

Master’s Degree in Smart Building Engineering
In today’s world, to conduct applied research, stay at the forefront of knowledge, and keep pace with global industrial developments, there is a need to create new and interdisciplinary fields, especially at the graduate level. The field of Smart Building Engineering, leveraging research-based education and emphasizing curiosity, truth-seeking, creative thinking, critical thinking, and evaluation based on innovation and philosophical perspectives on the overall infrastructure in this field, has been introduced.
About the Field
Smart Building Engineering is an interdisciplinary course designed using modern technologies in the fields of basic sciences and engineering. This field targets graduates of undergraduate programs in Civil Engineering, Mechanical Engineering, Polymer Engineering, and Materials Engineering. The aim of this field is to train up-to-date specialists capable of designing and executing smart and controlled structures using new materials such as nano-materials, shape memory materials, polymers, and modern equipment including isolators, dampers, etc.
Skills
Graduates of this field are expected to conduct applied research in the field of modern structural technologies, use modern technologies from other sciences in structures, and play an effective role in localizing these technologies.
Job Market
Graduates of this specialization can work in the fields of utilizing modern communication and information technologies in buildings, smart control systems, building automation, smart energy systems, and smart supervision and management. They design and construct buildings that can provide smart services and optimize energy consumption using advanced technologies and communication networks. Given the increasing need for smart and advanced constructions, the Smart Building specialization in Civil Engineering is one of the best specializations in terms of job market prospects.
Courses
- Design of Concrete Structures
- Design of Steel Structures
- Advanced Material Selection
- Physical and Mechanical Properties of Polymers and Composites
- Structural Dynamics
- Micromechanics of Solids
- Micro modeling Methods
- Advanced Concrete Technology and Laboratory
- Design of Modern Seismic Control Systems for Structures
- Seismic Control of Structures
- Smart Buildings
- Sensors and Instrumentation Equipment and Laboratory
- Modern Technologies in Structural Restoration and Rehabilitation
- Design of Modern Seismic Control Systems for Structures
- Smart Building Management Systems







