Architects  for  HealthHopkins  Architects

Andrew  Barnett

26th  June  2014

Alder  Hey  Institute  in  the  Park

JEWEL  IN  THE  

CROWN

RESEARCH

HOSPITAL

UNIVERSITY

EDUCATION

PARK  /  NATURE

CITY  /NEIGHBOURHOOD

WORLD  STAGE

Alder  Hey  R&E  BuildingBrief  Diagram

Alder  HeyExisting  Laboratories

Healthcare  Evelina  Children’s  Hospital,  London  -­  Outpatients  Department  

LandscapeInn  the  Park  -­  Cafe  in  St  James’  Park

EducationThe  Henrietta  Barnett  School,  North  London

ResearchFrick  Chemistry  Laboratory,  Princeton  University

Phase  1Site

Phase  2Site

Link  to  main  hospital  and  Ronald  McDonald  House

Overlooking  existing  bereavement  garden

Servicing  route

Green  Buffer

Parking

Addressing  the  street  and  neighbourhoodLink  to  future  

masterplan

View  across  the  park

Blue  light  route

Retained  Trust  Estate

Site  Opportunities  and  Constraints

A  central  space  that  connects  the  building  physically  and  visually  at  different  levels

Seamless  junction  between  Phase  1  and  2

A  more  naturally  formed  sequence  of  spaces  along  the  serpentine  internal  spine

Views  out  across  the  parkland

Laboratory  and  large  lecture  theatre  on  prominent  corner

Link  with  NCH

Building  Concept  Diagram

Design  Development  Concept  Sketches  

The  Idea

Inspiration  from  Birkenhead  Park  -­  Paxton  1843 Bringing  the  Landscape  into  the  Interior  

3  Storey  Building  with  open  circulation4  Storey  Building  with  closed  circulation

Welcome  Trust  Interior  -­  LondonBryanston  School  -­  Dorset

LabLab

Write-­  up

Computer  Social  Space

Core

Core Core

Student  Room

Core

Meeting  Room

Meeting  Room

Phase  1 Phase  2

Meeting  Room

Consult.  Rooms

Consult.  Rooms

Office

Office

Consult.  Rooms

Atrium AtriumAtrium

Store Clinical  Lab Office9m 9m

9m

9m

7.5m7.5m

7.5m7.5m

7.5m

7.5m7.5m

7.5m7.5m

7.5m

Phase  1 Phase  2

Modular  Structure  married  with  the  Brief  

Phase  1  Masterplan Phase  2  Masterplan Phase  2  Alternative  Masterplan

A  Northern  edge  created  by  the  R&E  Building  for  Future  Buildings  

Exploded  Section  of  Phase  1  &  2  showing  relationship  of  Ground  Floor  to  the  Landscape  and  Floors  above

Typical  Section  -­  Phase  1

Phase  1 First  Floor  Plan

Second  Floor  Plan

Ground  Floor  Plan

Phases  1&2 Ground  Floor  Plan

Aerial  views  looking  East

View  from  Parkland  of  Main  Entrance  

186  -­  Theatre  Style

60-­70  -­  Classroom  Style80-­90  -­  Teaching  Style220

60-­70  -­  Banquet  Style

Main  Entrance  Foyer  and  Lecture  Theatre  Flexibility

View  looking  West  towards  the  Parkland

Phases  1&2 First  Floor  Plan

First  Floor  Offices  and  Write-­up  Space

Phases  1&2 Second  Floor  Plan

Liverpool  Botanical  Gardens  at  Ness National  Wildlife  Centre  at  Knowsley

Look  and  Feel

North  Elevation

Long  Section

Aquifer

Heat  Exchange

Hot  Air  Venting

Thermal  Cooling  via  slab

Fresh  air  intakeHeat  Exchange  and  Recovery

Thermal  Heating  via  Slab

Auditorium

Laboratory Cellular  Office

Open  Plan  Office

Winter Summer

Cooling  from  floor  in  Summer

Heating  from  floor  in  Winter

Air  recovery  in  Winter

Fixed  furniture  in  open  space  provides  ventilation

Extract

Extract

Supply Supply Supply

Supply

Supply

Cellular  Office

Mixed  mode  ventilation  allows  mechanical  ventilation  in  winter

Reclaimed  or  FSC  timber  modular  cladding

Green  wall

Low  angle  winter  sun  penetrates  interior  via  clerestorey  windows

Rainwater  harvestingcollects  water  for  entrance  water  feature,  irrigating  planting  and  flushing  wc’s

Planting  will  improve  environmental  conditions  both  inside  and  out

Exposed  concrete  slab  provides  thermal  mass  to  reduce  peaks  in  heating  /cooling  load

Mixed  mode  ventilation  allows  natural  ventilation  to  be  used  when  conditions  are  suitable

Clerestorey  provides  natural  solar  shading  in  summer

Air  extract  in  Summer  by  natural  stack  effect

Green    roof  will  promote  biodiversity,  provide  thermal  insulation  and  control  water  run-­off

PV’s  angled  for  maximum  efficiency

A  Sustainable  and  Practical  Design