a global approach to collaborative research laboratory design€¦ · lab casework systems: wunda...

A global approach to collaborative research laboratory design

Copyright © 2015 Research Facilities Design. All rights reserved.

PERSPECTIVE

IN MOST CASES ONE DOT

REPRESENTS MULTIPLE

PROJECTS

RFD EXPERIENCE / BACKGROUND


TRENDS IN RESEARCH BUILDINGS

Source: R&D Magazine

Traditional or Bench-Style Research in aLab/Research Facility (32.4%)

Computer-Related Scientific Research,Data Analysis, Modeling, Etc. (15.5%)

Performing Research Write-Ups andPreparing Reports (12.9%)

General Email or Internet Activities(10.7%)

Meetings with Clients or Customers(7.2%)

Meetings with Staff, Colleagues, orStudents (11.7%)

Business-Related Travel (IncludingConferences) (4.3%)

Other (5.3%)



0

200

400

600

800

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1200

1400

1600

1800

2000

1980's 1990's 2000's 2010's

Lab Core

Write Up

Lab Support

Lab

NSFL/PI


TRENDS IN RESEARCH BUILDINGS 1. Creation of True Write-Up Zones

Traditional Model – Write Up In the Lab Food and Drink Issues Lab Ventilation for Office Function Interaction and Collaboration Long-Term Health Effects?



Latest Model – Dedicated Write-Up Areas No Food and Drink Issues Better Zoning of Ventilation Encourages Interaction and Collaboration Truly Safe Environment



• Break-Out Spaces • Common Areas

• Lounge Areas

• Food Service



0

200

400

600

800

1000

1200

1400

1600

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2000

1980's 1990's 2000's 2010's

Lab Core

Write Up

Lab Support

Lab

NSFL/PI


TRENDS IN RESEARCH BUILDINGS 2. Reduction in Lab Space Needs

Write-Up Outside the Lab Instrumentation Robotics Economics Sustainability



0

200

400

600

800

1000

1200

1400

1600

1800

2000

1980's 1990's 2000's 2010's

Lab Core

Write Up

Lab Support

Lab

NSFL/PI


TRENDS IN RESEARCH BUILDINGS 3. Proliferation of Lab Core Facilities

Source: VUMC Office of Research



Latest Cores Ultra High-Thruput Screening GMP Facilities Bio-Repositories Shared Instrument Cores

Imaging Flexible Cores Micro-Cores



Giving Cores an Identity Entry Reception Interaction Spaces


S A H M R I South Australian Health Medical Research Institute


INVESTING IN HUMANITY


The Vision SAHMRI Chair of the Board ………….

a thing of the world in Adelaide SAHMRI …………………… transform research into health


The Design Team Architect: Woods Bagot (Sydney and Adelaide) Lab Planner: Research Facilities Design (San Diego) Mechanical Engineer: Norman Disney & Young (Adelaide) Electrical Engineer: Aurecon (Adelaide) Structural Engineer: Aurecon (Adelaide) Environmental Consultant: Cendall (Adelaide) Landscape Architect: Oxigen (Adelaide)


The Construction Team Contractor: John Hindmarsh SA (Adelaide) Lab Casework Systems: Wunda Projects (Edwardstown, Australia) Lab Fume Hoods: Lab Systems Group/ Southern Cross (Kilsyth) Lab Suspended Services: KPD (Mortdale, Australia) Lab Storage Cabinets: Aktivlab Lty Ltd (Ricmond, Australia) Lab Clean Rooms: Dagard Clean Rooms (Mortdale, Australia) Vivarium Equipment: Tecniplast Autoclaves: Getinge Vivarium Doors: Dortek Lab Flooring: Forbo


Existing medical/ health precinct


New medical/ health precinct


NORTH TERRACE BOULEVARD

New Royal Adelaide Hospital

SAHMRI

University of Adelaide

University of South Australia

SAHMRI 2

Future site of Women and

Children’s Hospital


675 RESEARCH STAFF 9 RESEARCH MODULES 100% WET LAB ENABLED VIVARIUM, CYCLOTRON, PUBLIC SPACE WITH CAFÉ, RETAIL AND DISPLAY GROSS FLOOR AREA – 25,000 SQM COST - $200 MILLION COMPLETION - MARCH 2014 LEED GOLD RATING AND CO-LOCATED NEXT TO THE NEW $2 BILLION TRAUMA AND TEACHING HOSPITAL, THE NEW ROYAL ADELAIDE HOSPITAL

BASIC FACTS


AN URBAN CATALYST IN REFORMING AN EXISTING PART OF THE CITY DEMYSTIFYING MEDICAL RESEARCH TO THE PUBLIC CENTRE OF EXCELLENCE IN TRANSLATIONAL RESEARCH ENVIRONMENTAL RESPONSE INFORMED BY TECHNOLOGY “PUTTING SCIENCE WITH DESIGN”

KEY IDEAS Copyright © 2015 Research Facilities Design. All rights reserved.

SITE 5800 sqm or 62,000 ft2 Copyright © 2015 Research Facilities Design. All rights reserved.

jpeg/diagrams/110923/1-01.jpg

36 COLUMNS 10.2m / 33ft GRID SPAN=3 LAB MODULES

6 ‘FLOWER’ COLUMNS

A BUILDING THAT “FLOATS”ABOVE THE GROUND Copyright © 2015 Research Facilities Design. All rights reserved.

CROSS SECTION CROSS SECTION


Open and transparent, fosters collaboration and knowledge sharing within

and across different groups, ultimately creates synergies,

ideas and innovations.


Cancer

Aboriginal Health Mind & Brain

Healthy Mothers, Babies & Children

Heart Health Nutrition & Metabolism Infection & Immunity

7 KEY RESEACH THEMES Copyright © 2015 Research Facilities Design. All rights reserved.

BUILDING SERVICES - FLEXIBILITY

East West Section

Lab Floor by Floor Plant

Peristitial Services Zone

Central Building Plant


A Responsive Skin


How can the shading device be optimised to provide consistent

daylight, enhanced views, limited glare, reduced energy,

and a unique form?


Inspired by the responsive behavior of nature


Parametrically integrating environmental, programmatic,

and formal requirements to generate a shading system that

changes accordingly...


...putting science into the design.


FAÇADE REQUIREMENTS

daylight needs

solar load

environmental control


SOLAR ENERGY ANALYSIS


DAYLIGHT ANALYSIS

DYNAMIC DAYLIGHT METRICS Assess daylight over time

– Typically impose daylit hour or working hour boundaries

– Typically look at annual experience – Typically analyzed with tool called Daysim

Average Annual Illuminance – Annually averaged daylight level (lux) at a point in a

room for all daytime hours. Think of as “typical daylight”

Daylight Autonomy (1989/2004) – Percentage of daytime hours that a point is above a

certain light level – Think of as “daylight effectiveness”

Useful Daylight Illuminance (2005) – Like Daylight Autonomy, but imposes an upper limit

on light levels – Think of as “good daylight effectiveness”

http://patternguide.advancedbuildings.net/using-this-guide/analysis-methods/useful-daylight-illuminance


months

ENVIRONMENTAL CONTROL ANAYLSIS: REDUCED SOLAR LOAD

frit

exterior shade

glass


VISUAL COMFORT ANALYSIS

SAHMRI daylight analysis

Different façade configurations evaluated for glare probability


PARAMETRIC TRANSFORMATION PARAMETRIC TRANSFORMATION


DAYLIGHT ANALYSIS

WHAT CAN WE ANALYZE?


Reality in play ‘a thing of the world in Adelaide’


Did it work?


International Recruitment

Prof. Tim Hughes Theme Leader, Cancer

Prof. Steve Nicholls Theme Leader, Heart Health

Prof. Maria Makrides Theme Leader, Healthy Mothers, babies & Children

Prof. Alex Brown Theme Leader, Aboriginal Health

Prof. Steve Wesselingh Theme Leader, Infection & Immunity

Prof. Chris Proud Theme Leader, Nutrition & Metabolism

A/Prof Geraint Rogers Director, Microbiome Research

A/Prof. David Lynn EMBL Group Leader in Bio Informatics

Mr Prab Takhar Director Molecular Imaging

Prof. Neil Dear Director of Research

A/Prof. Ville Makinen EMBL Group Leader in Bio Informatics

Prof. Julio Licinio Theme Leader, Mind & Brain


Research Themes Leaders Aboriginal Health – Professor Alex Brown Deputy Director, Aboriginal Research Program Leader, SAHMRI Professor of Population Health and Research Chair Aboriginal Health University of South Australia Heart Health – Professor Stephen Nicholls Deputy Director, SAHMRI Professor of Cardiology, University of Adelaide Cancer – Prof Tim Hughes Cancer Research Theme Leader University of South Australia Nutrition and Metabolism – Professor Chris Proud

Theme Leader, Nutrition & Metabolism

Healthy Mothers, Babies & Children – Professor Maria Makrides Director, Women's & Children's Health Research Institute, University of Adelaide Infection and Immunity – Professor Steve Wesselingh Executive Director, SAHMRI Mind and Brain – Professor Julio Licinio Deputy Director, Translational Medicine, SAHMRI Strategic Professor of Psychiatry, Flinders University School of Medicine


2015

Laboratory of

the Year


SAHMRI


a global approach to collaborative research laboratory design€¦ · lab casework systems: wunda...

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