Technology Assessment. Global challenges and European prospects. Ortwin Renn June, 18, 2012 Copenhagen

Similar documents
Foresight in Public Service

Foresight and Scenario Development

The Method Toolbox of TA. PACITA Summer School 2014 Marie Louise Jørgensen, The Danish Board of Technology Foundation

The Impact of Foresight on policy-making - Drawing the landscape

Trends in TA: Contested futures and prospective knowledge assessment

Risk governance and CCS: methodological approaches for integrating experts, stakeholders and the public

A SYSTEMIC APPROACH TO KNOWLEDGE SOCIETY FORESIGHT. THE ROMANIAN CASE

Enhancing Government through the Transforming Application of Foresight

Research strategy

6/14/2017. Engineering Future Cities The Value of Extreme Scenario Methodologies

Sustainable home heating practices Visions for 2050

Guide to Water-Related Collective Action. CEO Water Mandate Mumbai Working Session March 7, 2012

Torsti Loikkanen, Principal Scientist, Research Coordinator VTT Innovation Studies

Customising Foresight

Please send your responses by to: This consultation closes on Friday, 8 April 2016.

Written response to the public consultation on the European Commission Green Paper: From

Strategic Partner of the Report

A Logical Framework to support design of long-term Euro-Mediterranean Cooperation on research and innovation. Outline

Chapter 22. Technological Forecasting

Perspectives of Scientists on technology and the SDGs 61 scientists 3 tasks 20 countries 45 disciplines. 97 scientists 58 briefs

Towards a high-quality Baukultur for Europe

The future agenda of research for sustainable development

New science new dilemmas

Minor in Innovation and Transformational Change

A Framework for Understanding Food Systems Foresight and Scenario Analysis

Towards a World in Common Strategy. #WorldInCommon

Understanding Evaluating Shaping. Transdisciplinary Knowledge for a Sustainable Society

Smart Management for Smart Cities. How to induce strategy building and implementation

Who cares about the future anyway? We all should!

Socio-Economic Sciences and Humanities. Preservation for reuse of high quality data

Technology Dynamics and Transition Management in China

SMART CITIES Presentation

Outcomes and Implications of the Bali Climate Change Conference: A Few Personal Reflections

Sustainability-Related Learning Outcomes Department/ Program

Innovation Policy For Transformative change An Overview

A transition perspective on the Convention on Biological Diversity: Towards transformation?

High Level Seminar on the Creative Economy and Copyright as Pathways to Sustainable Development. UN-ESCAP/ WIPO, Bangkok December 6, 2017

Research with Impact Aalto Research Day, 26th of September, 2013 Mikko Kosonen, President, Sitra

GUIDE TO SPEAKING POINTS:

SKILLS FORESIGHT. Systematic involving a welldesigned approach based on a number of phases and using appropriate tools

SEAri Short Course Series

A differentiated approach to mission-oriented innovation policy: Contextualizing societal challenges in a problem-solution space

The role/potential of transdisciplinary processes after the Paris 2016 agreement

Where to Tomorrow for Futures Studies?

Socio-Economic Sciences and Humanities. First Call for proposals. Nikos Kastrinos. Unit L1 Coordination and Horizontal Aspects

E Distr. LIMITED E/ESCWA/TDD/2017/IG.1/6 31 January 2017 ENGLISH ORIGINAL: ARABIC

MARINE STUDIES (FISHERIES RESOURCE MANAGEMENT) MASTER S DEGREE (ONLINE)

Science, Technology, and Innovation for Sustainable Development: National Policy Frameworks in Asia and the Pacific Apiwat Ratanawaraha

Innovation Systems and Sustainability in Agriculture: Learning Interactions at Local Space

S&T roadmap and implementation strategy: Perspective from the DRR process

Foresight Security Scenarios for Prepared Response to the Unplanned: Results from an EU Security Research Project and its Transatlantic Dimension

Section 1: Internet Governance Principles

Knowledge Society Organizational Foresight

Redesigning transition arenas for Finnish Energy Context

Five-year strategy. Harnessing the power of evidence and ideas. Evidence. Ideas. Change. Evidence. Ideas. Change.

Proposed Curriculum Master of Science in Systems Engineering for The MITRE Corporation

What is backcasting & why do we need it

Artificial Intelligence and Society: the Challenges Ahead Yuko Harayama Executive Member Council for Science, Technology and Innovation (CSTI)

PhD course: Current issues in sustainability research (7.5 ECTS)

Integrated Transformational and Open City Governance Rome May

Water management in a social context

Inter and Transdisciplinarity in Social Sciences. Approaches and lessons learned

PROGRAMME SYLLABUS Sustainable Building Information Management (master),

New Pathways to Social Change - Creating Impact through Social Innovation Research

Canada-Italy Innovation Award Call for Proposals

A Platform for Environmental, Social

Research Development Request - Profile Template. European Commission

Exploring elements for a transformative biodiversity agenda post-2020

th 1 1 t h t h M a y, L iv e rp o o l

Socio-economic Sciences & Humanities Opportunities in Horizon 2020 Conference Achieving Impact, Athens,

Linking Knowledge with Action

Strategy for Sustainability using Participatory Backcasting from Principles

Signature Area Development Process

Regional Stakeholder Group Meeting

Social Innovation and new pathways to social changefirst insights from the global mapping

Information Sociology

Tuning-CALOHEE Assessment Frameworks for the Subject Area of CIVIL ENGINEERING The Tuning-CALOHEE Assessment Frameworks for Civil Engineering offers

Annotated Chapter Outline

Participatory backcasting: A tool for involving stakeholders in long term local development planning

Foresight for policy-making

Social Networks for Food & Nutrition

Climate Change, Energy and Transport: The Interviews

Applying Regional Foresight in the BMW Region A Practitioner s Perspective

Project overview Athens, 14 October 2016

Il programma di lavoro SSH 2013

Terms of Reference. Call for Experts in the field of Foresight and ICT

Experiments in climate governance lessons from a systematic review of case studies in transition research

SCALABLE DESIGNS AND BEST- PRACTICE ENERGISE LIVING LABS FOR EUROPEAN ENERGY CULTURES

2018 ECOSOC Integration Segment, 1-3 May 2018

Transition to sustainable cities a sociotechnical approach for transformative innovation. Fred Steward Sustainable Innovation 2014, Copenhagen

in the New Zealand Curriculum

LIVING LAB OF GLOBAL CHANGE RESEARCH

Effective Societal engagement in Horizon 2020

Brief to the. Senate Standing Committee on Social Affairs, Science and Technology. Dr. Eliot A. Phillipson President and CEO

Strategic Foresight Initiative 2011 Summary Briefing

SIXTH REGIONAL 3R FORUM IN ASIA AND THE PACIFIC, AUGUST 2015, MALE, MALDIVES

Development for a Finite Planet:

Old problems, new directions and upcoming requirements in participatory technology assessment

SI-DRIVE POLICY DECLARATION: SOCIAL INNOVATION ON THE RISE CHALLENGES FOR A FUTURE INNOVATION POLICY

SOCIAL INNOVATION AND SOCIAL ENTERPRISE

Transcription:

Technology Assessment Global challenges and European prospects Ortwin Renn June, 18, 2012 Copenhagen

Technology Assessment: Definition Systematic and comprehensive exploration and evaluation of technological, economic, environmental, social, psychological and cultural impacts of the development, production, use and disposal of emerging or re-emerging technologies and their respective contexts (i.e. innovation networks)

PART I Global Challenges

Ecological Challenge Since 1950s first time that global functioning of eco-services are challenged: Climate Change Water availability and desalination Dramatic decrease of biodiversity Implications for TA Trial and error not feasible any more Need for simulating errors Need for public accpeptance of anticipatory (hypothetical) interventions and actions

Economic challenges Globailisation of markets Fast knowledge application: key for competitiveness Interconnectivity among and between sectors, markets, politics and communication systems Emphasis on adaptive management and flexibility TA Implications TA needs to be included in the emerging phase of technologies (early warning) Need for interdisciplinary, cross-sectional analysis Adaptive management demands constant monitoring

Social and Cultural Challenges Loss of social cohesion (integration) Inequities between poor and rich increase Pluralism within societies (yet global universalism) Lack of consensus about global goals and means to reach them Implications for TA Emphasis on social impacts and perceptions not only physical outcomes Inclusion of tacit knowledge and plural values Orientation knowledge important aspect of TA

Connection to Sustainability Normative goals: System stability and integrity over time Social justice for present and future generations Assuring quality of life for all individuals Analytical prerequisites System knowledge about the interfaces between culture, society and nature Orientation knowledge about what to pursue Transformation knowledge of how to accomplish the desired goals

PART II How can TA Cope with these Challenges?

Potentials of TA Future is product of: Observed regularities and trends, Natural Technological Social Human decisions Individual Collective Random events (noise)

Technology Assessment: Evolution Observed regularities and trends Classic TA (Coats: US) Scientific analysis Expert judgment (Delphi) Human decisions (innovation network) Constructive TA (Dutch model) Inclusion of network partners Game theory + stakeholder involvement Human decisions (civil society) Participatory TA (Danish Model) Inclusion of value groups Discourse theory and practice

Potential Contributions of TA Enlightenment (causal connections) Understanding situation & context (diffusion) Instrumental Knowledge Strategic insights (what works best?) Economic potentials Incentives for modification Early warning (environmental, social) Sharpening of judgmental focus (orientation) Gaining of public support ( acceptance )

Responses to the Challenges Combination of all three schools of TA TA needs to be institutionalized rather than organized as an ad hoc activity It should be designed: to deal with emerging technologies combines systematic, orientational and transformational knowledge Interdisciplinary and systemic approach Inclusive of values and preferences

Conclusions TA is a strategic instrument to provide orientation for diverse actors in the field of technological changes and their impacts. TA is an appropriateand necessary tool to deal with the three major challenges of a globalized world (ecoology, economics, socio-cultural) TA provides orientation and instrumental knowledge for ermerging issues that rely on scientific knowledge, practical experiences and diverse value judgments

Quote Technology assessment does not help us to predict the future but to shape it (Joseph Coats)

EXTRA SLIDES

Major Instruments of TA Classic instruments Impact analysis Trend analysis Expert judgments (Delphi) Constructive instruments Simulation (Game theory) Scenario Construction Round Table/Stakeholder involvement Participative instruments Conflict analysis Discourse analysis Discourse practice

Dealing with random events Detection of structural or dynamic patterns and trends Actuarial analysis Probabilistic modeling and PRA Chaos theory Singular events Surprise scenarios Resilience based analysis Contingency planning

Clients for TA Studies Governments (Politics) Local Regional National Continental/global Administrations/agencies Enterprises and organizations Civil society actors (NGOs, science communities, associations) Media The Public at large