established historical bridleway, the design frames key views and incorporates ecology into design.

-

Visitor Center Revit, Lumion + Photoshop

A-A Visitor Center Section
Revit + Photoshop
Pavilions in the Park Revit, Lumion + Photoshop

- The Community Gateway -

These buildigns provide an example of how biobased and retrofit principles can be used within new and existing builds.

A Floor Plan Revit + CAD Retrofit Strategy Revit + CAD

- The Hemp Field -

Framing the showcase hemp field, the retrofit warehouse processes are viewable from above.

Hemp Processing Floor Plan Revit

A-A Section + B-B Section Revit + Photoshop render Manual Detortication Revit, Lumion + Photoshop render

A A B B 0 20 Metres

Further promoting biobased material design, the colour palette was inspired by the demolished steelworks: maroon accent red, dark hempcrete and light timber. The Tower is introduced as wayfinding device and observation deck, to look towards the coast and hemp fields.

- The Knowledge
Top Framed Forum Courtyard Above Left Rendered Square Above Right R+D Hall
Knowledge Quarter -
A A 0 20 Metres
Top Framed Forum Courtyard Above Left Rendered Square Above Right R+D Hall By framing Marsh House, massing hierarchy was achieved through the tower and auditorium - this is further emphasised through the R+D roof. Moreover, informal squares breakout spaces were designed to encourage chance encounters.

Visitor Center Revit, Lumion + Photoshop

Pavilions in the Park Revit, Lumion + Photoshop

Visitor Center Section Revit +
Photoshop

Ridge Floor Plan

Revit + CAD

1. 1:20 A-A Section

Revit + CAD

2. Bird Tower Visual Revit, Lumion + Photoshop

Build Up

- Screw Anchor Foundation

- Aggregate Pad

- Gabion Cage (Habitat)

- Woodfibre Sarking & Breather Membrane

- Hempcrete Insulation in Timber I-Joists

- Woodfibre Sarking & Breathable Vapour

- Hemp Batt Insulation & Wood Wool board

- Lime Plaster Internal Finish

- Hempcrete Insulation in timber I-Joists

- Primary Structural Columns

- Ventilated Cavity & Breathable Membrane

- Timber Truss (habitat) & Recycled EPDM

- Thatched Roof

Pivoting around a central motif, the Gluelaminated timber portal frame is braced with cross-laminated timber (CLT) panels.
0 20 Metres K K
- The Ridge Observatory -
A A

- Copper Cloth -

Y4 MArch University of Liverpool

Exploring Budapest through Liverpool’s Space and Narrative studio, the Copper Cloth highlights the historical Indigo Dye process of Hungary. Completing the unfinished square of the City Hall, the design connects the Merlin Theatre to the Central Chapel. Aiming to promote Roma minorities within Budapest, the design fits within a larger series of interventions speculated through my partner group project Towards a Shared Fate. Inspired by the dye process, the copper roof appears floating on the timber frame with the roof hierarchy highlighting the approach to the central market spine. To combat the prominent traffic-busy street frontage, the landscaping acts as both a buffer zone and to promote the woad planting to dye making.

Approach & development

Sketch + Photoshop render

Approach from District 8 Revit + Photoshop render

Parade Route

- Parade Routes -

Using Towards A Shared Fate as a basis for the Dye Works Market, the Arts + Crafts of Budapest were mapped alongside the parade route.

Markets

Market Squares

Theatres

Erkel Theatre

Peoples’ Theatre

Merlin Theatre

Industrial Areas

Traditonal New

Handcut Balsa Wood & Laser Cut Card
- Design Development
Above Massing Experiments

- Environment Principles -

1. Increased glazing and roof pitch on south elevation encourage solar gain

2. Central Atrium to allow workshop deeper plan of 12m

3. 2m Gap for Stack Ventilation

4. Overhang and louvres allows northern light to penetrate.

5. Trees allow 50% sound absorption from busy street

6. Distance from trees allow 100% winter Solar Gain & 10% windspeed reduction

Embodied Carbon

Brick Wall 102mm depth:

Embodied carbon kgC02 per 1m2 = 43.3, Effective Heat Capacity Wh/m2k =42.4

Solid Timber Flooring 25mm

Embodied carbon kgC02 per 1m2 = 14.6, Effective Heat Capacity Wh/m2k =5.4

Carbon impact per m3 material

Copper: 24230 & Timber: -600

A B C C B A 3 2 1 4 5 6 Multi - Level Production CAD + Photoshop

1:50 at A3 A-A Workshop Section

Revit, CAD & Photoshop

1. Solar Shading Analysis

AndrewMarsh.com

2. Site Axonometric Revit, CAD & Photoshop

3. 1:1000 at A3 Site Plan

Revit, CAD & Photoshop

- Design Overview -

Environmental strategies help formulate the massing and facade treatments on the design. As indicated by shading analysis and psychometric data, the constraints of overshading and over humidity required a section to encourage light and ventilation. Therefore both the plans arrangement and density had to allow for minimal mechanical measures - to encourage a passive design.

S -165° -150° -135° -120° -105° W -75° -60° -45° -30° -15° 15° 30° 45° 60° 75° E 105° 120° 135° 150° 165° 40° 50° 07 08 09 10 12 14 15 16 S -165° -150° -135° -120° -105° W -75° -60° -45° -30° -15° N 15° 30° 45° 60° 75° E 105° 120° 135° 150° 165° 10° 20° 30° 70° 80° 08 09 10 11 12 13 14 16 17 S -165° -150° -135° -120° -105° W -75° -60° -45° -30° -15° 15° 30° 45° 60° 75° E 105° 120° 135° 150° 165° 40° 50° 07 08 09 10 12 14 15 16 S -165° -150° -135° -120° -105° W -75° -60° -45° -30° -15° 15° 30° 45° 60° 75° E 105° 120° 135° 150° 165° 40° 50° 07 08 09 10 12 14 15 16 A 0 100 Metres
1. Woad Gardens 2. Performing Studios 3. Central Hall 4. Workshops 5. Dye Market 6. Piazza Chapel 7. Informal Market Square
1 3 2 4 5 7 8 6 A B B 2 1 3
8. Indigo Plant Garden

Indigo Plant Garden

Revit & Photoshop

Informal Sellars Market

Revit & Photoshop

Dye Vats Market

Revit & Photoshop

Street Facing Woad Garden

Revit & Photoshop

- The Market & Gardens -

Completing City Hall the design creates squares; an informal public market and a semi-public indigo garden. Incorporating traditional planting techniques, the plan’s arrangement follows the dyeing process summarised by: storage; waxing; dyeing; drying and selling. Combining three programmes (market, theatre, and industry dye-works) the market spaces and workshops are separated across the levels, which are further arranged by their daylighting and theatrical qualities.

Dye Vats Market Revit + Photoshop
- Parading the TextilesHandcut Balsa Wood & Laser Cut Card
Top A-A Waxing Workshop Above B-B Theatre of Dying
Market Construction Sketchup + CAD

- Towards a Shared Fate -

Y4 MArch University of Liverpool

Working alongside the Copper Cloth, this project aims to promote unity and identity in Budapest by re-instating the lost market. Towards a Shared Fate is a group project, that focuses on technical resolution, that encourages city diversity whilst using public spaces to unify Budapest’s communities. Chosen as the main site of intervention, Budapest’s City Hall square is a central point connected to prominent celebratory routes used by minority groups.

Key Markets Market Squares Magdolna Quarter Tram line Underground Line N
- Four Tigers Market - - II. János Pál pápa Park - Above Aanlysing the parade route Left The construction of the market - Magdolna Quarter - - Blaha Lutzja Square -
District 8 Minorities
- Klauzal Square -

Design Principles

The marketplace aims to create a framework for multiple functions. Primarily a sunken glallery and upper level park, the landscaping has been utilised to frame the design within the asymmetrical grounds of the city hall.

Technology Principles

From the site analysis, providing cooling and shading were the main environmental principles. Therefore, the canopy (using a winch) retracts to allow shading into the park. Moreover, the exposed stone floor within the landscaped park help cool the spaces through Budapest’s summer. Travertine and Limestone were used for historical context, using high thermal mass to reduce operational carbon.

B A A B-B Long Revit + Photoshop 1:10 Edge Detail CAD
C D B C D Long Section Photoshop 1:20 C-C Section CAD

Example Detailing

1. Retaining Gabion Wall Construction

1000mm Galvanised Steel Wire Baskets

80-120mm Recycled Crushed Concrete

Steel Reinforment Rod

2. Wall Construction

50mm Silver honed travertine cladding

Horizontal Rainscreen fame (transition)

Vapour control layer

150mm Cork board Ridgid insulation

Vertical Rainscreen frame (mullion)

Damp proof membrane

200mm Breezeblock

200mm Wall Cavity

Sketchup + CAD

A-A Sunken Gallery
2 1
- Final DrawingsSketchup, CAD & Photoshop Top 1:200 Street
Above 1:500 Plan @
A A B B C C
Elevation @A3
A3

Richard Otley Boundary

A new masterplan destined for the same fate?

Analysing the effects of 20th Century developments, for future proposals, on St Hilda’s Place.

This dissertation critiques the current-day BCEGI proposals for a former settlement in Middlesbrough (St Hilda’s) by analysing it through historical research – to see if the contemporary design falls victim to historical mistakes. It discusses St Hilda’s changing built environment, the bureaucratic involvement and residents’ responses. Through a study of historical maps, newspaper articles and surveys, the dissertation highlights key themes of analysis to evaluate the new proposal. This framework of evaluation was further refined by broader architectural concepts highlighted in the literature review, to understand how St Hilda’s historical Tabula Rasa development impacted its Place.

RiverTees Key BCEGI Site Boundary

- Reports + Dissertation -

MArch University of Liverpool

Thesis Sustainability & Equity Report

Providing a precedent of exemplary design for future developments using circular economic principles, the reports highlights the design’s response to the UK’s Net Zero targets, the sustainable retrofit of UK housing, and the balancing of ecology within the built environment. Using the visitor centre and market of the masterplan, acting as a pilot study, the report demonstrates the viability of biobased materials in a retrofit-first passive design alongside the regional rewilding scheme. Key findings show that through consideration of biobased material quantities, net zero emboided carbon was achieved. Furthermore, the application of internal hemp insulation was proved a viable housing retrofit solution. Lastly, through rewilding, a calcualted 29.2% biodiversity net gain was achived.

Net Zero Carbon Report North Stone Keld Housing Development

The report aims to guide Northstone regarding its development on the Keld site, Barrowford. The report’s focus is of low carbon design strategies, in response to the net-zero carbon emissions 2050 announcement by the government, and the 2030 govt deadline that all new builds must be built to operational net-zero standards to cut greenhouse gas emissions by half. The report suggest the fabric first approach to reduce operational carbon and the changing of building materials to reduce embodied carbon.

- D&A + Tender Drawings -

An elderly retreat, the Urban Farm, was an industrial building wrap to create a threshold between the industrial backdrop and the gardens within.

Given early Stage 1/2 floor plans and elevation studies, I developed, modelled and visualised the design. Moreover, detailing the design for tender, and working alongside engineers and landscape consultants.

St Hilda’s Urban Farm

Practice Corstorphine + Wright

My role: Design Discussions, Revit Model, Design & Access + Tender drawings.

23 24 45 74 34 6 7 41 11 58 9 5 2 4 64 10 28 15 59 11 29 42 6 55 30 150mm Ventilation Void 150 65 60 43 50 51 18 69 21 30 52 29 6 7 28 19 160 5 STUDIOS IN: LONDON WARWICK BIRMINGHAM MANCHESTER LEEDS GLASGOW STOURBRIDGE DARLINGTON CANTERBURY 1 : 5 2103 -Section 3 1 : 5 2103 -Section A -Callout 1 -Callout 1 1 1 : 5 2103 -Section A -Callout 1 -Callout 3 2 52 15 36 32 22 23 24 45 105 150 34 35 33 31 13 53 15 15 15 38 37 14 39 41 54 73 58 9 4 64 59 42 6 68 30 56 150mm Ventilation Void 150 65 60 43 50 51 18 52 29 6 7 27 28 19 160 11 5 75 4. 500g separating Membrane. 5. 100mm 7N/mm2 Blockwork (density 1350-1450kg/m3). 6. 50mm Ventilation Gap 7. 60mm Kingspan K108 Insulation 8. Increasing Ventilation Gap to follow masonry buttress profile 9. 25mm Kingspan Kooltherm K3 Floorboard Insulated perimeter upstand to floor edge. 10. Interloc Horizontal Cavity Tray IL4 11. 102.5 Ibstock Tradesman Mutli Red brick 12. Reinforced Concrete Slab to S.E. Details. 13. 75 x 100mm C16 timber wall plate 14. 12.5mm Gypsum Wallboard 15. Ancon Staifix RT2 General Purpose Wall Tie Type 2 Tie to PD 669 at 450 verticle centres 16. Ancon Two Part Wall Tie 75mm within leafs- to confirm with S.E for verticle centres 17. Kingspan Kooltherm Cavity Closer 18. IBStock Overhanging Angled Sill 19. Keystone HI-THERM HT/S+ 110 Lintel insulated with expanded CFC free polystyrene 20. 3mm Skim FInish 21. Blockwork cut to size 22. Timber Truss @ 600mm Centres- to be designed by Truss Manufacturer 23. C24 Timber Rafter cut to size 24. Kerto LVL Beam 39 x 240 mm 25. 315 x 135 Glu Lam Beam (GL32h) - to S.E Details 26. 140 x 140 Glu Lam Post (GL32h) - to S.E Details 27. Timloc LCT100 Lintel tray Cavity Tray 28. Timloc 1143 Cavity Wall Weep, Terracotta colour 29. 3mm Corten Sheet with Corten ridges, bolted to brickwork 30. Kawneer AA®720 SL Casement - Permacover PPC finish, colour TBC 31. VMZinc Box gutter Type 400 - colour TBC 32. VMZinc 80mm round Downpipe - colour TBC 33. VMZINC Standing Seam - colour TBC 34. VMZINC Membrane - colour TBC 35. Aludex Max fully suppourted vapour barrier 36. 25 x 50mm nailable stop batten 37. 110mm TR26 Kingspan Insulation 38. 40mm TP10 Kingspan Insulation 39. 18mm Sarking Board 40. 15mm Dab layer 41. 0.7mm VMZINC PLUS Flashing - colour TBC 42. 119x19mm Timber MDF pencil round skirtings - colour TBC 43. 19mm Thick Window Board 44. 24mm Character Grade V Tongue and Groove External Cladding- to receive clear stain coat system finish - 3no coats. 45. 25 x 100mm C24 Timber 46.47. 316 Stainless Steel Rain Chain 60mm Diameter 48. 75x 225mm Kerto S Rafters @400cc (varying length, max 6m) - to S.E Details 49. 63 x 225mm C16 Rafters @ 400mm Centers- to S.E Details 50. Window Frame Mastic Sealant 51. 16x150mm Timber Window Apron 52. Ancon IHR Restraint.- To S.E Details 53. 100mm Earthwool OmniFit Insulation Rolls, tighly packed to block cold bridge 54. 25mm Isover Accoustic Insulation Roll 55. 215 x 65mm Coloured Airbrick to match facing brick 56. Telescopic Ventilator & Adapter 57. 2100mm x 2000mm Double Leaf Galvanised Steel Palisade Security Gate 58. Underfloor heating pipes- Spec TBC following completed Ground Investigations Works 59. 100mm synthetic anhydrite screed 60. 75mm Kingspan Kooltherm K103 Floorboard Insulation 61. 200x100x10 RHS Curved steel beam with an 8mm bottom plate 62. Nordan Ntech Villa Fixed frame w/sash - Timber finish coated using Nordan standard coating systems, colour TBC 63. 125x 140 (150) mm Precast Concrete Square Channel (Threshold). 64.1200g Visqueen DPM - all joints to be lapped, taped & sealed in accordance with manufacturers recommendations 65. Visqueen CPT dpc. 66. EPDM Window Seal 67. CavityTrays CaviCloaks bespoke width to fit 275mm clear cavity 68. 150mm Precast Beam and Block flooring to S.E Details 69. Aluminium Window Cill Flashing - polyester powder coated (PPC) with colour to match Kawneer Aluminium Windows 70. Main Contractor Designed Timber Double Doors, Paint Grade Doors with factory applied primer coat. 71. Main Contractor Designed Steel Faced Insulated Composite Single Leaf Doorset. 72. 360 x 200 Glu Lam Beam (GL32h) - to S.E Details. 73. 12.5mm Gypsum Wallboard Duplex (integral vapour control layer). 74. Cavi60 MWR 200 Cavity Closer by Cavity Trays Ltd Drawing Title: Checked Scale Project No. Drawing No. Revision Paper Size Client: Project: A1 Project Stage @A1 TENDER As indicated Social Garden + Community Hub Camphill Village Trust Section Details - Sheet 1 MW DH 05/03/21 19713 3901 T-01 1 : 5 2103 -Section A -Callout 1 -Callout 2 3 -Callout 1 -Callout 1 1 5 2103 -Section A -Callout 1 -Callout 3 2 DESCRIPTION DATEDRW.CHK. T-01Issued for Tender 16/04/2021MWDH MW DH 32 23 24 45 74 34 33 31 6 7 41 11 58 9 5 2 4 64 10 28 15 59 11 29 42 7 6 68 1 55 30 56 150mm Ventilation Void 150 65 60 43 50 51 21 18 17 69 21 66 30 15 52 29 6 7 27 28 19 160 11 5 75 STUDIOS IN: LONDON WARWICK BIRMINGHAM MANCHESTER LEEDS GLASGOW STOURBRIDGE | DARLINGTON CANTERBURY 3 1 : 5 2103 -Section A -Callout 1 -Callout 1 1 1 : 5 2103 -Section A -Callout 1 -Callout 3 2
D & A Renders Revit, Lumion & Photoshop 1:100
@ A3 Revit & Photoshop Across the scales Tender sections Revit & CAD Fire Escape Plan + Site Plan Revit & CAD 52 15 36 22 23 24 45 105 150 34 35 31 13 53 15 15 15 38 37 14 39 41 54 5 73 58 4 64 59 42 6 68 30 56 150mm Ventilation Void 150 65 60 43 50 51 18 69 21 52 29 6 7 27 28 19 160 11 5 75 3. Kingspan Styrozone Insulation (100mm). 4. 500g separating Membrane. 5. 100mm 7N/mm2 Blockwork (density 1350-1450kg/m3). 6. 50mm Ventilation Gap 7. 60mm Kingspan K108 Insulation 8. Increasing Ventilation Gap to follow masonry buttress profile 9. 25mm Kingspan Kooltherm K3 Floorboard Insulated perimeter upstand to floor edge. 10. Interloc Horizontal Cavity Tray IL4 11. 102.5 Ibstock Tradesman Mutli Red brick 12. Reinforced Concrete Slab to S.E. Details. 13. 75 x 100mm C16 timber wall plate 14. 12.5mm Gypsum Wallboard 15. Ancon Staifix RT2 General Purpose Wall Tie Type 2 Tie to PD 669 at 450 verticle centres 16. Ancon Two Part Wall Tie 75mm within leafs- to confirm with S.E for verticle centres 17. Kingspan Kooltherm Cavity Closer 18. IBStock Overhanging Angled Sill 19. Keystone HI-THERM HT/S+ 110 Lintel insulated with expanded CFC free polystyrene 20. 3mm Skim FInish 21. Blockwork cut to size 22. Timber Truss @ 600mm Centres- to be designed by Truss Manufacturer 23. C24 Timber Rafter cut to size 24. Kerto LVL Beam 39 x 240 mm 25. 315 x 135 Glu Lam Beam (GL32h) - to S.E Details 26. 140 x 140 Glu Lam Post (GL32h) - to S.E Details 27. Timloc LCT100 Lintel tray Cavity Tray 28. Timloc 1143 Cavity Wall Weep, Terracotta colour 29. 3mm Corten Sheet with Corten ridges, bolted to brickwork 30. Kawneer AA®720 SL Casement - Permacover PPC finish, colour TBC 31. VMZinc Box gutter Type 400 - colour TBC 32. VMZinc 80mm round Downpipe - colour TBC 33. VMZINC Standing Seam - colour TBC 34. VMZINC Membrane - colour TBC 35. Aludex Max fully suppourted vapour barrier 36. 25 x 50mm nailable stop batten 37. 110mm TR26 Kingspan Insulation 38. 40mm TP10 Kingspan Insulation 39. 18mm Sarking Board 40. 15mm Dab layer 41. 0.7mm VMZINC PLUS Flashing - colour TBC 42. 119x19mm Timber MDF pencil round skirtings - colour TBC 43. 19mm Thick Window Board 44. 24mm Character Grade V Tongue and Groove External Cladding- to receive clear stain coat system finish - 3no coats. 45. 25 x 100mm C24 Timber 46.47. 316 Stainless Steel Rain Chain 60mm Diameter 48. 75x 225mm Kerto S Rafters @400cc (varying length, max 6m) - to S.E Details 49. 63 x 225mm C16 Rafters @ 400mm Centers- to S.E Details 50. Window Frame Mastic Sealant 51. 16x150mm Timber Window Apron 52. Ancon IHR Restraint.- To S.E Details 53. 100mm Earthwool OmniFit Insulation Rolls, tighly packed to block cold bridge 54. 25mm Isover Accoustic Insulation Roll 55. 215 x 65mm Coloured Airbrick to match facing brick 56. Telescopic Ventilator & Adapter 57. 2100mm x 2000mm Double Leaf Galvanised Steel Palisade Security Gate 58. Underfloor heating pipes- Spec TBC following completed Ground Investigations Works 59. 100mm synthetic anhydrite screed 60. 75mm Kingspan Kooltherm K103 Floorboard Insulation 61. 200x100x10 RHS Curved steel beam with an 8mm bottom plate 62. Nordan Ntech Villa Fixed frame w/sash - Timber finish coated using Nordan standard coating systems, colour TBC 63. 125x 140 (150) mm Precast Concrete Square Channel (Threshold). 64.1200g Visqueen DPM - all joints to be lapped, taped & sealed in accordance with manufacturers recommendations 65. Visqueen CPT dpc. 66. EPDM Window Seal 67. CavityTrays CaviCloaks bespoke width to fit 275mm clear cavity 68. 150mm Precast Beam and Block flooring to S.E Details 69. Aluminium Window Cill Flashing - polyester powder coated (PPC) with colour to match Kawneer Aluminium Windows 70. Main Contractor Designed Timber Double Doors, Paint Grade Doors with factory applied primer coat. 71. Main Contractor Designed Steel Faced Insulated Composite Single Leaf Doorset. 72. 360 x 200 Glu Lam Beam (GL32h) - to S.E Details. 73. 12.5mm Gypsum Wallboard Duplex (integral vapour control layer). 74. Cavi60 MWR 200 Cavity Closer by Cavity Trays Ltd Drawing Title: Project No. Drawing No. Revision Paper Size Client: Project: A1 Project Stage @A1 TENDER As indicated Social Garden + Community Hub Camphill Village Trust Section Details - Sheet 1 MW DH 05/03/21 19713 3901 T-01 1 : 5 2103 -Section A -Callout 1 -Callout 2 3 A -Callout 1 -Callout 1 1 5 2103 -Section A -Callout 1 -Callout 3 2 T-00Issued for Tender 01/04/2021 T-01Issued for Tender 16/04/2021MWDH MW DH
Floor Plan

Longwood Residential Practice

Corstorphine + Wright

My role: Design Discussions, Revit Model, Design & Access statement drawings.

Working alongside the lead architect, the design is for a self-contained living quarters for adults with disabilities. It removes the existing run-down building, to create a more friendly environment that interacts with the surrounding landscape through its materiality and organic forms.

Richmond

Practice Corstorphine + Wright

My role: Design Discussions, Revit Model, Design & Access statement drawings.

Working alongside the lead architect, the design is a cluster of townhouses within the left over spaces behind Richmond’s busy market square. Taking the plans, I individually massed the design to tie within the surrounding levels with the form taking inspiration from the context’s high pitch roofs.

Flat 1 Flat 2 Flat 3 2966 2418 2367 2238 2975 Shopping Unit Flat 1 Flat 2 Flat 3 Living Room Living Room Living Room Flat 6 Living Room Flat 5 Living Room Flat 4 Living Room Bathroom Bathroom Bathroom Bathroom Bathroom Bathroom Bedroom Bedroom Bedroom Bedroom Bedroom Bedroom
+ 2400 + 0 mm + 5400

Teesside Airport

Practice Corstorphine + Wright

My role: Design Discussions, Visualisations, Design to Construction drawings.

Working alongside the lead architect, the series of retrofit designs is within a greater Teesside Airport masterplan. The project deadlines were fast and greatly improved my speed of output. Individual designs ranged from new canopy and viewing platform designs to cafe, toilettes and leisure retrofits.

ProposedOfficeSpaces CADdrawing

Wallsend Communtiy Center

Practice Corstorphine + Wright

Spatial Memories

Placement: Wallsend Centre

Pre-construction Information Pack

Myroles:Pre-constructionInformationPack,Design WallsendCommunityFirstCentrewasaprojectapproachedto Corstorphine+WrightbyNewcastleCityCouncil.Thebriefrequiredthe designtore-workspaceswithintheexistingbuildingaswellasintroduce adrugrehabilitationwardonthe2ndfloor.ThePre-Construction InformationPackagerequiredstrictprogrammaticneedsofadrug rehabilitationward,suchasanti-ligaturefittingsandspecifications. Ontheleft,Idesignedgenericofficespaceswithinthe2nd floorvacant space,withoutabrief,basingthesizesandroomsneededfromprevious projects.Organisedupontheexistinggrid,thespaceswerelayeredin accordancetofunction(whilstmaximisingtheinternallightingconditions) allowingtheuserstofilterthroughtheoffice.

My role: Design Discussions, Tender drawings.

Typicalkitchen+officelayout

Typicaltoiletlayout CADdrawing

Working alongside the lead architect, the Wallsend Community Center was a retrofit design which involved tight deadlines for tender packages. Additional roles included the individual design of a new office space.

- Retrofit Section -

-Alzheimer Respite Center -

Y3 BA Arch University of Northumbria

Inspired by the thematic historical readings of the manufactured landscape, the proposal aims to respond to the history of the site through a new programme of an Alzheimer Respite Center; informed through the contextual analysis of Newcastle’s forgotten demographic. Designed on key principles of sufferers care, the walled gardens are placed along a central axial spine. With pavilions increasing in privacy and intensity of care whilst progressing through the site, each intervention aims to stimulate the users cognitive abilities.

Above Site Plan A A
- Thankyou -

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