EDU-CAMP is a large-scale private educational development comprising approximately 20+ individual buildings and structures, including Primary and Secondary School Facilities, Auditorium, Dining, Administration, Gym, Swimming Pool, Sports courts, Climbing Facilities, Interactive activity spaces, Recreational areas, Aquariums, Football field with bleachers etc.

The development is designed to provide the most advanced private school environment in Cyprus, offering enhanced comfort, functionality and learning conditions for both students and staff. Particular emphasis is placed on high standards of construction quality, durability, architectural integration and the careful selection of materials, reflecting the premium character and long-term performance requirements of the development.

The development includes multiple basement levels and buildings ranging primarily from two to five storeys, integrating reinforced concrete, structural steel and composite structural systems within a highly complex architectural and functional layout.

The project incorporates deep foundations, pile foundations, retaining walls, slabs, beams, columns, staircases, bearings and large-span structural systems, together with architectural façade systems requiring detailed coordination between the primary structure, secondary supporting elements and building envelope.

A distinctive engineering feature is the main football field, which extends partially over the buildings below, creating demanding structural requirements for load transfer, insulation, and the overall integration of the sports facilities with the underlying structures.

A major engineering challenge is the significant variation in ground elevations across the site. Therefore, the structural design required careful integration of each building with the surrounding terrain, geotechnical conditions and infrastructure network.

The scale and complexity of EDU-CAMP require extensive structural coordination, seismic design, BIM integration and construction-stage engineering, ensuring that the numerous buildings and infrastructure elements operate as a coherent and technically efficient development.

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• #EngineeringDesign
• #Educational
• #Infrastructure
• #SpecialStructures
• #ReinforcedConcrete
• #StructuralSteel
• #CompositeStructures
• #SeismicDesign
• #StructuralEngineering
• #LargeSpanStructures
• #SpectatorStands
• #FacadeEngineering
• #SiteSupervision
• #BIM
• #Cyprus

Stasikratous Residence is a structural assessment, seismic upgrading and strengthening project involving an existing reinforced-concrete building constructed in two principal phases. The original ground-floor structure, dating from 1956, was formed by reinforced-concrete frames and Zöllner-type ribbed slabs with clay infill blocks, using S220 mild-steel reinforcement, typical of the construction practices of that period. A first-floor extension was subsequently added in 1977, generally following the existing column layout while introducing additional planted columns.

The proposed alterations, together with the change of use of the upper floor from residential accommodation to offices, required a comprehensive structural assessment of the existing building in accordance with Eurocode 8 - Part 3 and the applicable Cyprus standards for existing structures. As the original construction pre-dated modern seismic design provisions, the project required the development of a complete seismic upgrading strategy, while also accommodating a new steel canopy and an occupied roof-garden area as part of the upgraded structural system.

A detailed investigation programme was carried out to establish the actual condition and structural properties of the building. This included concrete core testing, reinforcement identification and non-destructive scanning of structural members, verification of the reinforcement arrangement throughout the different construction phases, and exploratory investigations of the existing foundations. Based on the assessment results, the strengthening scheme incorporated reinforced-concrete jacketing of columns and beams, carbon fibre plate strengthening of existing slabs, and the formation of a new integrated raft foundation extending across the building footprint to upgrade the existing foundation system and accommodate the revised structural demands.

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• #Commercial
• #ReinforcedConcrete
• #StructuralSteel
• #Cyprus
• #Supervision
• #Assessment&Strengthening

The project comprises a three-storey steel development designed to accommodate the company’s offices together with extensive warehouse and storage facilities. The structural system was developed around the operational requirements of the warehouse, incorporating large column-free spans and flexible internal spaces capable of supporting the company’s storage, handling and circulation needs.

A defining architectural and structural feature of the building is its distinctive industrial roof profile, formed by triangular steel trusses. The concept draws inspiration from historic industrial buildings constructed in Cyprus during the British colonial period, only a limited number of which survive today. Reinterpreted through a contemporary steel structure, the roof geometry contributes to the architectural identity of the development while promoting natural daylight and ventilation within the warehouse spaces. The structural design was carefully coordinated with the architectural concept to achieve an efficient, functional and visually distinctive industrial building.

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• #Industrial&Warehouse
• #StructuralSteel
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• #Supervision
• #Structural&SeismicDesign