Luke Sharpley Architectural Portfolio (MArch Application Submission)

ARCHITECTURAL PORTFOLIO PROFFESSIONAL/ACADEMIC

LUKE SHARPLEY BSc (Hons) Architectural and Environmental design Part 1 Architectural assistant

CONTENTS. ACADEMIC.

1

PEOPLE MAKE GLASGOW; URBAN DESIGN, AN INESCAPABLE ART FORM

PROFFESSIONAL.

2

MOTOR HERITAGE CENTRE; AMBERGATE

3

MILLINGTON HALL FARM; GRADE II LISTED FARMHOUSE RENNOVATION MILLINGTON - GREATER MANCHESTER

4

NORTHWICH TOWN CENTRE, STALYBRIDGE TOWN CENTRE; LARGE SCALE REGENERATIONS

5

MCCARTHY AND STONE CARE HOME WHALEY BRIDGE

6

CO-LIVING OPPORTUNITY - SPECULATIVE WORK POTENTIAL FOR NATIONWIDE ROLL OUT.

7

DRAWING

ACADEMIC

1 For this project I was tasked with designing a library within the centre of Glasgow. My chosen site, at the crossroads of several districts within the city, boasted a rich history of Arts and crafts and located just north of the river clyde, a perfect opportunity for an accessible and informative design. However the challenging site was small, surrounded by low level oďŹƒces and residential blocks, meaning the key to a successful design lay within the arrangement of internal spaces and use of vertical architecture, a design technique I had previously not explored.

The building was to be multi use for the display of not only literature but art work and the tools used to create them.

Accesible to all the building was required to be easy to interact with and above all else functional and vernacular with Glasgow city architecture.

PEOPLE MAKE GLASGOW AN EXPLORATION INTO THE ARTS AND CRAFTS MOVEMENT AND HOW ARCHITECTURE CAN ENCAPSULATE IT. SPRING 2018 KING

|

STUDIO PROJECT 3

| TUTOR, PAUL

1

DENSITY

DISTRICTS

‘Glasgu’ As it was known in history, refers to the Gaelic meaning of ‘‘Dear Green place’’. And so, through its densely populated city areas green space has alsways been of upmost importance to the city.

As my site is located on a small plot of grassland it gives me an early indication that retaining some or all of it will enhance the design.

The site is located near the boundaries of three of the major districts of the city, The central district, St Enoch and the Merchant city, giving it an interconnecting history from craft and arts to industry.

The sites proximity to the merchant city makes it a brilliant location for the projects intended function.

SITE ANALYSIS

SUN PATH ANALYSIS MARCH 21ST 12PM Early in the year the site recieves a moderate level of sunlight, unfortunately the compact surroundings and tall stature of the briggate adjacent mean that lower levels of light are available to low lying buildings. reinforcing the need for a vertical approach to the site.

During the summer months the site is relatively exposed making ventilation and passive cooling techniques within the building are essential.

In the winter low light means the site is very overshadowed, subsequently methods of capturing light throughout the building become essential

JUNE 21ST 12PM

DECEMBER 21ST 12PM

Current site routes - Access onto the site is available from all axis, two major roads from the south of the river give a route to the site. There is also several routes coming from landmarks. I intend to leave the existing ground level of the site unspoilt to encourage routes through the site and subsequently increase interactions with the building.

1 CONCEPT REALISATION.

The use of accessible and reusable materials to create the effect of internal structure across large glazed sections

Raising the building to leave the existing site as unspoilt as possible allows continued use of the space

Fascilitating the art scene by exhib work and offering s for use.

Extrustion of the site to maximise the building footprint and create vertical opportunity.

Following a conceptual vision of the use of 3d printing within the building - allowing use, reuse, and interaction

Historical art boo played throughout including the work mackintosh, a majo history of art wit

Floors creating a complex interior that tie together by cutouts, overhangs and differing floor heights give visitors a variety of intersting spaces to interact with throughout the journey around the building. The aim of creating views from floor to floor is create a relationship between the differing uses of spaces to reduce the verticallity of the design.

Access - I aimed to create an entrance sequence to the building that would bring visitors from the ground floor to the first accessable floor whilst maintaining a connection with the outside, to achieve this the first floor is accessed via a staircase that ends facing a key view toward the clyde river

Physically dissconnected floors allow for spaces to be given individual style and follows an idea of complex internal formatting. The aspect of steel columns and beams being the main factor in tying the vertical ascent of the building together.

External cladding spanning several floors matched with glazing that frames specific views from each floor can be utilised and positioned to divide spaces inside and out of the building and create areas of privacy and transparency.

local biting spaces

oks will be disthe library ks fo Rennie or front in the thin Glagow

BUILDING SECTION

BUILDING FLOOR PLANS

1 CONSTRUCTION DRAWINGS

1.0. I

1.1 Li space above recept ing th column locate centra resear arts a 1.2 Th CIBSE space winter use of examin

Introduction to space.

2.0 Openings and Vents.

3.0 Glazing type.

4.0 Solar shading strategies.

ibrary space with book selection/lending and a reading area. The space sits 2 storeys ground level with just the entrance lobby/ tion and access stairwell beneath. Creathe main entrance overhang supported by steel ns. Users access this level via the stairs ed in the adjacent materials library or the al core. The space is a short use reading/ rch area with a focus on local literature on and crafts. he space thermal requirements according to environmental design guide part A call for a temperature of between 19-23 degrees in the r/ 21-25 during summer months. Reached by the f thermal glazing and brise soliel further ned later.

2.1 Glazing will run along the south facade of the space, there will be sliding horizontal windows here that will ventilate the space. These have been chosen to suit the louvres placed on the exterior of the southern facade and the columns on the interior that restrict movement of openings. The panels are 1m in size and run across the upper section of the double glazed windows.

Windows on the north side of the space will open inward to increase cross ventilation.

Kawneer thermal vents will be placed below glazing panels to increase the flow of fresh air and removal of stale air.

Glazing will be thermal eďŹƒcient pilkington K Glass, double glazed, using horizontally sliding mechanical systems from Kawneer, the windows will be eďŹƒciently controlled by a building management system that will open the windows in the case of temperature deviation from those mentioned in paragraph 1.2

4.1 To shade the space from the southern sun brise soliel will be installed on the exterior of the glazing.

The glazing system aims to reflect sunlight from the southern facade during the summer months and trap it during the winter.

The louvres set 0.3m apart with 5 running down the glazing, this should protect the users in the space from glare and over exposure to the higher angled sunlight during the summer but allow enough passive heating during the winter.

5.0 Insulation and thermal mass.

5.1 Insulation will be used in relation to CIBSE guidance, on the floor that stands supported by steel beams and columns rock mineral rigid insulation will be used at a thickness of 50mm, this will protect the steel frame from thermal bridging, above this 240mm Kooltherm insulation will be used to protect the thermal mass concrete flooring.

5.2 Thermall mass gained from corrugated concrete flooring set above steel beams.

EXTERNAL RENDER OF SITE RETENTION

1 FINAL RENDERS

EXTERNAL RENDER FROM RIVER CLYDE

2

AMBERGATE MOTOR HERITAGE CENTRE RENNOVATION AND REBRANDING OF AN EXISTING WAREHOUSE PREVIOUSLY USED FOR WIREWORKS, TO NOW HOUSE A CLASSIC CAR COLLECTION. WINTER 2018 | PROFFESSIONAL PROJECT MENTOR; ROSS ERWIN

SITE PHOTOGRAPH LOCATIONS

SITE PHOTOGRAPHS

|

This project was my first proffesional insight into the proccesses surrounding planning applications and how key precise explanatory drawings can be to improving and progressing a project.

The proposed brief was to restore, refurbish and change the use of a large disused portal frame unit previously belonging to a wireworks on site.

The site is located on the A6, close to Belper and Matlock and a short walk to nearby bus and train links. With other small business opening in this industrial estate it was an exciting opportunity.

After attending the first site meeting and recieving surveys on the land I was tasked with helping the client formalise their designs by creating virtual models, exciting visuals and precise drawings for me to later produce a design and access statement and a planning package to ultimately apply for planning which was later granted.

Working on this project came with new challenges to me, precise levels and accurate tree locations were key due to a proposed external decking. Along with this working with wildlife conservationists because of the roosting bats within the building and highways, to widen the existing entrance to allow access to a wider variety of vehicles.

EX

SITE BOUNDARY

GARAGE ELEVATIONS

EX

BUILDING ELEVATIONS

GARAGE ELEVATIONS

VE

XTERNAL DECKING SOLUTION

DECKING SPACE

XTERNAL DECKING SOLUTION

DECKING SECTIONS

EHICLE ACCESS AND ENTRANCE

CAFE SPACE

MAIN HALL

.10 56 56 .72

56 .85

57.03

57.00

57.30

57.

38

57.

87

8 57.62

643 sq.m

57.51

57.22

58.21

Millington Hall 57.03 56.

55.0

56.

92

58.23

57.56

88

57.60 58.05

58.04

58.05

58.02

58.25

57.91

56.39

58.09

58.07

05

265 sq.m

58 .07

58.07

58.

1

57 .50

57.57

57.9 3

5 57.9

57 .38

56.9 8 57.1 8

57.1 6

57.1 7

56.9 8

9

D

01 58.

57.92

57.52

57.8 2

57.89 57.53

6

57.54

83 57. 47 57.

6 57 57.4 .46 57 .62 57 .41

57.6 5

57.2 3

.28 57

57.24

57.60

57.11

57.87

2.7

=6

oh

57.

63

57.56

58.00

oh 2 =62.7

57.84

57.66

57.27

57.66 57.63 57.73

57.51 57.47 57.44

101 sq.m

57.55

4 57.8

5

57.47

4

A

56.6 6

0 2.5

57.2 8

=6

56.40

oh

56.4 0 465 sq.m

56.7 9

E

337 sq.m

2 3

57.2 3

56.9 3

101 sq.m

F

80 56.

55.94

55.98

56.7 0

B

56.58 56.45

7

56.31

oh=65.39

56.34

6

41 sq.m 0

oh=61.2 0 55.

112 sq.m

C 56.54 01 56.

3.60

oh=6

56.77

0.75 55.49

56.97

G

56.80

oh=61.77

56.38 56.3 7

DEMOLISHED BUILDING AREA COVERED IN RUBBLE

268 sq.m

top hedge=5

29 56.

11

56.67

66 sq.m

5.61

56.

65

56.64

H

56.49

54.93

MILLINGTON HALL FARM

56.46

219 sq.m

55.80

56.36

10

oh=6

3

57.29

58 sq.m

468 sq.m

D

MILLIN

13

NE HALL LA

15

GTON

468 sq.m

oh=59.79

WINTER 2018-19 | PROFFESSIONAL PROJECT | MENTOR; ROSS ERWIN

55.0

56.16

oh=63.69

12

56.25

oh=63.64

56.41

oh=63.37

3 64.4 oh=

THE REGENERATION OF A GRADE II LISTED FARMHOUSE AND THE SURROUNDING SITE.

A E F B C

G

H

14

468 sq.m

1

The proposal is for the redevelopment of an area of farmland regenerating approximately 15 farm buildings of varying levels of degradation.

Each building will be produced to meet requirements of individual clients with the main client and site owner being TEM properties.

The intention for this to become an educational hub for a local college or institution to use to teach agricultural food production.

Currently, the existing area houses three large run-down wooden agricultural barns and smaller wooden shed.

North of the immediate site, an existing Grade II Farmhouse can found, which is surrounded by 9 other out buildings designated for agricultural use. This includes both stone and red brick 1-2 storey barns and corrugated sheet metal structures In which all the structures are uninhabited, un-used and in a state of disrepair, e.g. collapsed section of slate tiled roof.

At my time of appointment to the project it was stage 2 and would be taken through by us as Architect to construction the aim being to get through planning as soon as possible, although with the state of disrepair on site and the issues surrounding heritage as well as several clients with individual needs it is a challenging project and an interesting one to work on.

EXISTING SITE PLAN My first involvement in the project was to visit the site and begin to understand the area and buildings within it, various photographs were taken to assess the state of disrepair around the site.

I noted down several things around the buildings such as existing loading doors, window locations and sizes and characteristics across the variety of buildings that would be key to creating as little impact to the original site as possible.

SITE LOCATION PLAN 1:5000

PROPOSED SITE PLAN I then worked on received os surveys to draft out improvements to existing plans and elevations of all buildings except ones deemed unfit and will be demolished.

These drawings included sketches and simple cad plans using overlays of existing plans to create possible proposals to buildings at very early stages for individual tenants ideas.

I wo dr dr CA Al wo cu ac pl da te me is Th re gr is re ti of we va sp st Ar in mo th br we of in Ta th el co ra ph fo an an be st

I of bu

So dr th th fo vi ta SITE PHOTOGRAPHS

SITE DEGREDATION

spent a lot of time orking on external works rawings for the buildings rawing out accurate Auto AD elevations and plans. ll buildings external orks drawings include acurate elevations on all ccessible sides that dislay areas of weathering, amage and points of inerest, as well as recomendations for all known ssues going forward. hese recommendations are einforced with photoraphs focusing on each ssue and plans that corespond with the elevaions to give an overview f each building. These ere to be issued to releant parties e.g client, pecialists, heritage, and tructural engineers. reas such as overgrowth, naccessible areas or re- EXTERNAL WORKS BUILDING 6 oval of existing vines hat in some cases have reached building windows e advised the involvement f specialists for further nspection. asks to overcome during his were drawing detailed levations and plans that oincided and were accuate through the use of hotographs and surveys or building footprints nd levels of floors, eaves nd pitches. This was a enchmark for an undertanding of the scheme.

ome of the text from the rawings is very small and herefore diďŹƒcult to read hough has been including or a more comhprehensive iew into the level of deail within these drawings

Building to be demolished

have included 4 examples f a single elevation of uilding external works.

1

EXISTING GROUND FLOOR PLAN SCALE 1:100

1

EXISTING GROUND FLOOR PLAN SCALE 1:100

63.14 63.90

EXISTING BUILDING 2 61.43

59.41 AREA OF ROOF COLLAPSED 58.31

56.53 56.33

56.66

56.04

55.84

2

EXISTING SOUTH ELEVATION

The external red brick is severely weather and damaged, it would require total replacement to bring it up to standard.

2

EXISTING NORTH ELEVATION SCALE 1:100

19th century External Masonry.

19th century External Masonry.

19th Century Slate roof

19th Century Slate roof

This roof section is visibly collapsed on the south elevation.

Red brick wall is very damaged and almost all bricks would need replacement, repair or re-pointing.

Beyond repair, the roof is recommended to be removed with the applied safety measures for asbestos.

The cement corrugated asbestos sheets are also damaged and uneven across this section of the South elevation.

56.46

56.37

SCALE 1:100

Mid 19th century external brick masonry

56.74

56.76

The metal panel walls on this elevation appear to have been replaced in more recent years and are in relatively good condition in comparison to the rest of the building, although may require removal and replacement for a higher standard of material dependant on the building area use.

The metal sheeting on this elevation has severely rusted and will require replacement for the refurbishment of the building.

Similarly the roofing panels have began to decay on the Western elevation although in general may only require cleaning and some minor repairs if replacement is the less favoured route.

Recommendation as per earlier comments

Specialist to advise on removal of overgrowth around the building edges.

The drainage system is damaged and the underside of the roof is in a bad condition.

Recommendation is demolition of the building.

1

The S

EXTERNAL WORKS 8 m N

1

EXISTING GROUND FLOOR PLAN SCALE 1:100

EXISTING GROUND FLOOR PLAN SCALE 1:100

63.14

61.43 63.70

63.69

63.70

63.79

56.60

56.72

56.70

56.80

57.07

56.93

57.07

0

R

C

EXISTING BUILDING 7 ELEVATION BEHIND BUILDING TO BE CONFIRMED

T 56.50 50 56.49

56.34

56.20

2

EXISTING EAST ELEVATION SCALE 1:100

P

M

D

1

B E E

EXISTING EAST ELEVATION SCALE 1:100

D

L P

1

19th century External Masonry.

19th century doorway

19th century External Masonry.

19th century verge

19th century External Masonry.

19th century External Masonry.

19th century External Masonry.

Discolouring and moulding on the stonework next to the small metal lean-to requires possible repair or replacement, may be the result of broken drainage pipes or guttering.

The barn doors will mainly remain although may need repair or re-fitting to bring them up to current standards.

A hole in the left hand pillar that creates the entrance overhang to the building will need to be repaired, possible replacement of the sandstone to remedy this.

Repair to the verge on the underside of the entranceway and treatment to the exposed timber beams to preserve their use.

Damaged masonry on the entrance threshold requires repair and re-pointing.

Overgrowth to be removed across the lower section of the elevation.

Some re-pointing required across the central elevation of the building.

The first floor loading door is missing and the frame damaged. This will require replacement of a window fitting or not-for-use doorway.

A slight level change leading up to the building entrance should be noted.

Damage to the sandstone blocks on the pillars will require repair/re-pointing before refurbishment.

Repair and re-pointing on the existing red sandstone masonry on the elevation.

EXTERNAL WORKS BUILDING 3

Interestingly arranged block work to remain.

Fascia and guttering in good condition, little work should be required around this area.

Damaged sandstone masonry on the right side of the Eastern elevation appears weathered and some blocks will require repointing, damage varies.

Stone lintel above the ground floor window requires repair, window systems are in aceeptable condition.

Window frames in good condition, recommendation to replace existing glazing with double glazing.

Random masonry positioning makes an interesting feature, further assessment for importance required.

The Stable

19th century External Masonry.

19th century External Masonry.

Stone Work on the bottom left section of the elevation has weathered heavily and will require replacement. The stone masonry in this area is very damaged.

Areas of the facade are mixed materials, brick block and stonework.

The window on this section of the building is also damaged and will requite refitting.

Some brickwork around the central section of the building may need replacement.

Specialist to advise on removal of existing vines.

The red brick lean-to is in poor condition on the east elevation, the door is off its hinges, window opening is damaged and the brickwork is cracked and out of plumb with the other elevations. Strengthening the argument for demolition.

Stone masonry on the extruding blockwork is in better condition than the others on the corresponding elevations although still may require some repair.

EXTERNAL WORKS BUILDING 2

19th century External Masonry. and Slate roof Repair and restoration of the underside of the roof.

Restoration and re-pointing of existing dressed red sandstone.

Specialist to advise of removal of existing vines.

Removal or minimising ivy across most of the East facade to reveal architectural brick feature.

Repair to the two central entrances of the building, one is missing doors which will need to be fitted, and the visible opening will remain as a main entrance to the building.

19th century External Masonry.

Broken drainage system

Existing vines have grown into the building meaning removal may cause significant damage to the buildings structural integrity, specialist to advise on progression with this in mind.

Repair and replacement to the broken drainage system across the elevation is required.

Windows are in moderate condition and will most likely be acceptable to remain.

Ivy and overgrowth around the bottom right section of this elevation to be removed or cut back.

Removal of relatively heavy overgrowth on the bottom right section of the elevation. weathered and damp brickwork from the broken and leaking drainage to be replaced and repaired.

MARKET VISUAL 1

MARKET LAYOUT OPTIONS dis wc WHB

WHB

BABY CHANGE GF075

WHB

WHB

WC GF069

WC GF068

CRECHE STORE GF066

KITCHEN GF067

DIS WC GF073

dis wc

GF072

WC

IPS

MALE WC

GF065 CLNR

IPS

WC

DIS WC GF073

BABY FEED GF074

WC

WC

WC

WC

GF071

WHB

FEMALE WC

BABY CHANGE GF075

WC

GF072

GF071

MALE WC

FEMALE WC

WC

WHB

WC WC

WC

WHB

WC

WHB

WHB

5

WHB

WHB

SCALE 1:100

WHB

WHB

PROPOSED FLOOR PLAN

1

WHB

3

CLNR GF065

PROPOSED FLOOR PLAN SCALE 1:100

OPTION 1

OPTION 2

dis wc

BABY CHANGE GF075

DIS WC GF073

BABY FEED GF074

OPTION 1 PUBLIC WC

OPTION 2

PUBLIC WC 67.2MSQ / 723.3SQFT

60.6MSQ / 652.3SQFT PUBLIC WC 60.6MSQ / 652.3SQFT

BABY CHANGE GF075

DIS WC GF073 WHB

WHB

WC GF069

CIRCULATION 27.2MSQ / 292.8SQFT CIRCULATION

WC GF068

CRECHE STORE GF066

KITCHEN GF067 IPS

CLNR GF065

WC

GF071 FEMALE WC

WC

WHB

WC

WC

WHB

WC WC

WC

WC

WC

WC

WC

6

PUBLIC WC 67.2MSQ / 723.3SQFT

PUBLIC WC 62.5MSQ / 672.7SQFT

CIRCULATION 25.1MSQ / 270.2SQFT

CIRCULATION 20.7MSQ / 222.8SQFT

PUBLIC WC 67.2MSQ / 723.3SQFT

PROPOSED FLOOR PLAN SCALE 1:100

SCALE 1:100

OPTION 4

OPTION 3

WHB

WHB

WHB

WHB

PROPOSED FLOOR PLAN

2

PUBLIC WC 62.5MSQ / 672.7SQFT

CIRCULATION 25.1MSQ / 270.2SQFT SALES AREA 152.3MSQ / 1639.3SQFT

CIRCULATION 20.7MSQ / 222.8SQFT

SALES AREA 152.3MSQ / 1639.3SQFT

SALES AREA 163.9MSQ / 1764.2SQFT

BABY FEED GF074

DIS WC GF073 dis wc

WHB

WHB

CRECHE STORE GF066

WC GF068

GF065 CLNR

BABY FEED GF074

IPS

IPS

WC GF069

DIS WC GF073

KITCHEN GF067

BABY CHANGE GF075

CLNR GF065

WC

OPTION 5

GF071

MALE WC

FEMALE WC

WC WC

WHB

WC

WHB

WHB

WHB

WC

WC WC WC WC

WHB

WC

WHB

WHB

WHB

WC

GF072

GF072

GF071

PUBLIC WC 95.7MSQ / 1030.1SQFT

WC

OPTION 5 PROPOSED FLOOR PLAN

3

7

SCALE 1:100

OPTION 6

WHB

MALE WC WHB

WHB

FEMALE WC

WHB

WINTER 2018-19 | PROFFESSIONAL PROJECT | MENTOR; ROSS ERWIN

CIRCULATION 31.2MSQ / 335.8SQFT

PUBLIC WC 95.7MSQ / 1030.1SQFT

CIRCULATION

OPTION 6 / 140SQFT 13MSQ

PROPOSED FLOOR PLAN SCALE 1:100

PUBLIC WC 95.7MSQ / 1030.1SQFT

PUBLIC WC 95.7MSQ / 1030.1SQFT

SALES AREA 236.2MSQ / 2542.4SQFT

GF071

FEMALE WC WC

WC

WC

BABY CHANGE GF075

GF071

WC

WC

WHB

WHB

FEMALE WC

WHB

PUBLIC WC 82.9MSQ / 892.3SQFT

SALES AREA 236.2MSQ / 2542.4SQFT CIRCULATION

DIS WC GF073

dis wc

CIRCULATION 13MSQ / 140SQFT

SALES AREA 82.4MSQ / 886.9SQFT GF072

WC

PUBLIC WC 60.6MSQ / 652.4SQFT

SALES AREA 144.6MSQ / 1556.5SQFT CIRCULATION 27.2MSQ / 292.8SQFT

OPTION 8

OPTION 7 MALE WC

WC

DIS WC GF073

dis wc

GF072

WC

WC

OPTION 8

31.2MSQ / 335.8SQFT

WC

WHB

WC

WHB

WC

OPTION 7 CIRCULATION

75.8MSQ / 815.9SQFT

MALE WC

SALES AREA 144.6MSQ / 1556.5SQFT

WHB

The scheme progressed to the conceptual design of each individual building and The work load was split and I have included examples of the progression through the early stages of concept design for a few of the buildings we intended to produce.

SALES AREA 155.6MSQ / 1674.9SQFT

PUBLIC WC 82.9MSQ / 892.3SQFT

PUBLIC WC 60.6MSQ / 652.4SQFT

CIRCULATION 75.8MSQ / 815.9SQFT

CIRCULATION 27.2MSQ / 292.8SQFT

SALES AREA 82.4MSQ / 886.9SQFT

SALES AREA 155.6MSQ / 1674.9SQFT

CLNR GF065

WHB

WHB

WHB

WHB

8

SCALE 1:100

WHB

PROPOSED FLOOR PLAN

WHB

4

Proposed Market building - Creating a space for independent companies to rent market space similar to Altrincham market. Opted for a semi enclosed space that housed site WCs, Staff spaces, Kitchens, stores and first floor storage. I followed the current building footprint and current steel frame arrangement to create soft boundaries for the units to sit within which allows 360 degree access to the stalls. 1:100 Plans and elevations issued to the client with positive feedback. The timber materiality of the build reinforces the capping material choices and improves site cohesiveness. All proposals on the buildings from sketches to issued drawings went through internal review from colleagues and were drawn in revit/enscape/sketches/cad mainly at 1:100 scale. This was a brilliant opportunity to work on small scale buildings of a variety of uses to encompass into one larger site and with a lot of tying boundaries and external problems to overcome.

MARKET VISUAL 2

SALES AREA 163.9MSQ / 1764.2SQFT

BABY CHANGE GF075

THE REGENERATION OF A GRADE II LISTED FARMHOUSE AND THE SURROUNDING SITE.

SALES AREA AREA SALES 135.2MSQ / 1455.3SQFT 135.2MSQ / 1455.3SQFT

OPTION 4

OPTION 3

WHB

WHB

WHB

WHB

MILLINGTON HALL FARM

WC

GF072

MALE WC

GF071

SALES AREA SALES AREA 155.6MSQ / 1674.9SQFT 155.6MSQ / 1674.9SQFT

GF072

MALE WC WHB

WHB

FEMALE WC

CIRCULATION 42.1MSQ / 453.2SQFT CIRCULATION 42.1MSQ / 453.2SQFT

27.2MSQ / 292.8SQFT

GF065 CLNR

IPS

BABY FEED GF074

PUBLIC WC 67.2MSQ / 723.3SQFT

PROPOSED FLOOR PLAN

MARKET VISUAL 3

SCALE 1:100

SEMI-ENCLOSED MARKET ELEVATIONS BUILDING G TOP OF RIDGE 62160

BUILDING G EAVES 60507 BUILDING G MEZZANINE FLOOR 58960

BUILDING G GROUND FLOOR LEVEL 56240

1

Elevation 1 - d 1 : 100

BUILDING G TOP OF RIDGE 62160

BUILDING G EAVES 60507 BUILDING G MEZZANINE FLOOR

MARKET VISUAL 4

58960

BUILDING G GROUND FLOOR LEVEL 56240

2

BUILDING G TOP OF RIDGE

3

Elevation 1 - b 1 : 100

BUILDING G TOP OF RIDGE

62160

62160

BUILDING G EAVES

BUILDING G EAVES

60507

60507

BUILDING G MEZZANINE FLOOR

BUILDING G MEZZANINE FLOOR

East 1 : 100

58960

58960

BUILDING G GROUND FLOOR LEVEL

BUILDING G GROUND FLOOR LEVEL

56240

56240

4

West 1 : 100

A proposed food shop, replacing a small agricultural shed that will be demolished due to a collapsed roof. I was tasked to create a similar farm like aesthetic by focusing on red brick construction with a pitched roof, slate material, and focus on architectural hierarchy within the site.

A confined set of design rules made it somewhat more difficult. The aim was to keep glazing to a minimum which proved difficult as the client required a large amount of glazing to increase footfall to the building. This gave me the opportunity to research into effective commercial spaces and layouts. I produced sketches, plans and sections at 1:100 and made changes based on feedback.

Communications with heritage meant that requests from the client for a larger footprint were denied and increased the challenge of building height and size. The possible joining of two buildings to create a shopping and cafe experience was considered. Also the option of creating a glazed walkthrough that would encapsulate both sides of the site and create a link between the north and south and the central courtyard of the site. This would also give argument to extend the building as per clients wishes. From this the building was taken to REVIT where I modelled the building and increased the detail around the external envelope, styles of windows, materiality etc. 1:100 Elevations were produced and internally reviewed.

EXISTING STATE OF BUILDING

SHOP ELEVATIONS OPTION 1

63140

61400

EXISTING BUILDING 2

59410 AREA OF ROOF COLLAPSED 58400

56700

56660

56610 56410

56220 55890

Building C Option 1 SOLUTION TO LEVELS SUGGESTED

580

SHOP ELEVATIONS OPTION 2 North Elevation

AA

1

Building B

1:100

1

Building C Proposed North Elevation 1 : 100

BB

BB

AA

2

South Elevation 1:100 3

Ground Floor Plan 1:100

Building B

Building C Proposed South Elevation 1 : 100

3200

2

600

580

Ground level Building B

Ground level Building C

4

West Elevation

6

Section AA 1:100

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5

East Elevation 1:100

7

Section BB 1:100

Building B

2620

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Building B

3 Th St b

Building C Proposed West Elevation 1 : 100

4

Building C Proposed East Elevation 1 : 100

3

MILLINGTON HALL FARM RENNOVATION AND REBRANDING OF AN EXISTING WAREHOUSE PREVIOUSLY USED FOR WIREWORKS, TO NOW HOUSE A CLASSIC CAR COLLECTION. WINTER 2018-19 | PROFFESSIONAL PROJECT | MENTOR; ROSS ERWIN

Proposed Brunning and Price Pub - Tasked with creating a layout that suits the specific needs of the tenant without compromising the integrity of the site, which meant decisions needed to be made about several issues, such as external entrances and large chimney breasts.

Given the building footprint being too small for the large dining area needed, an extension which would replace an almost collapsed barn to the rear of the building. I was given some freedom to create this space with guides from the B+P team.

Given that the building faces away from the site onto expanses of fields and wooded areas I suggested a largely glazed addition that seats the restaurant area. This gives views to the building whilst being low enough and positioned to not effect the other parts of the site. Timber cladding above the glazing breaks up the expanse and in elevation works with the stonework behind. This was presented to the Heritage contacts and the client and was accepted as a proposal. Something I was very pleased with. This was drawn using a combination of revit and photoshop to produce subtle colourings and sympathetic elevations that was an important factor to the overall scheme.

PROPOSED PUB PLANS

PRO UP

1

1

North 1 : 100

GROUND FLOOR PLAN 1:200

3

4

2

East 1 : 100

West 1 : 100

FIRST FLOOR PLAN 1:200

The proposed brewery would be occupied by a small brewery company, another building which will be demolished and replaced with a similar foot print build, in this case the foot print works well for the occupants and so I was asked to replicate it using Revit and retrofitting an internal layout given to us by the tenants.

This was a simple task given the buildings proposed use, maximum footprint with minimal external treatment, and glazing only where necessary.

Although there were still issues surrounding the cohesive site and Cartilage listing of surrounding buildings. I was able to leave the internal relatively open to give the client discretion on its internal build up and create a dark timber material to encase the building, creating a capping at both ends of the site (same material as buildings on the southern end).

PROPOSED BREWERY PLANS

PRO

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OPOSED PUB ELEVATIONS

Loading entrance

Terrace/Rear Seating

Terrace/Rear Seating 2

SKETCH SITE VISUAL 2

SKETCH SITE VISUAL 3

SKETCH SITE VISUAL 4

Main Pub

South 1 : 100

Main Pub

Refuse/bins

SKETCH SITE VISUAL 1

Kitchen/Stores

Terrace

Terrace/Rear Seating

OPOSED BREWERY ELEVATIONS

DAYLIGHT STUDY

DAYLIGHT STUDY

SITE ENCAPSULATION

TYPICAL LAYOUTS

1 BED 6.9sqm

4

Our team was approached to create a scheme that reinvigorates the area. To compliment the recently completed Barons Quay scheme and create a strong sense of identity within the town, focusing on architectural language between the existing streets surrounding the site and the black and white styled architecture around.

NORTHWICH/STALYBRIDGE TOWN REGENERATION INLCUDING SEVERAL LARGE SCALE RESIDENTIAL BUILDINGS, PUBLIC AREAS, LANDSCAPE AND RETAIL UNITS. EXISTING SITE TYPICAL UPPER FLOOR LAYOUTS

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SPRING 2019 | PROFFESSIONAL PROJECT | MENTOR; MATT BROOK An internal discussion with my directors on the project Matt Brook and Lee Mansfield took place where axis and grids were assessed and decided upon that gave the project basis to move forward, these would decide the fundamental form of the buildings footprint and the public areas that would subsequently be created around them.

I then implemented these to the auto cad site plan that I had worked on.

Following this a conceptual site layout was produced where 5 buildings that split the site up between existing axis in the form of streets were agreed upon.

The building heights were to rise as you reached the centre of the site and taper back down at the other end, to create a hierarchy within the area that spans across the site.

I was then tasked with creating the 5 buildings which I began by using the designed grid format and using CAD to create the agreed upon forms of the buildings. I imported these to revit, a process I became very familiar with over the course of my time in practice and comfortably produced families for concrete columns that run vertically at an equal spacing across all buildings and the main facade element, two inward angled panels that can be used as glazing or solid panels encased by 150mm concrete. I found that the processes in revit became much easier if time was spent setting up families and projects before starting work, meaning changes in the future are much easier to retrofit.

The Bull Ring

PROPOSED SITE

TYPICAL GROUND FLOOR LAYOUTS

UP

AXIS AND GRID DIAGRAM

FLOORS Building 1 1 Commercial Floor/Duplex 3 Residential " oors 1 Roof level Building 2 1 Commercial " oor/Duplex 3 Residential " oors 1 Roof level Building 3 2 Floors Commercial space External and internal seating

GENERAL SITE VISUAL 1

SCALE COMPARISON VISUAL

GENERAL SITE VISUAL 2

SITE FROM MAIN ROAD

PUBLIC SQUARES VISUAL 1

PUBLIC SQUARES VISUAL 2

WORKING WITH STREET AXIS

PUBLIC SQUARES VISUAL 3

PUBLIC SQUARES VISUAL 5

PUBLIC SQUARES VISUAL 6

Building 4 1 Commercial " oors/Duplex 2 Residential " oors Extra level at split 1 Roof level Building 5 1 Level - Market stalls APPROXIMATE UNITS 1 BED 46.9sqm

1 BED 46.9sqm

1 BED 46.9sqm

1 BED 46.9sqm

Building 1 40 2 Bed 3 Person units 21 1 Bed 2 Person units Parking approx. 24 spaces

1 BED 46.9sqm 1 BED 46.9sqm

Building 2 64 2 Bed 3 Person units 37 1 Bed 2 Person units Parking approx. 97 spaces

1 BED 46.9sqm

Building 4 24 2 bed 4 person units 10 3 bed 4 person units Parking approx. 25 spaces GIA LANDSCAPING USING AXIS Building 1 Commercial space Approx. 350sqm Building 2 Commercial space Approx. 660sqm Buidling 3 Commercial space Approx. 565sqm Building 4 Commercial space Approx. 690sqm Visuals produced by myself using a combination of revit/enscape

PUBLIC SQUARES VISUAL 4

1 BED 46.9sqm

1 46.

BUILDING EXAMPLE 1 (CAREHOME)

4

Regeneration of Stalybridge West, an opportunity to create a series of mixed use developments, comprising of residential commercial, assisted living and NHS services.Located in Tameside. The site is located directly West of the town centre and within walking distance of the railway station. A brilliant opportunity for development.

NORTHWICH/STALYBRIDGE

WIDER SITE AND ACCESS

TOWN REGENERATION INLCUDING SEVERAL LARGE SCALE RESIDENTIAL BUILDINGS, PUBLIC AREAS, LANDSCAPE AND RETAIL UNITS. SPRING 2019 | PROFFESSIONAL PROJECT MENTOR; LEE MANSFIELD

|

The Site presents the opportunity to deliver a transformative scheme within the heart of the town which has benefited from its commutable distance from Manchester city centre. We were to create a new masterplan scheme of 4 new build blocks, 18 Town houses and 2 regenerations of existing buildings, as well as the possibility of a site across the river Tame should the proposal be accepted. Issues faced with the site; Land remediation, underground tank removal, asbestos removal, upgrading of services, Japanese Knotweed, and drainage.

SITE BOUNDARIES WITH POSSIBLE EXTENSION

My second project working on a town regeneration scheme, this time in a small team. Tasked with working with the director to design a set of town houses for the project. I created these using simple housing layouts with approx 50sqm per floor.

Externally the town houses are a red brick with a separation on the ground floor created by light bricks. Stacked windows focusing mainly into the shared space in the courtyard to the rear and away from the industrial street behind.

The pitched roof houses the master room and an external covered balcony.

Returned brick features even the elevations. A subtle and considered design that I was very pleased with. (Visuals seen opposite) MAIN DESIGN DRIVERS

BUILDING EXAMPLE 2 (TOWNH

OUSES)

BUILDING EXAMPLE 3 (APARTMENTS)

Whilst the rest of the team worked on the other buildings on site I focused on a masterplan similar to a previous project which made the process much simpler.

This would display proposed materials and site arrangement, difficulties came with shared surface areas used to slow traffic and increase the sites accessibility. I populated this model and added detail in all elements, buildings produced by colleagues were imported to the model and visuals were taken from enscape after a long process of refining and filling.

UTILISING THE LOCAL VERNACULAR TO REGENERATE AND ENHANCE THE IDENTITY OF THE TOWN CENTRE.

REINSTATED STREET SCENES AND SHARED SPACES WITH PEOPLE PRIORITISED OVER CARS.

NEW LINKS IMPROVING LINKS WITH THE SHOPPING DISTRICT AND INTRODUCING THE RIVERSIDE.

CREATING SPACES THAT BLUR THE LINES BETWEEN PEDESTRIAN ACCESS AND ROADS/PARKING.

AFFORDABLE HOUSING MODEL WITH COMMUNAL GARDENS TO ENCOURAGE SOCIAL INTERACTION.

WHERE GREEN SPACE IS AT A MINIMUM SHARED SURFACES ARE INTRODUCED TO SOFTEN THE LANDSCAPE.

Visuals produced by myself using a combination of revit/enscape

5

Once approached we were given a site location, survey drawing and a brief to fit a 3 storey building with a double pitched roof and a flat central accessible area for maintenance. The site is very restricted with existing roads, woods, a sub station and site level drop o๏ฌ to a small stream on all sides.

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| The issues we faced were the building needing to be 3m from the existing sub station on the site, meaning its length could not take it much further south due to the restriction of dense tree coverage and the stream. This was overcome by turning the building to an L shape giving it more room and allowing the hit the brief of apartment numbers. Fire stairs caused issue with the layout which were overcome by slightly enlarging one apartment to even out the layouts and not adjust any further apartment types. The apartments sit 1550mm apart creating circulation spaces and fire doors enclose individual areas.

SITE LEVELS AND ADJUSTMENTS Ridge

Ridge

11051

11051

Higher Eaves

Higher Eaves

7000

7000

02 - Second Floor

02 - Second Floor

5400

5400

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01 - First Floor

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I was to put together an information pack using the work we had produced, a site plan at 1:500 including site parking, access refuse access and site landscaping, ownership lines and proposed changes to the site. Detailed 1:200 plans from ground to attic level. Roof plan displaying pitches, dormers, half dormers, and access hatch. As weak as rendered elevations at 1:200 displaying materiality and window/juliette balcony arrangement + roof scape. Detailed sections showing key roof sections and building heights, eaves and ridges.

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McCarthy and Stone follow a rigorous system of templates that allow for simple for very e๏ฌ ective and e๏ฌ cient processes of reproduction and construction. From a datum that the project architects are given access to, there is a complete set of examples of each apartment style including corner apartments, roof apartments, scooter stores, receptions, lounges, lobbies, refuse rooms, windows and doors - including materials, internal layouts and details of constructions. A truly holistic approach.

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5400

5400

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01 - First Floor

2700

2700

00 - Ground Floor

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0

Roof AOV Position

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Section C 1 : 200

BUILDING KEY SECTIONS

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Section D 1 : 200

SECOND FLOOR PLAN

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f of the building cased a lot of problem due to the complexity. Different eaves levpitch heights made the theory of the douch difficult to predict when produced in reveral revisions were needed to get the roof int of completion that wouldn’t create too fter sizes, for production and cost. f was decided to be a 33 degree exterior nd 45 degree internal pitch, giving space mers in the roof apartments and keeping inceiling heights above 2400mm whilst keeping ernal flat roof section at 2250mm a height

by MCS details. This was a very beneficial learned a lot about the process of tradiroof design and its practical application. was able to find faults in the intricacies itional practice whilst using software such t.

The building and site were worked through and once the apartments had been laid out with the internal amenity spaces and 3 floors and roof produced, the building was quickly elevated to a detailed level due to the process of using standard details. This made it easier for me to produced scaled drawings, plans elevations and sections through the building displaying relevant dimensions to recieve feedback from client.

VISUAL 1

36°

VISUAL 2

36°

Flat

36°

Flat

36°

36°

East Elevation

1

1 : 200

ow,

36°

36°

36°

36°

36°

2

South Elevation 1 : 200

BUILDING ELEVATIONS

VISUAL 3

6

CO-LIVING OPPORTUNITY A SPECULATIVE INVESTIGATION INTO POSSIBLE CO-LIVING DESIGNS WORKING WITH DETRAFFORD SUMMER 2019 | PROFFESSIONAL PROJECT MENTOR; LEE MANSFIELD

|

Currently aiming for a framework that can be used as a set of rules to role out nationwide to create off site construction co-living buildings following the design focus of CitizenM hotels. Ages 21-35 is the proposed target market.

As a new emerging market, the successful future Co-Living brands should encapsulate this holistic approach, emphasising brand and a carefully curated customer experience rather than just being about property development. This project was a perfect opportunity for me to work to very tight deadlines.

We created a rigorous modular grid which creates a well-proportioned unifying framework for facades and coordinates service risers and structure between residential, co-living and hotel uses. This allows for all the uses to be seamlessly stacked vertically or combined on oor plates. It also allows for modern methods of construction such as off-site modular to be considered whilst also improving traditional construction effciency, reducing cost and improving appraisal predictability by increasing repetition and reducing variety. This also allows for details and designs to be honed, improving quality, whilst also providing a recognisable proportioning system and brand identity.

SELECTED PLANS

17600 2900

3200

2900

4500

2900

2900

2900

Unit 4 Co-Living 4 Bed Cluster Unit Linear

7000

7600

Unit 1 Co-Living Studio (1 Person)

NET Area Modular: 110m 2

NET Area Traditional: 20.30m 2

NET Area Traditional: 104.40m 2

400

NET Area Modular: 20.30m 2

4800 4500 300

16500

NET Area Modular: 31.50m 2

6400

2900

Unit 5 Co-Living 4 Bed Cluster Unit

7000

7600

NET Area Modular: 98.20m 2

NET Area Traditional: 31.50m 2

2900

Unit 2 Co-Living Accessible

400

NET Area Traditional: 95.40m 2

5750

4200

5750

12800 2900

2900

2900

2900

7600

Co-Living 3 Bed Cluster Unit

7000

Unit 3

The project began by creating a facade module after early discussions with the design director on the project, a conceptual form with a shadow gap to give a sense of external separation when units are stacked together. I made this using revit families.

NET Area Modular: 87.50m 2

400

NET Area Traditional: 83.30m 2

A grid is created that units will be set out on, taking one grid module each, or larger units taking more. The early units suggested were Co-living studios, cluster units for student living that contain small bedrooms and shared living, as well as accessible units. Hotel rooms, containing all necessary spaces and 1 bed and 2 bed apartments for standalone living. These units were drafted in revit and bespoke furniture to suit an architecture meets product design concept were made by myself. Including skirting boards, wall units encapsulating beds, storage and fold down tables, all flush to give a seamless feel.

Pete Mercer the design manager for DeTraord relayed feedback and the project was back tracked to avoid getting too much detail at a concept stage, the removal of furniture and new grid alignment allowed for the focus on the main concepts. The risers that run through the units and would fundamentally service all unit types being a major factor in the success of the project. I was tasked with finding out issues with the riser placements within the configurations, done by creating a simple riser that runs vertically and placing units within it, to allow any changes to be made across all units. Allowing for interconnectivity.

9600 3200

3200

2900

2900

2900

2900

2500

FACADE MODULE DIAGRAM 1.6m

1.6m

1.6m

1.6m

1.6m

1.6m

1.6m

1.6m

Unit 9 2 Bed Apartment (3-4 Person)

7600

7000

Unit 6 Hotel Room NET Area Modular: 20.30m 2

Unit 12 Sub-core NET Area Modular: 16.88m 2 NET Area Traditional: 16.88m 2

NET Area Modular: 65.10m 2 NET Area Traditional: 62.80m 2

400

400

3m

NET Area Traditional: 20.30m 2

3m 2900

4500

7000

7000

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7000

7600

2900

7600

3m

NET Area Modular: 94.2m 2

2900

2900

Unit 10 2 Bed Duplex Apartment

Unit 7 Family Hotel Room NET Area Modular: 31.50m 2

6400

6400

4800

NET Area Traditional: 31.50m 2

3m

NET Area Traditional: 92.8.0m 2

1300

400

400

400

DN

3m

00 32

6400 2900

2700

2900

Co-Living Accessible Studio

1 Bed Apartment

Co-Living Studio

Family Hotel Room

2 Bed Apartment 400

Hotel Rooms

NET Area Modular: 41.33m 2 NET Area Traditional: 41.33m 2

NET Area Traditional: 41.30m 2

UP

7600

7000

7600

3m

Unit 11 Core

NET Area Modular: 42.70m 2

00 48

2700

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Unit 8 1 Bed Apartment (1 Person)

6400 300

6750

1.6m

7600

1.6m

7000

1.6m

7600

1.6m

TYPICAL APARTMENT FLOOR LAYOUT

6

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CO-LIVING OPPORTUNITY A SPECULATIVE INVESTIGATION INTO POSSIBLE CO-LIVING DESIGNS WORKING WITH DETRAFFORD |

M

M

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TYPICAL CO-LIVING FLOOR LAYOUT

RESIDENTIAL

The different modules were given a colour scheme and reduced down to simple layouts. A modular grid diagram was created to display how the units interlock on a vertical and horizontal plane. I then produced configuration models of the units within the scheme to display the adaptiveness of the scheme.

A lot of preparation went into producing individual units and display them efficiently within their own models and the main config models. Filters applied to display units and plans of these were issued at 1:200 Gross and net calculations were made for all to show the efficiency of the design. The revised work was issued to the client and once adaptability had been proven it was agreed that only two options be needed.

I was now in lead role of the project presentation, working almost exclusively on the project with the design director.

After we recieved comments on the project and individual files were created to display the units these were relayed back and forward to create an air tight concept scheme to display to the board.

M

UP

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CO-LIVING

M

TYPICAL HOTEL FLOOR LAYOUT

Accomodation Example: Hotel, Residential, Co-living

HOTEL

SUMMER 2019 | PROFFESSIONAL PROJECT MENTOR; LEE MANSFIELD

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GROSS Area: 613.4m2 NET Area: 509.4m2

83.0%* Area for Co-Living

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M

M

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REFINED STUDIO LAYOUT

2900

EAT AND STUDY

7600

M

M

M

M

1200

1800

REFINED 1 BED APARTMENT LAYOUT

THRESHOLD ZONE

M

1850

1300

1800

THRESHOLD ZONE

1200 1300

1850

400

400

WASH AND DRESS

WASH AND DRESS

7000

7600 7000

SLEEP AND RELAX

SLEEP AND RELAX

2900

REFINED CLUSTER LIVING LAYOUT 12800

2900

2900

2900

Relax (11.0sqm)

0

Shared Living (20.2sqm)

2900

Cluster Bedroom and En-Suite (20.3sqm)

Cluster Bedroom and En-Suite (16.7sqm)

STEP

STEP

STEP

WASH AND DRESS

7600

7000

20

7600

Ø1

2900

Cluster Bedroom and En-Suite (16.7sqm)

SHARED LIVING

SLEEP

RELAX

Bedroom and En-Suite (20.3sqm)

2900

SLEEP AND RELAX

6400

Eat and Study (9.30sqm)

1800

REFINED 2 BED APARTMENT LAYOUT

1200

1850

1300

1200

M

1300

M

THRESHOLD ZONE

1850

M

THRESHOLD ZONE

400

Entrance

M

400

FREESTANDING W/D OR WASHER WITH DRYER STACKED ABOVE

M

SHARED CORRIDOR

SHARED KITCHEN

EAT AND STUDY

WASH AND DRESS

WARDROBE

STEP

M

REFINED HOTEL ROOM LAYOUT

1800

REFINED DUPLEX APARTMENT LAYOUT

RELAX AND EAT

6400 2900

6400 9600 2900

2900

2900

2900

2900

SLEEP

0

WASH AND DRESS

WASH AND DRESS

Dining (11.6sqm)

CIRCULATION

7600 7000

20

WASH AND DRESS

Ø1

RELAX

Living (11.0sqm)

0

7600 7000

20

7600

Ø1

SLEEP

Bedroom and En-Suite (17.9sqm)

7600

SLEEP

Bedroom and En-Suite (17.9sqm)

COOK AND EAT

SLEEP

2900

M

M

M

M

M

WASH

1300

WASH

1300

1200 1300

1850 1800

THRESHOLD ZONE

FREESTANDING W/D OR WASHER WITH DRYER STACKED ABOVE

6

2 BED APARTMENT 3D

NET Area Modular: 20.30m2

NET Area Modular: 65.10m2

NET Area

NET Area Traditional: 62.80m2

Traditional: 20.30m2

1 - Optional Balcony/Bay Window

1 - Optional Balcony/Bay Window

CO-LIVING OPPORTUNITY A SPECULATIVE INVESTIGATION INTO POSSIBLE CO-LIVING DESIGNS WORKING WITH DETRAFFORD SUMMER 2019 | PROFFESSIONAL PROJECT MENTOR; LEE MANSFIELD

CO-LIVING STUDIO 3D

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3 of the different unit types were then filled with new refined furniture models and a conceptual bay window that was extruded outward from the models to create 3d axonometric views of the units. This preceded the graphical work needed to display the units in different formats of open and closed.

7 different concept facade modules were created by myself to display the adaptability of the facade, for how it may be used in different scenarios, this was then taken by the BIM director and detail added. A process that would be much more efficient with more knowledge further into my training.

The project was continually refined and improved with collaboration within the studio and correspondence with DeTrafford.

Once all project concepts were brought to a point of completion all content is updated within the presentation and correspondence with the graphics team allowed me to improve the presentation, aligning drawings, titling, imagery and graphical presentation. All things from wall thicknesses and materials to config models, families in revit models, revisions and issues as well as graphical content of varying scales and detail were painstakingly improved to a final outcome of a 60 page document.

EXAMPLE 1 FACADE CONFIG

EXAMPLE 2 FACADE CONFIG

EXAMPLE 3 FACADE CONFIG

DRAWING - PENCIL AND PEN LINE DRAWINGS - ST PAULS CATHEDRAL

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LUKE SHARPLEY ARCHITECTURE PORTFOLIO