Al-Ghad Primary School

Project idea

Project Concept

The project is based on an architectural vision that aims to create an integrated educational environment balancing functionality, identity, and spatial openness. The design concept organizes building masses along clear circulation axes to ensure accessibility and smooth movement, while establishing a central spatial core that functions as a social and educational focal point, encouraging interaction among students.

A simple and contemporary architectural language was adopted to respond to users’ needs, while carefully considering environmental and climatic factors to provide thermal and visual comfort within the learning spaces.

Project Context

The project is located within an existing urban fabric, which required careful consideration of its relationship with the surrounding environment in terms of traffic movement, neighboring building heights, and solar orientation.

The site was treated as part of a broader urban system, where the project contributes positively to its context through organized circulation, the introduction of green spaces, and the creation of a balanced urban façade that respects the surrounding built environment.

The design also ensures harmony between built mass and open spaces to provide a healthy and safe educational setting.

Project Objectives

To provide an effective educational environment that supports the learning process.

To ensure clarity of circulation and ease of movement within the school.

To strengthen the relationship between indoor and outdoor spaces to create an engaging learning atmosphere.

To respond to local climatic conditions through design solutions that reduce energy consumption.

To meet safety and security standards in accordance with contemporary school design principles.

Intended Outcomes

Enhancing the quality of educational spaces through a flexible and adaptable design.

Promoting a sense of belonging and identity among students through a clear and comfortable architectural environment.

Presenting a practical school model that is feasible within the Iraqi context in terms of materials and construction techniques.

Achieving a balance between aesthetic expression and functional performance.

Project description

Project Scope

The project consists of designing an integrated primary school within an urban site in Baghdad. It includes classroom buildings organized along clear circulation axes to ensure accessibility and smooth movement, in addition to the school administration, supporting service spaces, and a multi-purpose hall for activities and events.

The design also incorporates supportive educational spaces and a central outdoor courtyard that functions as a main gathering area, along with landscaped green areas that enhance the learning environment. Circulation is carefully organized with separation between pedestrian and vehicular movement to ensure safety.

Environmental considerations are addressed through proper building orientation, natural lighting and ventilation strategies, and the use of practical, locally available construction materials to ensure feasibility and sustainability.

Technical information

Technical Specifications

The project is a primary school designed using a reinforced concrete frame system, providing structural stability and flexibility in spatial organization. External walls are constructed with thermally insulated brick or blockwork and finished with weather-resistant materials, while internal partitions ensure functional efficiency and adequate acoustic performance.

The roof structure consists of reinforced concrete slabs with thermal and waterproof insulation. Wooden elements are incorporated in selected interior ceilings to enhance the aesthetic quality, improve acoustic performance, and create a warmer and more comfortable learning environment.

Floor finishes are durable and easy to maintain, with non-slip materials used in outdoor areas. Locally available materials are prioritized to reduce costs and ensure feasibility, while maintaining durability and long-term sustainability.

The project incorporates natural ventilation strategies supported by well-oriented openings, energy-efficient lighting systems, and fully integrated sanitary and electrical systems that comply with safety standards.