Robotic Construction Lab  
The Robotic Construction research laboratory is engaged in the development of innovative solutions for sustainable construction using robotic principles. The laboratory is equipped with a 6-axis ABB IRB 2600 industrial robot.

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The research work of the laboratory and other projects in collaboration are published in book chapters, journals and conference proceedings. 

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The research work of the laboratory focuses on the integration of computational design with robotic fabrication strategies, aiming at the development and multi-objective analysis of architectural design and construction systems according to sustainability criteria.
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Welcome Message

Welcome to the personal website of Odysseas Kontovourkis, Assistant Professor and Director of the research laboratory for Digital Developments in Architecture and Prototyping in the Department of Architecture at the University of Cyprus. In this website you will find information regarding infrastructure of the research laboratory that includes an industrial robotic arm, various research activities and news as well as publications in journals and conference proceedings. Also, you will find information about teaching activities that includes current and previous courses as well as students’ projects.


6th eCAADe Regional International Symposium 2018 in Cyprus

May 23-25, 2018
Organized by the research laboratory d2AP of the Department of Architecture, University of Cyprus


Latest News

07 Sep 2017

Participation in eCAADe 2017 Annual Conference in Italy

Paper Presentation: Multi-objective design optimization and robotic fabrication towards sustainable construction  - The example of a timber structure in actual scale
26 Apr 2017

Participation in eCAADe RIS 2017 in UK

Paper Presentation: A robotically-driven additive construction planning process using an ecological material - The introduction of 3D clay printing for large scale construction
20 Oct 2016

Participation in S2M 2016 International Conference in Portugal

Paper Presentation: Modular formwork system layout development and assembly in actual scale based on robotic technology