The Sustainability and Building Technology Master's program is a comprehensive and interdisciplinary initiative encompassing various engineering facets related to sustainability in buildings and green architecture technology. It covers a wide spectrum, including architectural environmental design, energy-efficient buildings, indoor environmental quality, heating and air conditioning systems, electrical systems in buildings, lighting and acoustics, environmentally friendly materials, and smart buildings.

Aligned with the university's vision and strategic plan, the program places a strong emphasis on modern technology, smart systems, and sustainability. These core elements are integrated into all academic programs at the university, particularly within the Faculty of Engineering.

This multidisciplinary program caters to graduates from diverse backgrounds, including building engineering, architecture, urban planning engineering, civil engineering, mechanical engineering, energy and environmental engineering, and materials engineering. It is designed to meet the growing demand for professionals well-versed in the intersection of sustainable practices and cutting-edge building technologies.

The program features a range of courses conducted in specialized laboratories and studios, enhancing students' practical skills and knowledge. Here are some of the key courses:

1. 466505 Design for the Integration of Technology and Sustainable Buildings:

2. 466556 Advanced Simulation of Building Performance:

3. 466562 Digital Design - Integrating BIM and Digital Twins:

The program is enriched by experienced faculty members, including professors, associate professors, and assistant professors specializing in the following areas:

• Earthquake Engineering and Disaster Risk Reduction

• Transport and Communications Engineering

• Environmental Engineering

• Energy Management and Rationalization

• Sustainable Architecture Science and Technology

• Physics and Technology of Sustainable Buildings

• Construction Economics and Construction Project Management

• The Use of Computers in Architectural Design

• Renewable Energy

• Modern Structural Systems in Architecture