Qassim University

What you'll study

The programme provides a balanced combination of theoretical courses, practical laboratory work and a research project. In early years you will cover core mathematics and foundational physics topics including calculus, linear algebra, classical mechanics and electromagnetism. As you progress you will study quantum mechanics, statistical mechanics, thermodynamics, optics and wave phenomena, solid state physics and nuclear and particle physics.

• Core physics modules: Classical Mechanics, Electromagnetism, Quantum Mechanics I & II, Statistical Mechanics, Thermodynamics.
• Laboratory and practical work: Introductory and advanced physics laboratories, electronics and instrumentation labs, experimental methods and data analysis.
• Mathematics and computing: Calculus and differential equations, linear algebra, mathematical methods for physicists, numerical methods and computational physics.
• Specialist electives: Condensed Matter and Solid State Physics, Optics and Photonics, Nuclear and Particle Physics, Medical Physics, Renewable Energy and Applied Physics topics.
• Final-year project: An independent research project or applied study carried out under faculty supervision, demonstrating experimental, theoretical or computational skills.

The curriculum emphasises problem-solving, laboratory technique, experimental design, scientific communication and the use of modern measurement and computing tools. Many modules include coursework, laboratory reports and end-of-term examinations.

Entry requirements

Applicants are normally required to hold a recognised secondary-school certificate with strong performance in mathematics and physics (for example the Saudi General Secondary Education Certificate – "Tawjihi" – science stream, or an equivalent international qualification). Admission typically considers overall grades in the science stream and specific marks in mathematics and physics.

• Strong background in mathematics and physics at secondary level.
• Meeting Qassim University general admission rules and any faculty-specific regulations.
• Students whose secondary education was not in English may need to demonstrate adequate English proficiency as required by the university for scientific study.
• Some applicants may be required to pass internal assessments or interviews, depending on the university's admission procedures.

Career prospects

Graduates of the BSc Physics programme have a broad range of career options in both public and private sectors. The degree provides a strong foundation for technical and analytical roles as well as for further postgraduate study.

• Research and academia: Progression to MSc and PhD programmes leading to careers in university or institutional research and teaching.
• Education: School and college teaching roles after obtaining any required teaching qualifications.
• Industry and applied science: Positions in energy (including oil, gas and renewables), materials and manufacturing, instrumentation, quality control and technical consultancy.
• Technical and laboratory roles: Laboratory technician, R&D assistant, test and measurement engineer, or roles in medical physics and healthcare technology with additional training.
• Data and computing: Careers in data analysis, software development and modelling where strong quantitative and problem-solving skills are valued.

Why study at Qassim University

Qassim University offers a supportive learning environment with an established Department of Physics and access to teaching and research laboratories suited to undergraduate training. The faculty includes academics engaged in experimental and theoretical work, and students benefit from hands-on laboratory courses, computing facilities and opportunities to undertake supervised research projects.

• Practical emphasis with well-equipped physics and electronics labs for experimental training.
• Structured degree pathway that prepares students for diverse careers or advanced study.
• Opportunities to collaborate with regional industries and research centres, reflecting the local demand for technical graduates.
• Student support services, academic advising and extracurricular activities that enhance employability and professional development.