1. Sustainability Engineering and Science
BUILDING CAPACITY FOR SUSTAINABLE DEVELOPMENT
The Challenge of Sustainable Development
Capacity building for sustainable development
The Dutch STD Program
TU Delft in Sustainable Development
Interaction Education and Practise
Sustainability Engineering and Science

2. Building Capacity for Sustainable Development
BUILDING CAPACITY FOR SUSTAINABLE DEVELOPMENT
ecoefficiency Y
CULTURE
STRUCTURE
NEED
FUNCTION
TECHNO-
LOGY
160 80 40 ? 20 1
1950
2000
2050
22 X
Sustainability Engineering and Science
Leo Jansen

3. Main Principles of Sustainable Development
BUILDING CAPACITY FOR SUSTAINABLE DEVELOPMENT
Main Principles of Sustainable Development
fitting of human activities within supporting systems of the earth,
inter-and intra-generational social justice, equitabal distribution of value,
participation in decision making from local to international levels
Sustainability Engineering and Science

4. Building Capacity for Sustainable Development
BUILDING CAPACITY FOR SUSTAINABLE DEVELOPMENT
Sustainable Development
FUTURE
STRATEGIC
PRAGMATISM
MORALISM
Sustainability Engineering and Science
Leo Jansen

5. Building Capacity for Sustainable Development
BUILDING CAPACITY FOR SUSTAINABLE DEVELOPMENT
HYPOTHESES IN AIRP PROJECT
R&D Design
Outcomes
Contextual
Conditions
Sustainability Engineering and Science
Leo Jansen

6. SUSTAINABLE DEVELOPMENT: THE GLOBAL CHALLENGE
BUILDING CAPACITY FOR SUSTAINABLE DEVELOPMENT
SUSTAINABLE DEVELOPMENT: THE GLOBAL CHALLENGE
Population 2
Prosperity 5
Pressure on Ecosystem 2
Ecoefficiency
Sustainability Engineering and Science

7. Sustainability Engineering and Science
BUILDING CAPACITY FOR SUSTAINABLE DEVELOPMENT
DIMENSIONS OF CHANGE
Culture – Structure - Technology
Optimization Improvement System Renewal
Stakeholders
Sustainability Engineering and Science

8. Building Capacity for Sustainable Development
BUILDING CAPACITY FOR SUSTAINABLE DEVELOPMENT
INTERMEDIATE
B-CYCLE
future-
oriëntation
INTERMEDIATE STEPS
ECOEFFICIENCY
EFF
FACTORF
Backcasting
Backcasting
Robust trends
Terms of reference
Problem analysis
TIME
Sustainability Engineering and Science
Leo Jansen

9. Building Capacity for Sustainable Development
BUILDING CAPACITY for A SUSTAINABLE DEVELOPMENT
MISSION
GRADUATES,
SHOULD BE PREPARED FOR FUTURE SOCIETAL CONDITIONS,
LOOK UPON SUSTAINABLE DEVELOPMENT AS A MANAGERIAL RESPONSIBILITY,
BE ABLE TO OPERATIONALYSE SUSTAINABLE DEVELOPMENT IN THEIR PROFESSIONAL LIFE,
THE UNIVERSITY,
CONTRIBUTES TO SUSTAINABLE DEVELOPMENT IN ITS RESEARCH AND EDUCATION
Sustainability Engineering and Science
Leo Jansen

10. Building Capacity for Sustainable Development
BUILDING CAPACITY for A SUSTAINABLE DEVELOPMENT
ATTITUDE
SKILLS
STUDENT
KNOWLEDGE
Sustainability Engineering and Science
Leo Jansen

11. Building Capacity for Sustainable Development
BUILDING CAPACITY for A SUSTAINABLE DEVELOPMENT
ATTITUDE:
Sustainability
Cooperative
SKILLS
Integral approach
Application oriented
Systemic
Communicative
KNOWLEDGE
Technology
Culture ( Behavior, Need-orientation)
Structure (Institutions, Economy etc) 8
Sustainability Engineering and Science
Leo Jansen 6

12. Building Capacity for Sustainable Development
BUILDING CAPACITY for A SUSTAINABLE DEVELOPMENT
THREE LEVELS OF EDUCATION
Basic principles of SD for all students.
Intertwinement of SD in all regular courses as far as reasonable and meaningful.
Possibility of specialization in graduation for management supporting functions.
Sustainability Engineering and Science
Leo Jansen

13. Building Capacity for Sustainable Development
BUILDING CAPACITY for A SUSTAINABLE DEVELOPMENT
Graduation in sustainable development.
Final Terms.
Ability to apply most relevant methods,
Ability to analyze complex (environmental) problem situations and to develop alternative approaches,
Ability to design and implement solutions
Ability to signalize, anticipate and eventually sweep away barriers to solutions 17
Sustainability Engineering and Science
Leo Jansen 15

14. The Program “TU Delft In SD”
Building Capacity for Sustainable Development
BUILDING CAPACITY for A SUSTAINABLE DEVELOPMENT
The Program “TU Delft In SD”
Development of Curricula
Intertwining methods
Final terms
Teachers training
through “learning by doing”
Image of
graduate
STEPS
Backcasting
Backcasting
For all students Basic course “Technology in Sustainable Development”
Intertwining in all regular courses as far as reasonable and meaningful,
SD oriented graduation
2000
TIME
2010
Sustainability Engineering and Science
Leo Jansen

15. Building Capacity for Sustainable Development
BUILDING CAPACITY FOR SUSTAINABLE DEVELOPMENT
SYSTEMS RENEWAL:
FROM LEARNING TO IMPLEMENTATION
SR integrated in education
SUBSEQUENT STEPS
Post academic SR courses
Renewed Systems
to Fulfil
peoples needs
Model SD integration in eduation developped
Post academic SR courses
Copernicus Charter implemented
Backasting
SR implemented
Backasting
SR in policy Programs
LT strategic Planning is common sense
Future orientations designed
SR Model developped 1
Evaluation of SR experiences
2000
2050
TIME
Leo Jansen