The Physics Department is one of the academic departments that offers study programmes in the field of physics. It aims to provide students with the knowledge and skills necessary to understand and apply physical concepts in various fields.

The Physics Department is an academic scientific department that aims to study the basic principles of matter, energy, time, and space, from elementary particles to cosmic phenomena. The department offers bachelor's degree programmes in scientific qualification and focuses on scientific research in the fields of physics to meet the needs of the labour market.

1. Excellence and Leadership: Excellence in education and scientific research in the field of physics and its applications to achieve leadership at the local and global levels, and to contribute effectively to the development of society and the sustainability of its resources.

2. Knowledge and Application: Leadership in teaching the fundamentals of physics to enhance understanding of natural phenomena and their applications.

3. Knowledge Building: Excellence in providing high-quality education, advancing scientific research, and building a knowledge-based society that relies on innovation and excellence in physics and its applications for resource sustainability.

1. Quality of education: Providing high-quality educational programmes to enable graduates to compete in the job market, and providing a high-quality educational and research environment that integrates theory and practice.

2. Scientific research: Promoting scientific research and innovation through advanced academic programmes, contributing to the discovery and application of knowledge through advanced scientific research in various fields of physics, and qualifying specialists in general and medical physics with high skills and professional ethics.

3. Meeting needs: Serving the community by meeting its needs through the scientific and technical expertise of faculty members.

4. Preparing cadres: Preparing graduates who are qualified physics researchers with up-to-date skills and knowledge.

1. Academic excellence: Offering high-quality educational programmes that contribute to building students' cognitive and research skills.

2. Scientific Research and Innovation: Promoting applied and theoretical research activities, especially in the fields of modern physics, nanotechnology and medical physics, encouraging the production and dissemination of innovative scientific research, and promoting the knowledge economy.

3. Curriculum development: Offering advanced educational programmes and curricula that keep pace with rapid scientific developments, such as artificial intelligence and nanotechnology.

4. Meeting the needs of the labour market: Preparing highly competent graduates who are able to work in the fields of teaching, industry, and the medical sector.

5. Community service: Activating the community role by providing physics consultations and volunteer activities, in addition to practical training.

6. Community partnerships: Enhancing cooperation with industrial and research institutions (community partnerships) to link physics principles to real-life applications.

7. Continuous development: Keeping pace with technological and scientific developments in curricula and laboratory tools.

8. Professional ethics: Instilling scientific values and ethics in students to graduate responsible scientists.

9. Practical training: Providing advanced equipment and laboratories to train students in modern techniques.

10. Graduate qualification: Equipping students with critical thinking, analytical and problem-solving skills, and preparing them for the job market.

11. Examples of specialised objectives:

- In education: Preparing physics teachers who are capable of solving educational problems and employing technology.

- In medical physics: Qualifying professionals who are capable of handling diagnostic equipment and radiation therapy.