The Therapeutic Himalayan Salt Brick Installation, envisioned and realized by the University of Sharjah's College of Engineering, Department of Architectural Engineering, under the direction of Dr. Aref Maksoud and UOS alumnus Eng. Sarah Alawneh, stands as a testament to the integration of natural aesthetics with cutting-edge parametric design. Composed of 3,000 sustainable Himalayan salt bricks, this installation exemplifies how nature's elegance can harmonize with high-performance architectural innovation, setting new standards in sustainable design.

This unique installation emerged from the creative environment cultivated in Dr. Aref’s parametric design course, showcasing the pioneering role of the University of Sharjah’s faculty and alumni in advancing eco-conscious architectural practices. By leveraging computational tools, the Himalayan salt bricks were carefully shaped into a fluid, organic form, echoing nature’s intricate patterns while underscoring the adaptability of traditional materials in modern contexts. To tackle the challenges of this complex structure, advanced AI platforms were employed, enabling the team to simulate and predict optimized solutions for stability and structural performance. This AI integration facilitated the analysis of numerous design scenarios, ensuring that each brick placement contributed to the installation’s durability and aesthetic coherence. Himalayan salt bricks bring a range of natural benefits to architecture: they are antimicrobial, emit negative ions to purify the air, and have unique thermal properties that enhance energy efficiency. As sustainable practices become increasingly critical, this project highlights the power of blending traditional materials with digital technologies. It serves as an inspiration for future architects to innovate responsibly, embodying the University of Sharjah’s dedication to empowering students and alumni as leaders in sustainable architectural advancements.