In Sangalkam, Senegal, a new educational campus called the Sangalkam Institute was completed in 2026. Designed by Senegalese architect Fatiya Diene Mazza through her firm ID+EA Architecture – Innovative Design Engineered Architecture, the campus aims to provide more equitable access to quality education. It combines architecture, landscape design, agriculture, ecology, and teaching methods into a single, integrated learning model. Located on a 4-hectare site near Dakar, the campus includes a range of facilities such as offices, teacher training spaces, classrooms, laboratories, a computer room, a greenhouse, creative learning areas, an auditorium, a library, a clinic, a dining hall, student dormitories, sports facilities, and large open spaces designed for learning. The campus is designed as a permeable environment where shaded pathways, courtyards, gardens, and gathering spaces are interwoven rather than separated into isolated buildings. Classrooms open onto these areas, allowing lessons to transition from indoors to outdoors. This approach draws inspiration from the Montessori educational philosophy, which emphasizes autonomy, sensory learning, concentration, and learning through hands-on experience. Students can move freely between indoor and outdoor spaces, using the natural environment as both a classroom and a living laboratory. The landscaping is not just for aesthetics—it is a key part of the educational experience. The campus includes thematic gardens, sensory play areas, outdoor gathering spaces, a pedagogical orchard, cultivated gardens, and preserved ecological zones. These spaces support learning in subjects such as languages, geography, sciences, and agriculture, while also encouraging performing arts, physical activity, and social interactions. A central area known as the Agora of Knowledge is designed for discussions, storytelling, and performances, while more secluded outdoor spaces offer intimate settings for group learning and exploration. A strong emphasis is placed on autonomy and sustainability within the campus model. Water is sourced from on-site wells and rainwater harvesting systems, which also support irrigation. Solar canopies provide energy, and crops are grown, maintained, and studied on campus. These systems are designed to be visible and integrated into the learning process, helping students understand water, food, energy, and biodiversity as shared resources. Productive gardens and greenhouse spaces become places where students learn about soil, seasonal cycles, food production, and environmental responsibility. The materials used in construction reflect both local traditions and modern sustainability practices. The buildings are made using stabilized compressed earth blocks (BTCS), a contemporary building method rooted in traditional earthen construction. The terracotta tones of the walls connect the campus to the surrounding landscape, while other elements such as mineral volumes, metallic shading, and wide roof overhangs create a resilient architectural style suited to the local climate. Inside, natural light, low furniture, tactile materials, and flexible layouts are used to promote autonomy and concentration. Large windows maintain a visual link to outdoor spaces, reinforcing the idea that learning is not confined to the classroom but is part of the entire environment. From above, the campus appears as a unified learning territory. Teaching buildings, sports fields, gardens, shaded gathering areas, and productive landscapes blend together to create a coherent, cohesive whole. The Sangalkam Institute represents a kind of benevolent architecture: it protects children without isolating them, supports ambition without rigidity, and transforms school into a living environment where knowledge is cultivated through both study and experience.