Laboratory of Building Construction

The Laboratory of Building Construction was established in 1974 (Government Gazette A246/1974) with a primary focus on building construction methods and the architectural design of building components.

Today, the Laboratory is part of the Structural Engineering Science Division (Government Gazette B' 1265/18.03.2022).It supports teaching and research in the fields of building construction, architectural technology, and sustainable design. Its academic and research activities cover a broad range of disciplines, including architectural design at the scale of building complexes and urban ensembles; building technology, construction systems, and construction methods; construction processes and project implementation; conservation and restoration of historic buildings, monuments, and architectural heritage; and building physics, including environmental performance and microclimate analysis.

The Laboratory promotes an interdisciplinary approach that integrates architectural design, construction technology, and building science. Its work combines principles of building physics, energy efficiency, environmental performance, microclimate analysis, and sustainability to develop innovative solutions for contemporary buildings while advancing the conservation, rehabilitation, and adaptive reuse of the existing built environment.

Mission The Laboratory of Building Construction advances knowledge and practice in the design, construction, and performance of buildings. Its mission is to promote sustainable, energy-efficient, and resilient construction through research, education, and innovation that address the environmental and societal challenges of the built environment. Overview The Laboratory’s academic and research activities cover the fields of building design and construction, bioclimatic and energy-efficient architecture, and building physics and energy conservation. It is also actively involved in the protection and enhancement of structures, including both new constructions and the rehabilitation, upgrading, and restoration of existing buildings. Within the framework of the Department’s curriculum, the Laboratory is responsible for the instruction of the core modules Building Construction I and Building Construction II, as well as the specialised module offered within the Structural Science Division orientation, Special Topics in Building Construction: Buildings’ Protection.

Laboratory Details

Laboratory Title: Laboratory of Building Construction

Faculty: Faculty of Engineering

School: Civil Engineering

Email: trousak@civil.duth.gr

Telephone: 2541079645 461 25410 79628

Official Gazette of Establishment:

Introduction - Presentation

The Laboratory of Building Construction was established in 1974 (Government Gazette A246/1974) with a primary focus on building construction methods and the architectural design of building components. Today, the Laboratory is part of the Structural Engineering Science Division (Government Gazette B' 1265/18.03.2022).It supports teaching and research in the fields of building construction, architectural technology, and sustainable design. Its academic and research activities cover a broad range of disciplines, including architectural design at the scale of building complexes and urban ensembles; building technology, construction systems, and construction methods; construction processes and project implementation; conservation and restoration of historic buildings, monuments, and architectural heritage; and building physics, including environmental performance and microclimate analysis. The Laboratory promotes an interdisciplinary approach that integrates architectural design, construction technology, and building science. Its work combines principles of building physics, energy efficiency, environmental performance, microclimate analysis, and sustainability to develop innovative solutions for contemporary buildings while advancing the conservation, rehabilitation, and adaptive reuse of the existing built environment. Mission The Laboratory of Building Construction advances knowledge and practice in the design, construction, and performance of buildings. Its mission is to promote sustainable, energy-efficient, and resilient construction through research, education, and innovation that address the environmental and societal challenges of the built environment. Overview The Laboratory’s academic and research activities cover the fields of building design and construction, bioclimatic and energy-efficient architecture, and building physics and energy conservation. It is also actively involved in the protection and enhancement of structures, including both new constructions and the rehabilitation, upgrading, and restoration of existing buildings. Within the framework of the Department’s curriculum, the Laboratory is responsible for the instruction of the core modules Building Construction I and Building Construction II, as well as the specialised module offered within the Structural Science Division orientation, Special Topics in Building Construction: Buildings’ Protection.

Field of Research

• Innovative methodologies for the design and construction of structural elements, buildings, and building complexes. • Sustainable and bioclimatic design principles that enhance energy performance and occupant comfort. • Application of building physics to improve material and structural efficiency. • Renovation and upgrading of existing and heritage structures. • Environmental protection and climate resilience in the built environment. • Green buildings and green urban spaces for the improvement of microclimatic conditions. • Construction using natural and/or recycled materials under a life cycle analysis and circular economy perspective.

Laboratory Members

Name Position/Capacity Email Telephone
Theodoros Rousakis Director trousak@civil.duth.gr 25410-79645
Dimitra Tsirigoti Faculty Member dtsirigo@civil.duth.gr 25410-79628
Nikolaos Kalabalikis PhD Candidate nkalampa@civil.duth.gr

Featured Research Programs

Programme Title Duration Funding
Actions of the GAIA student association on innovation, sustainability and cooperation in construction, DUTh Start date -04/06/2025 End date - 26/05/2028 Private funding
COST Action CA23145, Architectural and Urban Ambiances of European Cities (CitySenZ) Start date - 01/10/2024  End date - 30/09/2028 European Cooperation in Science and Technology
Renovating the contemporary city: urban resilience methods for transforming cities through innovative ideas for adaptation to climate change Start date - 16/03/2026  End date - 27/03/2026 Erasmus+ BIP

Featured Publications

Chronological Order APP doi
Tsirigoti, D. 2026. Transforming Urban Spatial Voids: Climate-Resilient and Microclimate-Adaptive Design Strategies for Central Courtyards in Urban Blocks, International Journal of Low-Carbon Technologies, Oxford Academic 10.1093/ijlct/ctag069
Tsirigoti, D. and Gkyrtis K. 2026. "Recycled Pavement Materials and Urban Microclimate: Albedo and Thermal Capacity Effects on Heat Island Mitigation" Solar 6, no. 1: 5 https://doi.org/10.3390/solar6010005
Tsirigoti, D. 2025. Urban geometry and sustainability: the effect of green interventions on the urban microclimate of Greek cities. Euro-Mediterr J Environ Integr 10, 4355–4367 https://doi.org/10.1007/s41207-025-00839-6

Infrastructure and Equipment

Patents

Patent Title Patent Number Publication Date Inventor/Company Summary URL
The method of anti-seismic protection of frames and filling walls in frame buildings EP3779101A1 2023-03-01 Publication of EP3779101B1 Status: Active Anticipated expiration: 2040-08-15 Arkadiusz Kwiecien, Boguslaw Zajac, Feil Lukasz, Tugrul Akylldiz, Alper Ilki, Matija Gams, Alberto VISKOVIC, Theodoros Rousakis, Miha Kramar The method of anti-seismic protection of frames and filling walls in frame buildings whereby a cushioning layer (3) based on polyurethane is applied between the skeleton frame (1) and at least vertical surfaces of the filling wall (2) adjacent to the skeleton frame (1), wherein it is recommended that the cushioning layer is also applied between the upper surface of the filling wall (2) and the adjacent horizontal beam of the skeleton frame (1). https://patents.google.com/patent/EP3779101A1/en

Spin Offs

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