1. KERSTIN HÖGER | PROFESSOR OF ARCHITECTURE & URBAN DESIGN NTNU TRONDHEIM | KERSTIN HÖGER ARCHITEKTEN ZÜRICH

2. SUSTAINABLE CAMPUS MASTER PLANNING
– SCALABILITY
01/06/2014 | PROF. KERSTIN HÖGER | ISCN HARVARD MIT

3. SCALABILITY CONTEXT & TYPOLOGY
UNIVERSITY, SCIENCE/ HIGHTECH/ CREATIVE, CORPORATE CAMPUS

4. Harvard University
CAMPUS TYPOLOGIES
URBAN / SUBURBAN, CREATIVE / HIGHTECH, PUBLIC / PRIVATE, CLUSTER / NETWORK
Innercity University Greenfield Campus Creative Cluster Corporate Center
Bilgi Campi Istanbul
ETH Science City Zurich
Stanford Research Park/
Silicon Valley
Novartis Campus Basel
Benetton HQs & Centers/
Veneto Valley
Cambridge University
CONCENTRATED
CLUSTER
NETWORK OF
CLUSTERS
Berlin Adlershof/
Humboldt Campus

5. How can sustainable models stimulate social, cultural, and economic life
in and around campuses?
What kind of organization / office promotes knowledge transfer on
sustainability both locally and globally?
How can the campus ‘hardware’ (built environment, open spaces, eco and
transport systems and other infrastructures) be related within their specific
interlinked sociocultural settings as the urban ‘software’ of a campus
(urban public realm, academic and community life, social cohesion, lifestyles
and behaviors, networks, atmosphere of openness, safety and mobility)?
What kind of scalability strategies can best nurture the dynamic synergies
needed to create sustainable centres of knowledge that can flexibly
respond to the fast changing demands of society?
QUESTIONS

6. TU CottbusUniversity of Konstanz
TU Delft
Free University of Berlin
Science City, ETH ZurichUithof Campus, Utrecht University
GREENFIELD CAMPUS – FROM MONOCULTURE TO URBAN LIFE

7. ETH ZÜRICH – HÖNGGERBERG CAMPUS

8. SIENCE CITY, ETH ZURICH / MASTER PLAN KCAP 2004-07 –
SCALABILITY CONCEPT: CAMPUS <> CITY OF CAMPUSES <> GLOBAL CAMPUS NETWORK

10. ETH SCIENCE CITYSTRATEGY & LOCAL-GLOBAL NETWORK
SCALABILITY GEOGRAPHICALLY & TEXTUAL: CONCEPT – POCESS – MODEL – NETWORK?

11. ETH – ZURICH: FROM SCIENCE CITY TO CITY OF SCIENCE
SCALABILITY REGIONAL & ACROSS LOCAL INSTITUTIONS

12. CAMPUS SINGAPORE UNIVERSITY OF TECHNOLOGY & DESIGN (SUTD)
/ MASTER PLAN PROPOSAL KERSTIN HÖGER ARCHITEKTEN – SCALABILITY CONTEXT

26. Stanford Research Park/
Silicon Valley
Berlin Adlershof/
Humboldt University
Science Park Amsterdam/
University of Amsterdam
Technology Park Bremen/
University of Bremen
Zernike Science Park/
University of Groningen
MobileLifeCampus/
VW Autouni Wolfsburg
HIGHTECH CAMPUS : SYNERGIES BTW SCIENCE & BUSINESS

27. SCIENCE CITY COPENHAGEN, NORTH CAMPUS

28. MEDICON VALLEY: LIFE SCIENCE CLUSTER ØRESUND REGION: ~ 340 COMPANIES, 14/ 5 LS UNIS,
7 SCIENCE PARKS, 32 HOSPITALS, 5,000 SCIENTISTS, 150,000/ 45,000 STUDENTS

29. SCIENCE CITY COPENHAGEN / MASTER PLAN KERSTIN HÖGER ARCHITEKTEN WITH COBE 2010-12

30. CREATION OF AN URBAN KNOWLEDGE NETWORK & PUBLIC SPACES AS CONNECTORS
ENTRANCE CITY PLAZAS (RED), SCIENCE SQUARES (YELLOW), OPEN SPACE NETWORK

31. CROSS-INFILTRATION OF SCIENCE AND CITY & REDENSIFICATION STRATEGY
CITY FUNCTIONS IN THE KNOWLEDGE TERRITORIES AND VICE VERSA

32. DIFFERENTIATED LANDSCAPES & FLEXIBEL DEVELOPEMNT PROCESS
CITY PARK, UNIVERSITY YARD, COMMON GROUND, SCIENCE COURTYOURDS & GARDENS

36. Harvard University
IIT Chicago
Universität KarlsruheCambridge University
MIT Bilgi Istanbul
THE NEW URBAN CAMPUS – FROM SCIENCE CITY TO CITY OF SCIENCE

37. HARVARD UNIVERSITY

39. CAMBRIDGE/BOSTON: FROM SUSTAINABLE CITY TO CITY OF SUSTAINABILITY
> 100 COLLEGES/ UNIVERSITIES, > 250,OO STUDENTS, BIOTECH CLUSTER MIT & ROUTE 128

40. SUSTAINABLE CAMPUS GUIDELINES – SCALABLE?

41. INTEGRATION INTO THE CONTEXT
MOBILITY CONCEPT
ACCESSIBILITY & OPENNESS
QUALITY OF LEARNING, TEACHING & RESEARCH
QUALITY OF ACADEMIC & STUDENT LIFE (24/7 CAMPUS)
SPATIAL, SOCIAL & FUNCTIONAL DENSITY
SOCIAL COHESION
PUBLIC – PRIVAT
FLEXIBLE URBAN FRAMEWORK & STRUCTURES
HYBRID BUILDING TYPOLOGIES
TRACES, ORIENTATION & IDENTITY
EFFICIENT LAND-USE, BIODIVERSITY & MICROCLIMATE
ENERGY, WASTE, WATER & SURFACE MANGEMENT
LONG-TERM TRANSFORMATION STRATEGY
PARTICIPATORY PLANNING PROCESS
CATALYTIC CONDITIONS & SYNERGIES
PARTNERSHIPS (SCIENCE, SOCIETY & BUSINESS)
SUSTAINABLE URBAN CAMPUS DESIGN GUIDELINES

42. CONNECTIVITY LOCAL, REGIONAL, GLOBAL COLLABORATION
URBAN CONTEXT & COMMUNITY CITY/SUBURBIA, LANDSCAPE, ECONOMY,
SOCIETY, CULTURE
MOBILITY VIRTUAL & PHYSICAL (ICT, PEDESTRIAN, PUBLIC, PRIVATE)
ACCESSIBILITY, PERMEABILITY & OPENNESS (ACCESS FOR ALL)
QUALITY OF THE KNOWLEDGE HARDWARE (FORMAL-INFORMAL, PUBLIC-
PRIVAT, INDOOR-OUTDOOR)
QUALITY OF KNOWLEDGE & COMMUNITY LIFE (24/7 TERRITORY, MXED-USE,
LIVING, CLUSTERS & NETWORKS)
SPATIAL, SOCIAL & FUNCTIONAL DENSITY (SHORT WAYS, DIVERSITY,
COMFORT VS. SPRAWL, ISOLATION, SEGREGATION)
FLEXIBLE, HYBRID & MUTLI-SPACE STRUCTURES (RESPONSIVENESS TO
CHANGING NEEDS, ADAPTION & ADOPTABILITY)
IMAGE & IDENTITY(ATTRACTIONS, ORIENTATION, LEGIBILITY)
LONG-TERM DEVELOPMENT & TRANSFORMATION STRATEGY
CATALYTIC CONDITIONS & SYNERGIES
PARTNERSHIPS SCIENCE, SOCIETY & BUSINESS
GUIDELINES
CREATIVE, INNOVATIVE & SUSTAINABLE KNOWLEDGE & LIVING LABORATORIES

43. INTEGRATION INTO THE CONTEXT
MOBILITY CONCEPT
ACCESSIBILITY & OPENNESS
QUALITY OF LEARNING, TEACHING & RESEARCH
QUALITY OF ACADEMIC & STUDENT LIFE (24/7 CAMPUS)
SPATIAL, SOCIAL & FUNCTIONAL DENSITY
SOCIAL COHESION
PUBLIC – PRIVAT
FLEXIBLE URBAN FRAMEWORK & STRUCTURES
HYBRID BUILDING TYPOLOGIES
TRACES, ORIENTATION & IDENTITY
EFFICIENT LAND-USE, BIODIVERSITY & MICROCLIMATE
ENERGY, WASTE, WATER & SURFACE MANGEMENT
LONG-TERM TRANSFORMATION STRATEGY
PARTICIPATORY PLANNING PROCESS
CATALYTIC CONDITIONS & SYNERGIES
PARTNERSHIPS (SCIENCE, SOCIETY & BUSINESS)
SUSTAINABLE URBAN CAMPUS DESIGN GUIDELINES