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Unveiling the C2IMPRESS Project - Building a Future-proof Disaster Resilient Society through Innovative Methodologies and Tools

In Europe and worldwide, there is a notable deficiency in representative data, comprehension, and public awareness when it comes to compound weather and climate extremes. Additionally, inadequate governance mechanisms contribute to the vulnerability, risk, and resilience of individuals, communities, and regions affected by such events. To address these issues, the C2IMPRESS project endeavours to introduce a transformative paradigm shift in disaster and hazard research and innovation. It aims to move away from the conventional "hazard-centric" approach/framework and adopt a pioneering "place and people" centred integrated multi-hazard risk and resilience assessment framework. This webinar will explore the groundbreaking innovations that the C2IMPRESS project brings to enhance the resilience of our society in the face of disasters.


During this webinar, we will provide an in-depth exploration of the C2IMPRESS project, shedding light on its core principles and innovative approaches. By moving beyond traditional methods, C2IMPRESS seeks to establish a paradigm shift in disaster and hazard research, focusing on holistic resilience.


Discover how the C2IMPRESS project challenges the conventional understanding of disaster management by adopting a multi-dimensional perspective emphasising the interplay between people and their environment. Through an integrated approach to risk assessment and resilience, C2IMPRESS aims to enhance our preparedness and response capabilities in the face of various natural hazards.


Join us as we discuss the concepts and methodologies behind the C2IMPRESS project, uncovering how they pave the way for a more resilient society. We will present how the concepts and methodologies are transferred to decision-support tools that are easy to use, robust and precise. This webinar will provide a detailed concept of Earth system Dynamic Intelligence Framework for Multi-hazard event forecasting and early warning with better accuracy and reduced uncertainty. This webinar provides a unique opportunity to engage with leading experts and researchers driving this innovative initiative.


Take advantage of this insightful session as we explore the future of disaster resilience through the ens ofl the C2IMPRESS project. Register now to secure your spot and be part of this transformative journey.


Speakers Include:

  1. Cenk Gureken, EU Projects Team Leader, SAMPAS
  2. Rui A. Pita Perdigao, Director-General, Meteoceanics
  3. Mohammad Azizur Rahman, Associate Director, Technovative Solutions Ltd


This project has received funding from the Horizon Europe Framework Programme (HORIZON) Research and
Innovation Actions under grant agreement No 101074004


Speakers Details:



Cenk Gureken (Moderator)

EU Projects Team Leader, SAMPAS


Cenk Gureken is currently working as European Projects Team Leader at SAMPAS Holding, which is the biggest and most awarded smart city solutions provider company in Turkey. He is responsible for the coordination of the C2IMPRESS project. In addition, managing SAMPAS’s tasks within the ongoing 5 different EU-Funded Smart City Projects (Horizon Europe/H2020), developing new project proposals and actively involved in the networking and establishing of new consortiums. His working areas are smart city solutions, urban automation systems, sustainable urbanization, ICT platforms and digital twins.

In 2016, Cenk graduated from Izmir Institute of Technology, Faculty of Architecture, Department of City and Regional Planning with first place. He studied architecture and urban planning with the Erasmus + exchange program in Politechnika Gdańska in Poland. He started his career as Geographical Analyst at Nokia HERE Maps and continued working as GIS and 3D Modelling Specialist at Geotech Geographical Information Systems company.




Rui A. Pita Perdigao

Director-General, Meteoceanics




Mohammad Azizur Rahman

Associate Director, Technovative Solutions Ltd



RSVP

Date

Jun 26, 2023

Time

14:00 - 15:00 UTC+01:00

Venue

Online

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