Master of Science in Physics

Mission:
 Excellence in higher education and scientific research related to fields of physics, with the focus on graduation of highly qualified students in physics and related applications, who contribute to community service and sustainable development.

Objectives:

1. Contributing to the achievement of the Kingdom's Vision 2030 and its national development plans.
2.  Providing a motivating academic environment that supports students in acquiring advanced skills and knowledge in recent developments in physics.
3. Developing students' leadership abilities in scientific research in physics, independence, and teamwork and preparing them for the job market to achieve sustainable development.
4. Competence in conducting and presenting research projects to the academic community, with the aim of contributing to community development.
5. Diversify and develop funding sources and their sustainability.

Teaching and learning strategies applied to achieve program learning outcomes:
Lectures, Practical, Tutorials, Scientific discussion, Field studies, Homework Assignments, E-Learning, Cooperative Learning, Independent Studies, Extra-curricular activities, Teamworking, Problem-solving, and Self-Learning.

Assessment methods for program learning outcomes:
Written, Oral, and Practical Assessments, Homework, Discussion, Research projects, Presentations, Posters, and research papers.

Characteristics of the graduates:

1. Commitment to Islamic values and national identity.
2. Acquiring advanced skills and knowledge in recent developments in his/her field of specialization in physics.
3.  Demonstrating competence in conducting and presenting research projects to the academic community with a focus on making contributions to community development.
4. Competence in using information technology.
5. Having the ability to demonstrate a professional ethic and commitment to continuous learning, independence, responsibility, and teamwork.

Program Learning Outcomes:

Knowledge and understanding:

1. Define basic and advanced scientific knowledge, facts, and concepts in Physics and related fields.
2. Outline an advanced level of knowledge and familiarity with recent concepts and theories in his/her field of specialization in Physics.
3. Describe recent practical applications of physics and their contributions to innovative developments.
4. State recent theories and scientific techniques in physics and methods of verification.

Skills:

1. Using various principles and theories to address and resolve related problems.
2. Use diverse physical concepts and advanced theories to solve problems and make predictions within his/her field of specialization in physics.
3. Apply advanced mathematical and practical skills in physics to analyze, evaluate, and interpret scientific data.
4. Employ digital technologies with optimal efficiency.
5. Show both independent and teamwork capabilities and demonstrate leadership skills.
6. Acquire proficiency in e-learning and self-study skills along with excellent communication skills.

Values, Autonomy, and Responsibility:

1. Behave professionally and adhere to ethical scientific values.
2. Practice volunteering work and participate in national strategies to address community issues.
3. Perform assigned tasks, take initiative, and assume full responsibility.
4. Be able to constructive criticism, and self-evaluation, and exhibit personal qualities and abilities.