Facilities

Computer Laboratories:

• Equipped with high-specification computers.

• 90 computers featuring processors no less than i5 and i7.

Material Testing and Development Laboratory:

• State-of-the-art equipment and tools for comprehensive material analysis and innovation.

Equipment and Tools:

1. Computers:

   • 90 computers with processors no less than i5 and i7.

2. Design, Modeling, and Simulation Software:

   • Comprehensive programs for designing, modeling, and simulating building efficiency.

3. Measurement Devices:

   • Sound level meters for assessing acoustic aspects.

   • Thermometers to monitor temperature levels.

   • Lux meters for measuring light intensity.

   • Airflow meters to gauge ventilation efficiency.

4. Specialized Devices:

   • Thermal camera device for thermal imaging and analysis.

   • Mini weather station for real-time environmental monitoring.

Industry

This program is intricately connected to the local labor market, aligning its curriculum with the specific needs of key sectors such as the construction industry, energy resources, and materials industry. The program is designed to foster the development of these sectors through targeted courses and topics. Students are actively encouraged to engage in projects and research collaborations with both public and private entities, including ministries, municipalities, and other institutions.

Furthermore, the program emphasizes practical application through research projects, with a focus on addressing real-world challenges. Many students will undertake their research thesis in collaboration with the private sector and local markets, contributing valuable development solutions to tangible problems.

The Sustainability and Building Technology MA Program stands as a pioneering initiative in Palestine, uniquely integrating sustainability principles with both traditional and modern building technology. This distinctive approach positions it as a vital resource for the local and regional markets, producing specialized professionals in the field of sustainability and environmentally friendly buildings. The program's impact is expected to extend beyond academia, benefiting the local and regional community by addressing pressing issues and fostering sustainable practices.

Additionally, the program has established a Memorandum of Understanding (MOU) with the School of Architecture at the University of Bordeaux, fostering international collaboration and enriching the academic experience for students through shared expertise and resources.

Teaching and Learning

The Sustainability and Building Technology MA Program employs a range of dynamic teaching methods, including traditional lectures, student presentations, panel discussions, joint work groups, and the preparation and presentation of scientific research. The program leverages the latest computer programs for simulation, conducts advanced engineering workshops, and utilizes modern e-learning technologies to support face-to-face education. This diverse approach ensures a well-rounded educational experience, preparing students to address real-world challenges in the fields of sustainability and building technology.

Coursework and Assessment

Students in the program undergo diverse assessments, including direct exams, homework, research papers, presentations, and practical projects using advanced computer programs. This multifaceted approach evaluates both theoretical understanding and practical application, ensuring a well-rounded assessment of their skills and knowledge in sustainability and building technology.