Master of Science in Physics
December 10, 2025 2025-12-10 8:09Master of Science in Physics
Programme Overview
The Master of Science in Physics is a two-year postgraduate degree program designed to provide an in-depth understanding of advanced concepts in physics, while cultivating strong experimental, computational, and research skills. Building upon a solid undergraduate foundation, this program prepares students for impactful careers in academia, research, industry, and technological innovation.
This rigorous, research-intensive program offers opportunities for specialization in a wide range of frontier areas, including:
- Theoretical and Mathematical Physics
- Condensed Matter and Solid State Physics
- Nuclear and Particle Physics
- Quantum Mechanics and Quantum Field Theory
- Atomic, Molecular, and Optical Physics
- Plasma Physics
Computational Physics - Environmental and Atmospheric Physics
- Applied Physics and Renewable Energy Systems
The MSc in Physics integrates advanced coursework with hands-on experimental techniques, computational modeling, and independent research. Students are encouraged to think critically, solve complex scientific problems, and contribute to emerging areas of physics through interactive seminars, journal discussions, and collaborative projects
The minimum admission qualifications shall be a relevant academic bachelor’s degree of either:
(i). Upper second class honors or a cumulative Grade Point Average (GPA) of 3.00 on a scale of 4.00; or
(ii). Lower second class honors or a cumulative Grade Point Average (GPA) of 2.50 on a scale of 4.00 with additional relevant training, evidence of research capability either through research, paper presentations or peer reviewed publications and relevant working experience.
- In-depth core and elective courses in advanced physics
- Practical training in laboratory techniques and computational methods
- Graduate seminars, journal clubs, and scientific literature analysis
- Comprehensive instruction in research methodology and academic writing
- A supervised research project culminating in a master’s thesis
The research thesis forms the cornerstone of the program, allowing students to explore a specialized topic in-depth and contribute original knowledge to the field under close academic supervision.
Graduates of the MSc in Physics program will be well-prepared to:
- Pursue doctoral studies and postdoctoral research in physics and related disciplines
- Engage in scientific research within industrial, governmental, or private laboratories
- Teach and contribute to curriculum development at the university or college level
- Apply advanced physics knowledge in areas such as renewable energy, material science, technology development, and data-intensive industries.
The program also fosters interdisciplinary thinking, ethical research practices, and professional excellence—equipping graduates to address complex global challenges through scientific innovation and inquiry.
FIRST SEMESTER | ||
COURSE CODE AND TITLE (CORE COURSES) | ||
SPH 810 | Classical Mechanics | |
SPH 811 | Mathematical Physics | |
SPH 812 | Quantum Mechanics | |
SPH 813 | Electrodynamics | |
SPH 814 | Statistical Mechanics | |
SPH 815 | Seminars in Physics (Research Based) | |
SPH 890 | Research proposal IÂ (Writing) | |
 | ||
SECOND SEMESTER | ||
COURSE CODE AND TITLE (CORE COURSES) | ||
SPH 816 | Advanced Laboratory work (Research Based) | |
SPH817 | Nuclear and Particle Physics | |
SPH 891 | Research proposal IIÂ (Oral Examination) | |
And | ||
FOUR specialization courses from: | ||
EITHER | ||
Solid State Physics/ Renewable Energy: | ||
SPH 821 | Elastic and Thermal Properties of Solids | |
SPH 822 | Energy Bands, Magnetism and Amorphous Materials | |
TWO elective courses | ||
OR | ||
Electronics: | ||
SPH 823 | Electronics | |
SPH 824 | Digital Electronics | |
TWO elective course | ||
OR | ||
Theoretical Physics: | ||
Any FOUR electives | ||
 | ||
THIRD SEMESTER | ||
COURSE CODE AND TITLE | ||
SPH 899 | Research and Thesis | |
 | ||
FOURTH SEMESTER | ||
COURSE CODE AND TITLE | ||
SPH 899 | Research and Thesis | |
ONE elective course | ||
Elective Courses | ||
COURSE CODE AND TITLE | ||
SPH 842E | Electrical, Magnetic and Optical Properties of Solids | |
SPH 843E | Theory of Superconductivity | |
SPH 844E | Laser, Holography and Nonlinear Optics          | |
SPH 845E | Group Theory in Physics | |
SPH 846E | Theory of Relativity | |
SPH 847E | Applied Geophysics | |
SPH 848E | Soil Physics | |
SPH 849E | Microprocessors in Physics | |
SPH 850E | Theory of Semiconductors           | |
SPH 851E | Theory of Second Quantization    | |
SPH 852E | Many-Body Theory | |
SPH 853E | Electron and Hole Statistics in Semiconductors | |
SPH 854EÂ Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â | Optoelectronics | |
SPH 855E | Quantum Theory of Solids | |
SPH 856E | Properties of Modern Materials | |
SPH 857E | Optical and Photoelectric Phenomena in Semiconductors | |
Programme Cost :Â Kes 283,900
