Internal connection

The project concerns the reconfiguration and addition of a new building at the American Farm School, aiming to achieve environmental sustainability and the construction of infrastructure compatible with the existing school buildings, with a strong emphasis on accessibility.

 

Design Philosophy

Originally, the school complex consisted of two single-storey buildings constructed in two different phases. The first was set at an elevation of +0.60 m above ground level with a rectangular floor plan, while the second was located at +0.00 m. Communication between the two was provided via staircases, which hindered access for people with disabilities.

The project proposed the construction of an additional building, funded through a donation by the Panteliadis family, in order to create five additional classrooms, spaces for teaching staff, and an internal shared zone for breaks. The optimal solution involved replacing the building located at +0.60 m with a new two-storey linear building at ground level, allowing for an internal connection between the two units.

 

 

Functional Organization

Access to the new building is provided through its central section, marked by a large double-height opening. On either side of the entrance are two administrative offices, while along the rear elevation runs the main circulation axis, which distributes access to the classrooms and terminates at two staircases – one on each side – leading to the upper floor.

Along the extension of the entrance axis, the connection between the two buildings is established, forming an internal shared space for recreation. Classrooms and teachers’ rooms are arranged around this area, while auxiliary functions and restrooms are located at the junction of the two units.

The new two-storey building accommodates a total of eight classrooms—four on each level—arranged in sequence along the front façade so that all enjoy natural daylight and views towards the square in front of the building complex. On the upper floor, smaller-scale shared zones were created, along with a double-height void positioned directly above the entrance area.

 

 

Façade Design & Sustainability

The façade of the new building was designed to be compatible with the morphology of the adjacent volume. Openings are of limited width and positioned at regular intervals, in accordance with national building regulations.

Overall, the design aims to reduce the building’s energy footprint during both construction and operation. At the same time, the new addition ensures the preservation of the existing outdoor layout, maintaining extensive green areas.

The architectural study was awarded first prize in the architectural competition organized by the American Farm School.

 

 

Architectural flexibility

In a 100m2 area that previously accommodated three separate professional offices, a state-of-the-art physiotherapy center has been created. The unification of these independent units into a single, cohesive high-tech space was an ambitious architectural endeavor -one that seamlessly combines functionality, openness, and a calming therapeutic atmosphere.

 

Design Philosophy

Developed in close collaboration with the therapist-owner, the design aimed to establish a versatile, multi-purpose facility capable of supporting a wide range of therapeutic practices and addressing the complex needs of patients. The layout includes a welcoming reception area, four treatment rooms, a specialized rehabilitation gym, and the therapist’s private office. Each space is tailored to host a distinct therapy modality -ranging from electrotherapy and hydrotherapy to counseling and targeted strength training.

 

 

Spatial Organization & Materials

Accessibility was a top priority, with wide walkways exceeding 1.5m, gently sloped entrances, and an elevator ensuring smooth movement for individuals with mobility challenges. The main treatment area features modular workstations with movable beds and equipment stored in smart, built-in cabinets -allowing for quick adaptation to different therapeutic setups. Private rooms are equipped with sound-insulating panels, offering the privacy and quiet needed for more focused, introspective therapies.

The rehabilitation gym includes specialized equipment such as balance training machines and full-length mirrors that allow patients to monitor their posture and movement. Flooring throughout is made from elastic, closed-cell materials that are both non-slip and antimicrobial. Work surfaces are crafted from antibacterial-coated quartz for easy disinfection and hygiene control. Automated treatment beds with adjustable height and tilt enhance comfort and adaptability during sessions.

 

 

Sustainability & Lighting Design

A network of integrated temperature and humidity sensors maintains an optimal microclimate across all areas. Each room benefits from natural light and ventilation, adhering to standards required for primary-use spaces. The interior design embraces a minimalist aesthetic with a dominant white palette, fostering tranquility and clarity. Individual spaces feature curated color accents, chosen for their ability to offer psychological relief and emotional comfort.

Lighting is discreet and thoughtfully placed: LED strips under cabinets provide ambient illumination, while adjustable lamps above treatment beds allow for focused lighting when needed. All construction materials were selected with sustainability and health in mind, including FSC-certified woods and VOC-free paints.

This facility is more than a physiotherapy clinic -it is a holistic wellness ecosystem. Through architectural adaptability, technological innovation, and meticulous attention to detail, it offers a restorative environment for both patients and practitioners.

“Architecture can be as healing as the therapies themselves.”

 

 

Corporate Identity Design: we are two

Sustainable Development

Eurohub’s Logistics Center, located in the Keratea Industrial Park, is one of the most advanced facilities in Southeastern Europe, classified as Z2. This state-of-the-art project boasts a zero environmental footprint, prioritizes safety, and offers exceptional conditions for both employees and visitors.

 

Design Philosophy

The facility spans an area of 16,904.93 m², with the building itself covering 14,185.92 m². The design and permitting process took 16 months, while the project was completed in just 11 months. The south-facing complex is spread across four levels and a basement, which contains a fire tank. The ground floor, which serves as the main section of the building, features the primary entrance, a visitor and staff foyer, changing rooms, waiting areas, and a loading and order deposit area. The design enables the loading process to be fully automated, eliminating direct contact between workers and drivers. This system not only saves time but, more importantly, enhances the safety of the workforce.

 

 

Technological Integration

Additionally, the Logistics Center utilizes advanced VNA (Very Narrow Aisle) technology, enabling the efficient placement, storage, and retrieval of the company’s pharmaceutical products. This system is integrated with a Personal Security System (PPS) and energy-saving features, optimizing storage density and maximizing available space.

 

 

Functional Layout

The first floor houses a second storage area, along with an outdoor semi-open break area for staff. The second and top floors are dedicated to office spaces for employees and administrative staff, along with the necessary support facilities. The building is fully accessible to people with disabilities. Furthermore, the facility features automation for energy consumption and maintains a zero environmental impact from the company’s operations, making it an exemplary model of sustainable development.

 

Folding structures

Inhabitants of the Arabian Peninsula have a long-standing tradition of travelling to seaside or desert destinations during the holidays and setting up temporary infrastructures for leisure and relaxation.

 

Roof Structure

The projects aim is to conceptually create a sense of “gathering” in a five-holiday-house-complex, by designing a lightweight and discrete shelter structure. An elegant, “folded” roof made of white concrete becomes the most characteristic element of the design, while providing protection from the sun and wind. Additionally, the roof is perforated in certain parts, allowing sunlight into the interior spaces, while a series of rectangular cuts offer stunning views of the sky.

 

 

Exterior Design

The exterior ground floor includes communal spaces for social gatherings, featuring a lounge and dining area as well as a pool surrounded by ample vegetation, reminiscent of a calm and peaceful and oasis. The outdoor gardens meet in two communal, double height shaded spaces that visually connect the residence’s interior with the beach, and at the same time, further accentuate the main façade.

 

 

Accessibility & Privacy

The interior spaces are oriented towards the central “green oasis,” creating a seamless connection with the surrounding context through a series of expansive openings. This design maximizes openness and transparency, offering unobstructed views towards the beach. In contrast, the sections of the residence that are adjacent to the street are predominantly solid, ensuring a high level of privacy. By striking this balance, the design not only fosters a tranquil and open living environment – characterized as both a desert camp and a beach house – but also provides a sanctuary from the bustling street, enhancing both comfort and seclusion.