Description

Smart cities are characterized by a new way of governing with the use of technology and the consequent increase in the public administration capacity in focus on improving the quality of life of citizens. Smart cities initiatives are a manner for governments changing urban spaces, by increasing the provision of public services and democracy. There are many concepts of smart city. In this project we focus on the approach that relates the concept of smart cities with the notion of governance, in which it perceives a greater intention on value creation through society considering aspects such as leadership, citizen participation, partnerships, public-private partnerships, accountability, responsiveness, transparency, collaboration, data sharing, and information integration services and communication. Smart city is a multidimensional and interdisciplinary domain. People that will work in this field need to have very specialized skills that can be built upon areas such as Business Administration, Computer Science, Architecture and Urbanism, Urban Planning, Political Science, among others. There is demand for starting graduating people in the first level of higher education, for example through a module of the bachelor in business administration or urban planning courses. For professionals that already have a degree in the related areas or who already work in smart city-related initiatives postgraduate programmes can be an opportunity for specialization in this field in order to address the new challenges and new technologies of the contemporary society. For professors and researchers in the mentioned areas there is also a demand for training and international collaboration to share local expertise in different regions. A MOOC can be a learning tool to be used to reach more people and increase the accessibility and sustainability of the project. In this regards we propose to build capacity in the field of smart city and smart governance in order to increase the competences in developing countries in Latin America to address the challenges of the contemporary society. The specific objective of this proposal is providing education and training at undergraduate, post-graduate and continuing education level in order to create new or complement curricula.

Details

Duration 22/11/2016 - 09/02/2017
Funding Bund (Ministerien)
Program Austria Mundus+
Department

Department for E-Governance and Administration

Center for E-Governance

Principle investigator for the project (University for Continuing Education Krems) Univ.-Prof. Mag. Dr. Peter Parycek, MAS MSc

Lectures

Correlation of Sox9, 5 and 6 with Col2a1 and aggrecan mRNA expression of collagen implant-derived and osteoarthritic chondrocytes

EATB-Kongress, Wien 2012, 22/11/2012

Effect of mechano- stimulation on matrix-embedded human osteoarthritic chondrocytes

EATB-Kongress, Wien 2012, 22/11/2012

Train the chondrocytes: Mechanostimulation reverses the catabolic phenotype of human matrix-embedded chondrocytes – a preliminary report

3rd TERMIS World Congress, Wien 2012, 06/09/2012

Effekt von Mechanostimulation auf 3-D kultivierte osteoarthritische Knorpelzellen

Österreichische Gesellschaft für Chirurgische Forschung 35. Seminar, Wagrain 2011, 11/11/2011

MECHANOSTIMULATION REVERSES THE CATABOLIC PHENOTYPE OF HUMAN OSTEOARTHRITIC MATRIX- EMBEDDED CHONDROCYTES – A PRELIMINARY REPORT

World Conference on Regenerative Medizine, Leipzig 2011, 03/11/2011

Training für Knorpelzellen - Effekt von Mechanostimulation auf 3-D kultivierte osteoarthritische Knorpelzellen

GOTS 26. Jahreskongress, München 2011, 18/06/2011

Arthrotische Knorpelzellen, was können sie noch?

Symposium Arthrose und Sport, Krems 2011, 04/03/2011

Effekt von Mechanostimulation auf 3-D kultivierte osteoarthritische Knorpelzellen

4. Wiener Biomaterialsymposium, Wien 2010, 15/11/2010

Effect of mechano-stimulation on matrix-embedded human osteoarthritic chondrocytes

4th Congress on Regenerative Biology and Medicine, Stuttgart 2010 , 13/10/2010

Train the chondrocytes: Mechanostimulation reverses the catabolic phenotype of human matrix-embedded chondrocytes - a preliminary report

ICRS Kongress, Barcelona 2010 , 27/09/2010

Effekt von Mechanostimulation auf 3-D kultivierte osteoarthritische Knorpelzellen

GOTS 25. Jahreskongress, München 2010, 19/06/2010

Train the chondrocytes: Mechanostimulation reverses the catabolic phenotype of human matrix-embedded chondrocytes- a preliminary report

OARSI Kongress, Montreal 2009, 10/09/2009

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