Geoffrey Arthur Buildings Pembroke College Oxford Brochure

Geoffrey Arthur Buildings Pembroke College Oxford

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Geoffrey Arthur Buildings Pembroke College Expanding college accommodation and building in sensitive riverside setting Accommodation for 85 graduates, teaching staff and visitors with social and convening space for 200+ Co-design with College and stakeholders beyond consultation A major new floodable building Working with the parks department to create a rich biodiverse landscape Quality student accommodation designed to lean budget High quality detailing and interior finish

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“We’re thrilled that Pembroke’s new graduate accommodation enables more students than ever to enjoy the benefits of collegiate life. The rooms are superb and were designed with the needs of graduates in mind.”

- Rohan Watt, MCR President

“The new GAB is in the perfect location for enjoying student life – close to main college, departments, and social activities, from great pubs to the college boathouse! It will be a wonderful asset to our thriving graduate community for years to come.”

- Kathryn White, MCR Vice President

Details

Team

Photographs

Client: Pembroke College Location Pembroke College, Geoffrey Arthur Building; Long Ford Close; Oxford OX1 4NJ Scope of Work RIBA 0-7 Building type 77 graduate bedrooms, 4 studios common rooms Type of contract: Traditional Contract [JCT SBC/Q 2016] Main Works. Traditional Contract [JCT MW 2016] Enabling Works Project Value £15m

Internal Team: Stuart Cade Project Director Mandy Franz Architect Mark Tugman Project Architect Yuchen Pan Architectural Assistant Haziq Ariffin Architectural Assistant

External Team: Main Contractor Beard Construction Planning Consultant JPPC Structural Engineer eHRW M & E Engineer Qoda Env. Consultant Qoda BREEAM Consultant N/A Building Control Oxford City Council Quantity Surveyor Ridge Fire Consultant Astute Fire Acoustic Consultant Bloc Consulting Principal Designer MICA Cost Management Ridge

Complete: @Hufton+crow photos@huftonandcrow.com

Dates 01.08.2018 21.07.2019 28.05.2020 03.02.2020 08.2023

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Commissioned Planning Submitted Planning Consented Start of Enabling Works Completion

Construction Photographs, Photos prior to works, drawings and other images (except historic paintings and engravings) ©MICA Architects Ltd.

Thames Building GAB 2

Cherwell Building GAB 2

GAB Standard

Cherwell Building GAB 3

River Thames

Aerial sketch of new accommodation knitting into existing complex and riverside setting

Project background Situated on the outskirts of the historic Oxford city centre, and directly on the River Thames, is the Sir Geoffrey Arthur Building. In this setting, MICA developed additional high-quality graduate student and studio accommodation with views to the waterfront setting.

The design followed an initial masterplan and feasibility looking at a business plan for the college maximising student accommodation and preparing a transition to a fossil free future.

Geoffrey Arthur Buildings, Pembroke College

The building provides 77 single occupancy bedrooms, a common room and 8 studio rooms on the one site, bound together by sympathetic landscaping. The accommodation is arranged with the main graduate block replacing the previous Damon Wells building footprint, housing the common room and ancillary facilities at lower ground level, with a landscaped quad designed to open up to a lower terrace forming an amphitheatre lawn. The accommodation is arranged above upper ground level and is organised around clusters of rooms. The studio accommodation occupies the top floor of the graduate building and additionally takes the form of a standalone building on the NW corner of the site in a prominent location.

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Oxford Gas works. Looking West, with GAB site prior to work on the left

Maguire & Murray Pembroke College Library Archives

Original Site Plan Design Drawing

Plan of Southern Gas Board’s Oxford Gas works. HM Land Registry title no. ON23546. Pembroke College Archive.

Oxford Gas works. Looking East toward GAB site

Site prior to work, looking East toward GAB site

Existing plan with areas of development highlighted

Aerial of site prior to work, extent of Pembroke College - GAB outlined in red.

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Aerial of completed new student accommodation knitted into existing complex

Site context and history The Geoffrey Arthur building sits to the south of the river Thames and to the east of the River Park. The site sits on the outskirts of central Oxford, early maps show no development on the site, the meadows formed part of the historic county of Birkshire.

In 1889 the low-lying land south of the River Thames at Folly Bridge, which had always been part of Berkshire, was incorporated into the City of Oxford. This was a signal for much house building in what became known as ‘Grandpont’. The area was named after the “grand pont’’ or big bridge – actually more of a causeway with a series of bridges taking a road to Abingdon which was built by the Norman baron Robert d’Oilly whom William the Conqueror had made Governor of Oxford.

The site sits to the South-West of the Conservation Area. With its close proximity to central Oxford the site will be considered taking in mind the context, setting and views.

Geoffrey Arthur Buildings, Pembroke College

The Area of the site is 1.1 Acre and with consistent ground level. The site was once part of a much larger site known as Grandpont, owned by the Southern Gas Board’s Oxford Gas works. Gas production at Grandpont commenced around 1930, high levels of demand lead to the expansion of the original Gas works on the northern bank of the river. The availability of North Sea gas in the mid 1960’s led to the decline in gas production on the site. Gas manufacturing eventually ceased and most of the associated buildings on the site were demolished.

Evidence suggests that foundations of these buildings and underground pipework were left in place following demolition.

The site investigation report shows variation in the bearing strata below the gas works top fill which lead to the original Sir Geoffrey Arthur Building’s sub structure design utilising driven piles and ground beams as foundation with a ventilated undercroft below habitable floor levels.

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Completed campus extension provides a new spaces for a collegiate riverside community City Centre

Pembroke College Main Site

New campus extension for student accommodation away from main central campus 8

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GAB Annex site

River Thames

Extension of the campus An outline feasibility study was undertaken in Jul - Oct 2018 by MICA to assist Pembroke College, University of Oxford to develop a business case for the project, test the capacity of the site and analyse the overall need within the college facilities across all sites. The resulting brief and scheme was subsequently developed and delivered at best-value with a unique new funding model.

The existing building, designed by Maguire and Murray architects and completed in 1989, was constructed on a complex plinth with the perceived ground floor and quad level being elevated two metres from the existing ground condition, creating a fortress like presence. Replacing underused parts of the existing complex Geoffrey Arthur Buildings, Pembroke College

the project provides the opportunity to define a more active frontage and entrance sequence which would contribute to the safety and security of the site and surrounding locale, making the best of the prominent riverside location on the edge of Oxford’s city centre.

MICA’s scheme is synergetic with the existing student accommodation stock and provides new en-suite and fellow capacity, and for the growth of the college in the years to come.

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After. The completed buildings define a more active frontage and entrance sequence which contributes to the safety and security of the site and surrounding locale.

Early concept sketch of the new scheme embedded in its context

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Before. Geoffrey Arthur Building as seen from the East with the River Park in the foreground.

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Aerial of new complex which reconfigures the floodplain boundaries, and mitigates flooding risks for surrounding areas

Aerial illustrating 1 in 20 year flood

1 in 100 year flood

The buildings are among the first floodable buildings in the UK to allow the Thames to safely flood the building.

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1 in 1000 year flood

New student accommodation arranged around a landscaped quad. Common room and ancillary spaces occupy lower levels which are designed to allow for ready inflow and outflow of floodwater.

A ‘floodable building’ The site sits within the flood plain of the River Thames with the site frequently flooding. All parts being affected by 1 in 20 year floods and flooded throughout surrounded by 1 in 100 floods. This impacted the permanent long term redevelopment together with the construction phase and logistics plan.

To address the permanent condition the MICA team devised a unique design that allows safe flooding of large parts of the ground floor of the building to maintain flood capacity whilst allowing continuing access and escape from upper floors.

This was carefully developed at strategic level together with precise and innovative detailing and specifying of floodable spaces that allow for ready inflow and outflow of floodwater.

Geoffrey Arthur Buildings, Pembroke College

The site is constrained with minimal road access, a local busy primary school on the access route, many close local private dwellings and a high-water table and frequent flooding. The site is also located on a former gasworks with a known, but capped, below ground contaminated conditions together with unknown existing live and unused services. These significant factors were considered from the outset of the project with the design team providing design solutions and enhanced modelling to mitigate risks and aid client decision-making. The enhanced information similarly allowed contractors to fully understand the site, price accurately and provide programmes and site logistics plans which allowed the building to be constructed without the constraints impacting the smooth operation of the site.

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After. The new building forms a more active frontage toward the river

Before. Entry point / transition from Grandpont bridge to the river path

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After

Before. Damon Wells Building at NE corner of the site, from Baltic Wharf

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After. Isis building with studio flats making the best of the prominent riverside location

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Illustrative diagram of cluster arrangement of bedroom blocks and student facilities.

Maximising efficiency through the largest number of rooms served by a single staircase.

Student accommodation block with corner windows with window seats to make the best of the riverside views

Double Wardrobe + Drawers 1000mm

Pin Board

Pin Board

En-suite

Double (small) Bed With under-bed storage

Axonometric drawing of typical bedroom, with corner window.

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Desk 1450mm with Full Height Shelving

Window seat with drawers

Study bedroom with built in desk, storage and window seat which takes advantage of riverside views

Study bedrooms The study bedrooms are arranged in clusters with a large social space and kitchen.

The rooms are all ensuite and compact, the furniture design is allowing for study, relaxation and sleeping with inbuilt cupboards, desk and window seat.

All rooms have openable windows and provide a home from home.

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Social kitchen dining space

Lower ground common room with access to gardens

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ODATION

Early sketch of accommodation block illustrating active corners which provide passive surveillance to the improved public realm

Riser communal pin / notice board

sqm

Informal / Social Seating

bber for kitchen area

at

s

Glazed Screen

Cluster kitchens are located immediately adjacent to staircases, offering views of social spaces upon entry. This increases the convivial feel of each floor and identifies it as a community, and allows daylight to filter into the corridors.

Comfy sofa and table 1 cupboard for students

Dining Table

Worktop

Perspective Sketch. Social Hub - Arrival Space.

Window Bench (with storage under)

Plan of typical kitchen layout with ample shared social space

Kitchens and common rooms The kitchens for each cluster are generous in size and provide a large kitchen, eating area and comfy seating.

Each kitchen has views to the entrance of each cluster and to the outside, therefore provides an interactive space and passive surveillance. The kitchens, appliances and storage was designed with student input resulting in a perfect mix of storage, fridge space and cooking facilities.

The accommodation is arranged with the main graduate block replacing the existing Damon Wells building footprint, housing the common room and ancillary facilities at lower ground level, with a landscaped quad designed to open up to a lower terrace forming an amphitheatre lawn.

For the overall design and external appearance the kitchens and their location at the entrances provide an anchor and key to wayfinding.

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New entrance square

New gates Arrival court Widened route to Baltic Wharf Fulbright Quad

Durable hard landscape

Fellows garden

New lighting along pedestrian pathways

New tree species

New paving

Retained trees

Landscape The landscape acts as the binder to tie the existing building and the new additions on the GAB site into a cohesive whole.

Opportunities exist for various scales of intervention using the landscaping as a means to safeguard the approach to the site and surrounding area, in addition to improving the quality of the external spaces within the GAB. Entrance Space - Public Realm The landscaping proposals works form a more active frontage toward the river contributing to the safety and security of the site and surrounding locale. The proposed Osney Mead Masterplan to the West of the site will have a future impact to pedestrian flow along the river path affronting the GAB, the design of the public realm fronting the GAB should be considered with this longevity in mind.

Geoffrey Arthur Buildings, Pembroke College

Arrival Court An entrance court, a buffer between the entrance gate and the internal quad, defines a sequence of spaces on arrival.

Landscaping of existing quad Re defining the existing quad, to embed the new communal spaces and gradation of the landscape down to the lower level and perimeter planting, DDA compliant access within the landscaping design.

Fellows Garden Provision of the new studio accommodation brings an opportunity to look at the integration between the studio accommodation and the garden, retaining as many of the existing trees as possible.

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Photos of key stages throughout the construction of the GAB buildings

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Pembroke College, MICA and Beard Construction team at topping out ceremony

Construction The project was a logistically challenging project, landlocked on three sides by existing structures and the river Thames.

We also had challenges relating to Covid 19, BREXIT and the introduction of road closures to allow safe pedestrian access to and from the nearby school.

There were some interesting details relating to the brick work, blockwork and cladding including lots of brick specials and junctions. GAB 3 was exceptionally challenging due to its remote location, therefore as a team we had to reassess the approach by creating ‘off site’ solutions and having the larger components manufactured in kit form and constructed in situ on site.

involved in the project, who were attempting to rehabilitate themselves by learning construction skills that will assist with their reintegration into society.

There were five recorded apprentices working on the project, 1nr carpenter, 2nr electricians, 1nr heating engineer and 1nr single ply roofer. The contractor also had a number of day release ex-offenders

Mean safety score was 97.37%

Geoffrey Arthur Buildings, Pembroke College

There were also visits arranged for key personnel within the College, inclusive of students whose key topics related to built environment studies. We also worked closely with the neighbouring properties and school, with regular newsletters, updates and correspondence (dedicated email address, letter drops, notice board updates).

Average daily head count on the project was 60 people

The brickwork package had 78,000 ‘standard’ bricks and a select number of specials, comprising half bats, three quarter bats, Queens and angled corners.

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Completed Fellows garden

Public consultation set-up in Sir Geoffrey Arthur Building - Rockerfeller Room, May 2019 26

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Written comments by resident

Photos of engaging consultation techniques used to raise key issues with the students and stakeholders 17 APR

Submission of Stage 2 Report

14 MAR

14 FEB

Steering Committee Presentation

25 APR

Steering Committee Presentation

Steering Committee Presentation

30 MAY

Steering Committee Presentation

19 FEB

Student Briefing

RIBA STAGE 03

RIBA STAGE 02

RIBA 01 February

Pembroke College consultation with College / Councillors

20th March

10 April

8th May

11th June

WC 17 June

10th July

15th July

Submission of pre-planning application to OCC

Consultation External stakeholders (OPT | 20th Century society)

Public Consultation

Consultation with OCC

Public Consultation (If required)

Submission of planning application

Planning Registered

Further Consultation External stakeholders (OPT | 20th Century society)

29 April Additional information to OCC

PLANNING CONSULTATION FEB

MARCH

APRIL

MAY

JUNE

JULY

Diagram illustrating strategy for consultation during early stages of design development

Collaboration The process to define, design and develop the new residential and social spaces was highly collaborative. It embedded a series of consultation sessions with the college staff, students and fellows, neighbours and the wider University community to ensure that brief and aspirations were met.

At the outset of the project, a user engagement plan was established between MICA and the client with key points for input sessions highlighted within the programme.

This allowed us to guarantee that the right people were being asked the right questions at the right time and that there was a sufficient period allowed to integrate feedback points into the proposals.

Geoffrey Arthur Buildings, Pembroke College

Workshops were held with existing students and students with accessible needs to develop the designs for bedrooms and kitchens; a key part of the process for MICA when designing spaces for people to live and learn.

At the end of each stage, our collaborative approach and engagement KPIs were reviewed to ensure that we were meeting our defined targets.

Once on site, there were challenges that required a proactively collaborative approach to address in a calm and efficient manner.

MICA worked closely with the main contractor, structural engineer and services engineer to overcome this issue successfully.

A process of post occupancy evaluation is due to begin one year after completion, gathering feedback from residents to make improvements where required and to productively inform our future projects.

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measures to prevent overheating in summer?

development and thermal modelling has ensured appropriate measures to en included. The risk of overheating has been measured against CISBE TM52 re not deemed to be at risk of overheating due to the following design

ed areas, including glazing specification. windows for secure natural ventilation. s and window reveals to minimize excessive solar gains.

rgy & Low Carbon Technology

rate the use of low carbon energy or energy from renewable sources on-

enewable energy technologies have been considered and it is proposed to at recovery (WWHR) system to achieve the carbon savings target. WWHR is is reduces the domestic hot water demand which accounts for a large nt accommodation. Alternative technologies were rejected for the following

e the notional building also uses these, providing limited percentage savings Dusk view of completed student accommodation t. lar thermal because the areas required to achieve a 20% saving are too large.

Power (CHP) because with the updated carbon emission factors, it has a ding carbon emissions, while creating a maintenance burden for the college.

e heat from the water going rm the cold water feeding the water demand by around 50%. is virtually maintenance free ing costs as it is a passive or the production data sheet. method is ‘System B Shower

carbon technology employed r and context of the area?

Heat Recovery system will not ontext of the area as it will be mall increase in riser space is he WWHR installation.

Figure 4: WWHR system components

Diagram illustrating water management measures Page 10 of 20 that reduce hot water demand by around 50%

Rev A

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Analysis of proposed energy targets and various strategies to meet them

665 - Pembroke College Geoffrey Arthur Building 2&3 Project Type New Build Student Residential Domestic (residential) New build / retrofit (GIA) Certification NA Project RIBA Stage 5

Sub-standard Business as usual 2025 Targets

Operational Energy and CO2 (kWh/m2/year and kgCO2/m2/year)

on rb

2030 Targets

Sustainable Land Use and Biodiversity (increase in species)

Ec o

log

Ca

Embodied Energy and CO2 (kWh/m2/year and kgCO2/m2/year)

Sustainable Water Cycle (litres/person/day)

y Sustainable Life Cycle Value (£/m2)

ei

ng

Sustainable Connectivity and Transport

We

Passive design measures

MICA tracks the sustainability metrics for all our buildings to benchmark against RIBA 2030 and achieve optimum environmental standards

Carbon

Waste

llb

Good Health and Wellbeing

Sustainable Communities and Social Value

Sustainable design strategies 125.73 / 84.01

Operational Energy and CO2 (kWh/m2/year and kgCO2/m2/year) Embodied Energy and CO2 (kWh/m2/year and kgCO2/m2/year)

887 (G2) 1009 (G3)

Sustainability has been at the forefront of Mechanical systems this new development from its inception, The detailed brief developed closely Sustainable Connectivity and Transport (kgCO2e/km/person/year) with the buildings being designed to with the College, places a high priority Passive design measures reveals / Glazing orientation living deliver key energy-saving principles and Solar shading on welcoming and comfortable performance: accommodation, delivered practically and Waste pod construction / Reclaimed piling mat – a measurable carbon emissions reductionOff siteaffordably, that can be easily maintained and of 25%, through energy efficient boilers, operated at low running costs. maximising natural ventilation, natural Key to the success of this approach are the Wellbeing lighting, high performance glazing, and waste water heat recovery technology; Lean and Clean innovations employed: – the infrastructure to/ insert –/Space efficiency and avoiding duplication Good Health andpre-installed Wellbeing Responsive controls adaptive spaces Biophilic connections alternative energy supplies to gas when of services by pairing of bathroom risers Sustainable Communities and Social Value viable; Increased security and passive observation to public realm new technologies become serving the bedroom e-suites.

– ultra-low energy lights and ‘absence – Air Heat Recovery System to minimise the detection’ lighting heating of water capable of meeting 70% – new, secure bike storage to encourage of the hot water demand throughout the Ecology and help facilitate carbon-neutral travel year. for residents; – Smart but Low-Tech energy solutions Sustainable Water Cycle (litres/person/day) 105 – a new biodiverse internal garden/quad. including an Exhaust Waste Water Heat Sustainable Land Use and Biodiversity (increase in species) Net gain in biodiversity / Reuse of brownfield Recovery system – encasing the warm The scheme adopts Passivhaus principles in shower waste water pipe with the cold Sustainable Life Cycle Value (£/m2) the design of the building envelope, design water supply feed to minimise energy use. of fenestration, roof and wall design, extent – Adopted building envelope principles of and location of glazing and air tightness. passivhaus to deliver highDesign performance MICA Sustainability Performance Assessment 2022 building with low running costs and easily Natural lighting has been optimised and maintainable: Low air-leakage, avoid artificial lighting minimised, with a carefully thermal bridges and cold spots, and configured and calibrated set of windows low u-values reducing heat loss through for each of the 80 residential units. The building fabric. windows being larger and spread at lower – Future proofing: M&E pipework levels to maximise the lower natural light and fittings sized to suit future low levels with smaller singular windows at roof temperature air-source heating system. level. The project features a comprehensive – Use of the integrative design process. set of renewable energy sources with air source heat pumps and PV ready infrastructure.

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Photographs of completed brick detailing with different details and coursing

Window types to reduce solar gain

High quality brick detailing Throughout the detail design and construction of the buildings, MICA sought to emulate the high detailing quality of 1987 ‘Forticrete’ Blockwork

by Architects Robert Maguire and Keith Murray, Existing accommodation buildings built from a raised plinth of approximately 2m, and registered within the new MICA buildings to ensure they feel rooted in the wider site. MICA also used the same specification of Forticrete Shot-Blasted Bath-Stone Architectural Masonry Blocks used in the original 1987 construction in the 2023’ building works.

We selected a hand-made white-clay brick available in two standard sizes (215x65 and 210x50) and used both throughout the buildings in conjunction with a soft bath-stone lime mortar to help the buildings harmonise with the bath stone Forticrete architectural blockwork.

The white, textured brick ensures the buildings have a strong sense of identity and presence, unique within the Oxford landscape whilst also appearing soft and nuanced in the sensitive riverside setting.

Our proposals provide much needed ‘book-ends’ to the riverside site, but great care was taken to ensure the new blocks

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were softened and as carefully detailed as the original buildings: Soften the corners: Each time the buildings turn a corner, MICA have sought to soften the interaction with the building by subtly changing the articulation of the brickwork to register a human scale; this includes changing the orientation of brickwork, combining bricks of different sizes, and creating recessed soffits to articulate entrances at a grander scale.

Window detailing: MICA have developed a range of brick detailing types including flush, deeply recessed, chamfered revealed, picture frame, and frameless windows.

Celebrate Circulation: MICA employed the bricks in different bonds and orientations to increase the legibility of the buildings and enhance the articulation of the circulation; each stair core has thin vertical stacked brickwork, set in contrast to the larger stretcher course bond used in the student bedrooms. These are tied together with horizontal bands of solider courses and stack bonded ribbons that articulate the main walkways.

Completed elevation of new accommodation block

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Site Plan Geoffrey Arthur Building Pembroke College

Pembroke College City Centre Campus

Grandpont Bridge

Geoffrey Arthur Buildings

Location Plan - existing

N

River Thames

Geoffrey Arthur Building 2

Geoffrey Arthur Building 3

Site Plan - proposed 32

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Floor Plans Geoffrey Arthur Building Pembroke College

Graduate rooms

Kitchen

Graduate rooms Kitchen

Kitchen

Fulbright quad

Upper Ground Floor

Office

Plant

Kitchen

Entrance lobby

Plant

Storage

Laundry Store

Common room

Study Garden Store

Bike store Access to quad

Lower Ground Floor

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Floor Plans Geoffrey Arthur Building Pembroke College

Third Floor

Second Floor

First Floor

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Plan detail Geoffrey Arthur Building 2 DO NOT SCALE FROM THIS DRAWING. CONTRACTOR TO CHECK ALL DIMENSIONS ON SITE. ANY DISCREPANCIES TO BE REPORTED TO THE ARCHITECT IMMEDIATELY.

NOTES

Partial Fill Cavity Insulation

F30/155

Vepour Permeable Membrane

F30/180

Cavity closer

L10/705

EPDM

P20/201

Window Cill

12

P10/312

50 13 MDF Cill Board

INTERIOR

Aluminium Cill

EXTERIOR 961

998

L10/400B Composite W indow - W 2A

25 20

124

303 Graduate Room

01. 20A.5

REVISIONS

15 m²

REV

T1 C1 PL1 C2

EPDM

F30/180

Cavity closer

DATE

03/04/20 04/02/21 12/02/21 22/07/21

L10/705

50

DESCRIPTION

TENDER ISSUE CONSTRUCTION PLANNING CONDITION DISCHARGE CONSTRUCTION

103

50

150

13

100

27

F10/110A Brickwork - Stretcher Bond

Insulated Cavity Tie

F30/240

Partial Fill Cavity Insulation

F30/155

K10/135A Internal Lining FIN01

P10/312

Vepour Permeable Membrane

F30/180

Cavity closer

L10/705

EPDM

JOB

COPYRIGHT MICA ARCHITECTS LTD ©

12 13

150

124

173

L10/400E Composite W indow - W 3A

INTERIOR

MDF Cill Board

436

Aluminium Cill

460 S.0.

A3 REV DATE

F30/287

25

EXTERIOR

1:5 SIZE

Reveal Support Plate

88

TITLE

414 6

MICA

Reveal Support Plate

F30/287

Partial Fill Cavity Insulation

F30/155

MICA

5

22/07/21

FIRST LEVEL PLAN WINDOW W2A & W3A DETAIL

HA SCALE@

DRG #

665-MICA-G2-01-DR-A-40220

MT DRAWN

Sir Geoffrey Arthur Building 2

123 Camden High Street London NW1 7JR T: 020 7284 1727 info@micaarchitects.com www.micaarchitects.com F: 020 7267 7826 CHECKED

215

L10/705

EPDM

P20/201

Window Cill

F30/180

Cavity closer

P10/312

Vepour Permeable Membrane

REV

C2

Plan detail of bedroom window

Fig 07. Detailed facade Elevation / Section.

Planning elevation Red line highlights location of plan detail

PEMBROKE COLLEGE OXFORD, SIR GEOFFREY ARTHUR BUILDING | DESIGN AND ACCESS STATEMENT

Detailed facade Elevation / Section.

PEMBROKE COLLEGE OXFORD, SIR GEOFFREY ARTHUR BUILDING | DESIGN AND ACCESS STATEMENT

Geoffrey Arthur Buildings, Pembroke College

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Brick setting out drawings Geoffrey Arthur Building 3 1

+58.808 Top of Boundary Wall - TBC - to match existing

MJ

1

(Brick+ 2 joints)

210

CO+ 7960

CO+ 6085

CO 4425 TBC

40170

Coursing to match existing wall

02 - SSL +63.340 Masonry Support over cavity at parapet junction with external envelope at second floor level.

01 - SSL +60.620

165 CUT TBC

CO1090

01 - SSL +60.620

(Brick+ 2 joints)

CO 900

(Brick+1 joint)

CO+ 1810 S.O

(Brick+ 2 joints

extent of brickwork beyond

1378

UG - SSL +57.900

suspended ground floor outline (beyond)

1

re-use existing ventilation bricks

TOW PATH

Hatched area showing notional area of earth retaining blockwork - refer to eHRW for more information

1

Brickwork setting out datum

40153 to align with window cill

2660 ALIGN WITH WEST ELE

415 line of elevation recess

1 40370

50

41351

CO1640

02 - SSL +63.340

03 - SSL +66.060

295

1

(Brick)

1 41380

CO 3375

+64.640 Top of Brickwork

1 40470

(Brick+ 1 joint)

1 41350

1

CO+ 1510 S.O.

CO 75 COPING (Brick+ 1 joint)

03 - SSL +66.060

2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1

(Brick+ 2 joints)

Refer to drawing 665-15461 for Brickwork Setting out for East Elevation

+69.585 Top of Brickwork

Refer to drawing 665-15460 (Right) for Brickwork Setting out for West Elevation

2

coursing to match existing wall

3

401

UG - SSL +57.900

TOW PAT

NOTES

+55.900 Top of Existing Footing TBC

DO NOT SCALE FROM THIS DRAWING. CONTRACTOR TO CHECK ALL DIMENSIONS ON SITE. ANY DISCREPANCIES TO BE REPORTED TO THE ARCHITECT IMMEDIATELY.

KEY

COPYRIGHT MICA ARCHITECTS LTD ©

BRICKWORK SETTING OUT - NORTH ELEVATION

1 GAB 3 brick setting out North elevation Not to Scale

Refer to 14000 drawing series for MICA Slab/Structure Setting Out. Refer also to eHRW information for more detail on waterproofing.

1 : 50

Refer to MICA slab Setting Out drawings and Schedule 50250 for more information on Builders Work Penetrations; to be read in conjunction with eHRW/ICS and QODA information.

Drawings to be read in Full Colour.

Drawings to be read in conjunction with MICA specifications, including but not limited to F10 & F30.

Refer to eHRW for more information on Masonry Support and Reinforcement.

Refer to Structural Engineers information for more detail on masonry support.

Refer to 665-15400 drawing series for brickwork setting out in plan.

Masonry Support with exposed brick sofft. Refer to Structural Engineer.

Masonry Lintel with pistol bricks. Refer to Structural Engineer.

Movement Joint

ngs and openi removed, ws to be ing) with Exsting windoed into existing coursexisting. to match infilled (tooth course sizes Forticrete, EXISTING

BUILDING

EXISTING

BUILDING

CB CB

alternate course

alternate course

231

1 41181

CB 0 309

F30/285

Reveal Support Plate

soldier course below

427

A

℄

D6

2450

337

soldier course below

A4

300 A1

337

300

F30/285

891

CO3478

122

Reveal Support Plate

40251

665

B

CB 180

118

341

CB 3612

℄

Reveal Support Plate

F30/285

CO+ 1473

alternate course

alternate course

soldier course below 5145

1 41270 F30/285

B6 B6

MJ

B6 B6

40250

MJ

423

A5 A5

290

A5

° TBC 11.30 M Site DI

℄

A5

co nate alter

℄

4 15561

urse

er co soldi

CO4153

CO+ .O. S 1023

er soldi

1002

C3

℄

MJ

low e be cours

REVISIONS

A5

532 246

CO+ 835 S.O. 355

A5

℄ C

℄

Reveal Support Plate

C4 C3 C2 C1 T1

23/11/21 08/10/21 30/03/21 04/02/20 03/04/20

CONSTRUCTION CONSTRUCTION CONSTRUCTION CONSTRUCTION TENDER ISSUE

REV

DATE

DESCRIPTION

below urse

CB

2257

6100 1

1690

KEY PLAN

D

2

GAB 3 brick setting out plan Not to Scale 1 : 50

MICA

123 Camden High Street London NW1 7JR T: 020 7284 1727 F: 020 7267 7826 info@micaarchitects.com www.micaarchitects.com JOB

36

CONSTRUCTION

BRICKWORK SETTING OUT - FIRST FLOOR

LE

2

STATUS

3

Sir Geoffrey Arthur Building 3

2

B

1

Plan detail Geoffrey Arthur Building 3 Pembroke

DO NOT SCALE FROM THIS DRAWING. CONTRACTOR TO CHECK ALL DIMENSIONS ON SITE. ANY DISCREPANCIES TO BE REPORTED TO THE ARCHITECT IMMEDIATELY.

NOTES

EXTERIOR

INTERIOR

Bedroom

02. 21.1C

11 m²

L10/400Y Composite Window - W 25

150

25 P20/201

Window Cill

L10/705

EPDM

F30/180

Cavity closer

F30/285

Brickwork Reveal Support Plate

F30/155

Partial Fill Cavity Insulation

F30/240

Insulated Cavity W all Tie

P10/312

Vapour Permeable Membrane

12

17

124

REVISIONS REV

C1 PL1 C2 C3

K10/135A Internal Lining FIN01 DATE

04/02/20 12/02/21 23/04/21 09/09/21

DESCRIPTION

CONSTRUCTION PLANNING CONDITION DISCHARGE CONSTRUCTION Updated following Window Sub/c Submittal CONSTRUCTION

27

100

12

150

50

103

K10/135A Internal Lining FIN01

100

27

F10/110A Brickwork - Stretcher Bond

GG20/170 Structural Framing System

150 50

D

103

COPYRIGHT MICA ARCHITECTS LTD ©

1:5 SIZE

C

A3 REV DATE

09/09/21

REV

TITLE

SECOND FLOOR LEVEL WINDOW W25 DETAIL

HA SCALE@

DRG #

665-MICA-G3-02-DR-A-40370

MT DRAWN

Sir Geoffrey Arthur Building 3

123 Camden High Street London NW1 7JR T: 020 7284 1727 info@micaarchitects.com www.micaarchitects.com F: 020 7267 7826 CHECKED

13

JOB

C3

Geoffrey Arthur Buildings, Pembroke College

1

Brick coping integrated into stretcher bond coursing using combination of full stretcher/ half bat / three-quarter bat / queens closer cut bricks

F10/110A Brickwork - Stretcher Bond

Plan of GAB 3 corner detail

MICA

37

Plan detail Geoffrey Arthur Building 3

C

DO NOT SCALE FROM THIS DRAWING. CONTRACTOR TO CHECK ALL DIMENSIONS ON SITE. ANY DISCREPANCIES TO BE REPORTED TO THE ARCHITECT IMMEDIATELY.

NOTES

F30/155

Partial Fill Insulation

P10/312

Vapour Permeable Membrane

F30/240

Insulated Cavity W all Tie

P10/315

Vapour Barrier

GG10/170 Structural Framing System

F10/110A Brickwork - Stretcher Bond

810 Masonry support angle with thermal break. Refer to eHRW for more detail

REVISIONS REV

C1 PL1 C2 C3 C4

DATE

04/02/20 12/02/21 30/03/21 23/04/21 12/11/21

03. 21.1C

Bedroom

11 m²

DESCRIPTION

D

EXTERIOR

Cavity closer

INTERIOR

CONSTRUCTION PLANNING CONDITION DISCHARGE CONSTRUCTION CONSTRUCTION Updated following Window Sub/c Submittal CONSTRUCTION

F30/180

JOB

13

COPYRIGHT MICA ARCHITECTS LTD ©

Window Cill

450

DRG #

A3 REV DATE

L10/705

EPDM

F30/180

Cavity closer

F30/285

Reveal Support Plate

F30/155

Partial Fill Insulation

P10/312

Vapour Permeable Membrane

13

1:5 SIZE

150

TITLE

12/11/21

THIRD FLOOR LEVEL WINDOW W24 DETAIL

HA SCALE@

P20/201

L10/400R Composite Window - W 24

665-MICA-G3-03-DR-A-40470

MT DRAWN

Sir Geoffrey Arthur Building 3

123 Camden High Street London NW1 7JR T: 020 7284 1727 info@micaarchitects.com www.micaarchitects.com F: 020 7267 7826 CHECKED

P120/201 EPDM

GG10/170 Structural Framing System

REV

C4

103

50

150

13

100

27

Plan detail of chamfered bedroom window reveal

38

MICA

Geoffrey Arthur Buildings, Pembroke College

MICA

39

MICA Architects Ltd. 123 Camden High St London UK NW1 7JR +44 (0)207 284 1727 micaarchitects.com