PORTFOLIO

SPORTSHUB LTD (Primary & Secondary School)

Sector: Education

Budget: €45 million

Architect: ADP Architecture

Stage: Under Construction

Location: Pano Polemidia,

Limassol

Total Area: 22 000m2

DESCRIPTION:

This project encompasses state-of-the-art school building facilities, comprising 20 main structures (elementary school, secondary school, and community facilities). These facilities are primarily designed with 2 to 4 floors, utilizing substantial volumes of high-quality building materials, including metal, concrete, and pre-stressed systems. The structural elements include robust foundations, piles, retaining walls, slabs, beams, columns, and staircases, alongside a variety of other components.

The structural challenge involved effectively managing significant elevation differences in the terrain while ensuring the optimal combination of structural members for each construction. This meticulous approach guarantees unparalleled stability and safety.

Significant emphasis was placed on architectural design, integrating functional and aesthetic elements that enhance the user experience.

This construction represents the pinnacle of modern school facilities in Cyprus, prioritizing safety, sustainability, and zero energy consumption. With its innovative approach to the educational environment, it is not only designed to meet the needs of today’s learners but also stands as a highly attractive choice for both students and parents, fostering a sense of community and engagement.

Advisors: Avraam M. Panidis & A.P. Christou & Associates

Ayios Tychonas Residence CASA 55

Sector: Residential

Budget: €1.2 million

Architect: ADP Architecture

Stage: Under Construction

Location: Limassol

Total Area: 860m2

Description:

This project involves the structural analysis and supervision of a reinforced concrete building in the Agios Tychonas area of Limassol. It addresses the challenges posed by strict architectural requirements and seismic regulations. The building, representative of postmodern architecture, comprises two underground and two above-ground floors, along with a swimming pool. Its innovative design features inverted beams, large cantilever wall volumes, and expansive openings. The analysis of the encountered problems and proposed solutions underscores the significance of static and dynamic analysis, positioning the building as a pioneering and attractive project in the market, appealing to investors and users seeking architectural innovation and a unique identity.

Advisors: Avraam M. Panidis & A.P. Christou & Associates

Aegean Lounge: Structural Design at Larnaca Airport

Sector: Transportation

Budget : €350k

Architect: K-Studio Architecture & Design Studio

Stage: Completed in 2024

Location: Larnaca International Airport

Total Area: 400m2

DESCRIPTION

This project involves the structural analysis and supervision of a metal framework for the interior and exterior design, including the electromechanical system and the Hunter Douglas baffle ceiling, of the new Aegean Lounge at Larnaca Airport.

The architectural design is based on the combination of Greek architectural elegance with advanced technology, reflecting the philosophy of the airline. The soft, curvilinear forms create a welcoming space for travelers, ensuring comfort and luxury.


Advisors: Avraam M. Panidis

Waste Water Treatment Plant for Solea District

Sector: Environmental

Budget : €10 million

Architect: Nicolaides and Associates

Stage: Under Construction

Location: Katydata, Nicosia

Total Area: -

Description:

The project encompasses the Waste Water Treatment Plant for the Solea district, which consists of 20 main structures, including the Pre-Treatment Station, Blower Station, Cloth Filter, Disinfection Unit, Sludge Water Tank, Operation Building, Dewatering Facility, Storage Area, and Grease Trap. These facilities have been designed using high-quality materials, such as metal, epoxy-coated reinforcement, concrete, and combined systems. The key structural elements include foundations, retaining walls, concrete walls, slabs, beams, columns, and staircases, as well as openings that support the electromechanical installations.

Advisor: Panicos Nicolaides

Large-Scale Multi-Building Development Project

Sector: Mixed-use

Budget : €1.2 billion

Stage: Under construction

Location: Jeddah-Saudi Arabia

Total Area: 150 000m2

Description:

This is a vast and complex project, which includes modern facilities consisting of 80 buildings, with areas ranging from 100 to 16,000 square meters. These facilities are primarily designed with 1 to 5 floors, utilizing significant volumes of high-quality construction materials, including metal, concrete, and prefabricated, prestressed systems, which ensure the lasting durability and functionality of the buildings.

The structural elements include robust foundations, piles, retaining walls, slabs, prestressed slabs, precast concrete slabs, beams, columns, staircases, metal mesh, underground mechanical and other infrastructure.

Significant challenges during the implementation of the project included the coordination and management of human resources, materials, and machinery, while ensuring the sustainability and safe execution of the project. Effective communication among the involved parties and the application of strict quality standards contributed to the project's success, making it a benchmark for future constructions.

8-Story Reinforced Concrete Building

Sector: Residential

Budget : €2.3 million

Architect: -

Stage: Under Construction

Location: Athens

Total Area: 1100m2

DESCRIPTION

This project involves the structural analysis of a 8-story reinforced concrete building. The building features an innovative design with inverted beams, large cantilever walls, and expansive openings, allowing for maximum natural light and functionality. The analysis of the encountered problems and proposed solutions highlights the importance of static and dynamic analysis, positioning the project as a pioneer in the market. This approach attracts inFull Widthvestors and users seeking architectural innovation, high construction quality, and a unique identity within the urban environment.

Advisors: Avraam M. Panidis

6-Story Reinforced Concrete Building

Sector: Residential

Budget : €1.2 million

Architect: Maria Achniotou Architect LLC

Stage: Completed in 2021

Location: Lakatameia, Nicosia

Total Area: 1200m2

Desription:

This project involves the structural analysis and supervision of a 6-story reinforced concrete building. The building features an innovative design with inverted beams, large cantilever walls, and expansive openings, allowing for maximum natural light and functionality. The analysis of the encountered problems and proposed solutions highlights the importance of static and dynamic analysis, positioning the project as a pioneer in the market. This approach attracts inFull Widthvestors and users seeking architectural innovation, high construction quality, and a unique identity within the urban environment.


Advisors: Avraam M. Panidis

Waste Water Treatment Plant for Astromeritis District

Project name: Biological Station

Sector: Environmental

Budget : €15 million

Stage: Completed in 2014

Location: Astromeritis-Nicosia

Total Area: -

Description

The project involves the supervision of the Biological Station in Astromeritis, which comprises several specialized structures designed for research and environmental monitoring. Key facilities include the main laboratory building, sample storage units, analytical equipment areas, and administrative offices. These structures are constructed using high-quality materials such as reinforced concrete and steel, ensuring durability and functionality.

The project emphasizes strict adherence to quality standards during the construction process. The structural elements include robust foundations, retaining walls, slabs, beams, and columns, all designed to support the station's advanced operational requirements. Our supervision focused on maintaining effective communication among stakeholders and ensuring that the construction met all safety and sustainability guidelines, positioning the Biological Station as a vital asset for research and environmental management in the region.

Zero Energy Factory Construction in Nicosia

Sector: Industrial

Budget : €3 million

Architect: Pantelitsa Lazari

Stage: Under Construction

Location: Dali, Nicosia

Total Area: 4300m2

Desription:


The project involves both structural analysis and supervision of the construction of a factory located in Dali, Nicosia. The factory spans a total area of 4,070 m² and comprises three floors. Notably, this factory will be the first in Cyprus to achieve zero energy consumption, reflecting a commitment to sustainability and environmental responsibility. Utilizinged substantial volumes of high-quality construction materials, including metal and concrete, to ensure the durability and functionality. The primary structural elements include robust foundations, retaining walls, concrete slabs, beams, columns, staircases, a metal roof, underground mechanical services, and other essential infrastructure. Throughout the project study, significant challenges arose due to the heavy loads and storage materials on the top floor, as well as the assessment of potential impacts from accidental loads generated by lifting machinery operating within the facility. Given the building's importance, it was crucial to validate the results with other analysis software, conduct specific evaluations of slab deflection (long-term deflection) and the assessment of various combined extreme actions. Effective management of these factors was essential for the success of the construction, ensuring the safety and structural stability of the project.


Advisors: Avraam M. Panidis & A.P. Christou & Associates

Innovative Reinforced Concrete Building

Sector: Residential Development

Budget: €1.2m

Architect: ADP Architecture

Stage: Completed in 2024

Location: Aradippou, Larnaca

Total Area: 620m2

DESCRIPTION

This project involves the structural analysis and supervision of a reinforced concrete building in the Aradipou area of Larnaca. It addresses the challenges posed by strict architectural requirements and seismic regulations. The project utilizes structural steel, concrete, and reinforcement. The building features a ground floor, an upper floor, auxiliary structures, and a swimming pool.

Its innovative design includes inverted beams, large openings, and extensive cantilevers. The analysis of the encountered problems and proposed solutions underscores the significance of both static and dynamic analysis, positioning the building as a pioneering and attractive project in the market, appealing to users seeking architectural innovation and a unique identity.

Seismic-Resilient Bridge Culvert in Kato Moni, Nicosia

Project name: Box Culvert

Sector: Infastructure

Budget : €55k

Architect: -

Stage: Completed in 2021

Location: Kato Moni, Nicosia

Total Area: -

Description

The static analysis and supervision of a bridge (culvert box) in Kato Moni, Nicosia required detailed planning and attention to detail, particularly concerning seismic requirements, heavy loads, and the assessment of environmental impacts. The application of modern software for modeling, analysis, and supervision facilitated the process, allowing for accurate predictions of the bridge's behavior under various conditions and ensuring the safety and reliability of the project.

The construction of the project needed to be carried out during a period of low water flow to facilitate the work. Additionally, the diversion of water from the river was necessary for the completion of the bridge construction without delays. Continuous monitoring of the project was also critical, as the best adjustments and interFull Widthventions had to be selected to ensure the project's success.

Comprehensive Development of 30 Modern Facilities

Sector: Mixed-use

Budget: €10 million

Architect: -

Stage: Completed in 2020

Location: Limassol

Total Area: 4000m2

Desription

This project is vast and complex, comprising modern facilities consisting of 30 buildings, with areas ranging from 150 to 200 square meters. These facilities are primarily designed with 1 to 2 floors, utilizing significant volumes of high-quality construction materials, including metal, concrete, and prefabricated, prestressed systems, which ensure the lasting durability and functionality of the buildings.

The structural elements include robust foundations, retaining walls, slabs, beams, columns, staircases, metal mesh, and underground mechanical infrastructure.

Significant challenges during the implementation of the project included the coordination and management of human resources, materials, and machinery, while ensuring the sustainability and safe execution of the project. Effective communication among the involved parties and the application of strict quality standards contributed to the project's success, making it a benchmark for future constructions.

Supervision of Sewage Infrastructure and Pumping Stations

Sector: Public Infrastructure

Budget: €3.5 million

Architect: -

Stage: Completed in 2019

Location: Oroklini & Aradippou, Larnaca

Total Area: -

Description

This project involved the supervision of underground sewage pipes and the connection of residential areas over a length of 15 kilometers, as well as the construction of three pumping stations for the Aradipou and Oroklini regions.

The facilities were built using high-quality materials, including metal, epoxy-coated reinforcement, concrete, PVC pipes, and manholes.

The main structural elements encompass foundations, retaining walls, concrete walls, slabs, beams, piles, and electromechanical installations, all of which are supported by the aforementioned structural components.

4o mini

Structural Analysis and Supervision of Photovoltaic Systems

Sector: Environmental Infrastructure

Budget: €1.5 mlillion

Architect: -

Stage: Completed in 2021

Location: Menoiko, Nicosia


Total Area: 28 000m2

Description

The project involved the structural analysis and supervision of photovoltaic systems, concentrating on the assessment of the panels' strength and their supports, including the depth of anchoring and restraints. A key challenge was ensuring that the systems can withstand wind loads and seismic events. Proper design is essential for the long-term operation and safety of the panels, guaranteeing the efficiency and durability of the system throughout its lifespan.

Emergency Support and Accessibility Enhancement for Monastery of Chrysorogiatissa

Sector: Cultural Heritage

Budget: €80k

Architect: -

Stage: Completed in 2023

Location: Monastery Chrysorogiatissa, Pafos

Total Area: -

Description

The project involved the static analysis and supervision of emergency support measures for the Monastery of Chrysorogiatissa (Panagia Paphos). The challenges addressed were related to seismic phenomena and other horizontal forces, requiring careful study and implementation to ensure the safety of the structure.

Metal and wooden elements were utilized in the project, providing increased stability and resistance while maintaining the principle of reversibility. The intervention was designed with utmost respect for the authenticity of the monastery, ensuring that its historical and cultural value remained unaffected, thereby minimizing risks and enhancing the safety of the site.

Accessibility (for people with disabilities) was ensured through the implementation of appropriate measures, such as the creation of accessible pathways and information points for visitors, allowing them to navigate the site safely and easily.

After the implementation of the upgrade measures, the possibility of removing the full Width support structures was secured, allowing for the preservation of structural integrity and the protection of the site.

Advisor: Dr. Milton Demosthenous

Static Analysis of Television Stations at City of Dreams Mediterranean

Sector: Infrastructure Engineering

Budget: €200k

Architect: -

Stage: Completed in 2022

Location: City of Dreams Mediterranean, Limassol

Total Area: -

DESCRIPTION

The project involved the static analysis of television stations within the City of Dreams Mediterranean Resort, Casino & Entertainment, focusing on the assessment of the strength of the frames, their supporting bases, and the epoxy anchors.

The challenge was to ensure that the systems can withstand forces, as well as to evaluate the potential impacts from accidental loads generated by machinery operating within the building. The project utilized a metal framework, which provided increased stability and strength, ensuring the long-term operation and safety of the structure.

Advisors: Avraam M. Panidis

Supervision of Multi-Story Apartment Complex

Sector: Residential Development

Budget: €4.5 million

Architect: -

Stage: Completed in 2018

Location: Aglantzia, Nicosia

Total Area: 4000m2

DESCRIPTION

This project is extensive and complex, involving the supervision of 15 apartment buildings ranging from 3 to 5 stories high. The facilities were designed with a focus on quality, utilizing high-grade construction materials such as metal and concrete to ensure long-term durability and functionality.

The structural elements include robust foundations, retaining walls, slabs, beams, columns, staircases, metal mesh, and underground mechanical networks, along with architectural features like thermal facades, carpentry work, and aluminum elements.

Challenges encountered during the project's implementation included the coordination and management of human resources, materials, and machinery, ensuring sustainability and safe execution, as well as timely project delivery. Effective communication and the application of strict quality standards contributed to the project's success, establishing it as a benchmark for future constructions in the market.

Structural Analysis and Reinforcement Study of Saints Cyprian and Justina Church

Sector: Cultural Heritage

Budget: -

Architect: -

Stage: Completed in 2014

Location: Menoiko, Nicosia


Total Area: 700m2

DESCRIPTION

The study aimed to understand the structural behavior of the church of Saints Cyprian and Justina in Menoiko, identifying potential causes of damage and proposing reinforcement measures. The research encompassed historical analysis, documentation, and the preparation of architectural plans, along with structural analysis. It focused on both static and dynamic analyses of the structural subsystems to assess the church's performance under various loads. Ultimately, the study evaluated its vulnerability and developed proposals for structural reinforcement.


Advisor: Dr. Milton Demosthenous