Facilities

Our program boasts state-of-the-art facilities and cutting-edge labs, such as the Architecture Computer Lab 11G280. This lab is fully equipped with advanced computers and the latest software specifically tailored for computer applications in architecture. Students have access to a wide range of tools and resources to enhance their learning experience.

In this lab, students have the opportunity to acquire both basic and advanced skills in computer applications relevant to architecture. Through hands-on experience, they become proficient in computer-aided design (CAD) as well as the creation and manipulation of two- and three-dimensional models. Our lab serves as a dynamic environment where students can explore, experiment, and develop their expertise in utilizing technology for architectural design and analysis.

While the lab provides an extensive array of software and hardware resources, it is important to note that practical laboratory manuals are not available. Instead, our curriculum focuses on interactive and experiential learning methods, allowing students to engage directly with the software and apply their knowledge in practical projects.

Industry

Our program strongly emphasizes practical training and industry engagement, providing students with valuable opportunities to interact with various companies, engineering offices, and related institutions during their practical training period. This collaboration exposes students to real-world scenarios and allows them to apply their knowledge in a professional setting. Additionally, we foster partnerships with local community organizations and institutions to facilitate annual graduation projects that address the specific needs of the community.

The Architectural Preservation Unit, housed within the Center for Urban Planning and Disaster Risk Reduction at our university, plays a vital role in preserving the architectural heritage in Palestine. By focusing on the restoration and operation of selected buildings in the old towns of Nablus and the surrounding villages, the program actively contributes to the conservation of historically significant structures. Moreover, in partnership with the Welfare Association, we organize specialized workshops on architectural and urban preservation, promoting knowledge sharing and collaborative efforts in this field.

We are committed to advancing sustainable and green architecture, and our department actively participates in environmental workshops and competitions in cooperation with international and local organizations. This involvement enables students to gain practical experience in manufacturing and constructing sustainable structures that prioritize environmental considerations. By engaging with these workshops and competitions, our students not only contribute to the development of sustainable architecture but also establish valuable connections within the industry.

Teaching and Learning

Our program utilizes a diverse range of teaching and learning methods to ensure a comprehensive educational experience. These methods include lectures, practical discussions, project design and preparation, student presentations, and homework assignments. All of these approaches are enhanced by the use of modern technology and available software.

Architectural design and practical courses in particular employ a variety of learning methods. These courses emphasize project-based learning and problem-solving methodologies, providing students with hands-on experience and opportunities to apply their knowledge in real-world scenarios. By utilizing these dynamic learning approaches, we foster creativity, critical thinking, and practical skills development among our students.

Coursework and Assessment

The evaluation of students in our program encompasses various assessment methods to ensure a comprehensive understanding of their performance. Theoretical courses are evaluated through midterm and final exams, which gauge students' knowledge and understanding of the course material. Moreover, continuous evaluation is carried out through activities and tasks that encourage students to actively engage with the content and its practical applications.

In practical courses such as architectural design, students are required to submit plans, drawings, and models as part of their evaluation. These submissions are reviewed and assessed by the course committee, taking into account the students' creativity, technical proficiency, and adherence to design principles.

Additionally, we emphasize the use of modern software for presentations, allowing students to showcase their work effectively. Their performance in presenting their projects is evaluated, considering factors such as communication skills, visual presentation, and the ability to articulate design concepts.