Programme Description
The Bachelor of Science in Physics is a three-year programme which offers a wider variety of options in the areas of Physics, Energy Resources and Systems, Materials and Nano Physics, Applied Geophysics, Meteorology and Climate Science, Nuclear Radiation and Medical Physics, and Applied Electronics. The programme equips students with physical knowledge and skills that most employers would expect a graduate in physics to possess. Moreover, the programme contains some courses from other disciplines which should help to fine-tune the skills of the prospective graduates in their chosen area of specializations. All the first year Physics courses are core courses which focus on the fundamental theories of Physics. As they move to second and third years, they are opened to core as well as elective and specialization courses. This gives chances to diversify themselves to specific disciplines of their interest in the study of Physics.
Learning Outcomes
- Determine the relationship between theory and practical aspects in selected areas of Physics.
- Identify, assess, and formulate methods for solving physics related problems.
- Independently conduct scientific research and communicate the scientific findings to both specialized and non-specialized audiences.
Programme Structure
Year 1
Semester One
| Code |
Course Title |
Status |
Credits |
| PH 1101 |
Mechanics |
Core |
9 |
| PH 1102 |
Electricity and Magnetism I |
Core |
9 |
| PH 1103 |
Physics Practicals I |
Core |
6 |
| MT 112 |
Linear Algebra and Application |
Core |
9 |
| IT 110 |
Introduction to ICT |
Core |
9 |
| DS 102 |
Development Perspectives |
Core |
7.5 |
| LG 102 |
Communication skills |
Core |
7.5 |
| CP 111 |
Principles of Programming |
Core |
9 |
Semester Two
| Code |
Course Title |
Status |
Credits |
| PH 1201 |
Mathematics for Physicists I |
Core |
9 |
| PH 1202 |
Electricity and Magnetism II |
Core |
9 |
| PH 1203 |
Oscillations and Waves |
Core |
7.5 |
| PH 1204 |
Optics |
Core |
7.5 |
| PH 1205 |
Thermal Physics |
Core |
7.5 |
| PH 1206 |
Physics Practicals II |
Core |
7.5 |
| MT 1202 |
Ordinary Differential Equation |
Core |
9 |
Year 2
Semester One
| Code |
Course Title |
Status |
Credits |
| PH 2101 |
Classical Mechanics |
Core |
7.5 |
| PH 2102 |
Mathematics for Physicists II |
Core |
9 |
| PH 2103 |
Theory of Relativity |
Core |
7.5 |
| PH 2104 |
Electronic Devices and Circuits |
Core |
9 |
| PH 2105 |
Quantum Physics I |
Core |
6 |
| PH 2106 |
Physics Practicals III |
Core |
7.5 |
| PH 2107 |
Nuclear Physics |
Core |
7.5 |
| PH 2111 |
Introduction to Astrophysics and Astronomy |
Elective |
7.5 |
| PH 2112 |
Earth Atmosphere System |
Elective |
7.5 |
Semester Two
| Code |
Course Title |
Status |
Credits |
| PH 2201 |
Pulse and Digital Electronics |
Core |
9 |
| PH 2202 |
Solid State Physics I |
Core |
7.5 |
| PH 2203 |
Atomic and Molecular Physics |
Core |
9 |
| PH 2204 |
Computation and Practical Physics |
Core |
9 |
| RM 2100 |
Introduction to Research Methodology |
Core |
9 |
| PH 2209 |
Practical Training |
Core |
9 |
| PH 2221 |
Introduction to Materials Science |
Elective |
7.5 |
| PH 2241 |
Introduction to Meteorology and Weather Forecasting |
Elective |
7.5 |
| PH 2251 |
Radiation Dosimetry |
Elective |
7.5 |
| PH 2261 |
Signals and Systems |
Elective |
7.5 |
| PH 2211 |
Renewable Energy Technologies and Decentralization of Electricity |
Elective |
12 |
| AG 112 |
Introduction to Geology and Geological Processes |
Elective |
7.5 |
Year 3
Semester One
| Code |
Course Title |
Status |
Credits |
| PH 3101 |
Solid State Physics II |
Core |
9 |
| PH 3102 |
Quantum Physics II |
Core |
9 |
| PH 3103 |
Fluid Mechanics |
Core |
9 |
| PH 3104 |
Statistical Physics |
Core |
9 |
| PH 3110 |
Electronics Instrumentation |
Core |
9 |
| PH 3112 |
Renewable Energy Enterprises Management |
Elective |
7.5 |
| PH 3113 |
Renewable Energy Financing and Modelling |
Elective |
7.5 |
| PH 3114 |
Energy and Sustainable Development |
Elective |
7.5 |
| PH 3122 |
Physical Properties of Materials |
Elective |
7.5 |
| PH 3123 |
Amorphous Materials |
Elective |
7.5 |
| PH 3152 |
Physics of Medical Imaging |
Elective |
7.5 |
| PH 3153 |
Physics of Radiation Therapy |
Elective |
7.5 |
| PH 3162 |
Control System |
Elective |
7.5 |
| PH 3163 |
Microprocessor and Microcontroller |
Elective |
7.5 |
Semester Two
| Code |
Course Title |
Status |
Credits |
| PH 3100 |
Physics Projects |
Core |
9 |
| PH 3202 |
Applied Nuclear Physics |
Core |
7.5 |
| PH 3203 |
Modern Optics |
Core |
1E+1 |
| PH 3206 |
Elementary Particles |
Elective |
7.5 |
| EME 211 |
Small Business Management and Entrepreneurship |
Core |
9 |
| PH 3215 |
Energy Efficiency and Storage Application |
Elective |
12 |
| PH 3216 |
Business and Financial Models for Renewable Energy |
Elective |
7.5 |
| PH 3224 |
Nanotechnology |
Elective |
7.5 |
| PH 3225 |
Thin Film Technology |
Elective |
7.5 |
| PH 3254 |
Radiation Biophysics |
Elective |
7.5 |
| PH 3255 |
Radiation Protection and Nuclear Technology Application |
Elective |
7.5 |
| PH 3264 |
Communication System |
Elective |
7.5 |
| PH 3265 |
Power Electronics |
Elective |
7.5 |
Special Programme Requirements
• Laboratory Practical Work: The programme has practical work in the relevant laboratories located at the College of Natural and Mathematical Sciences. This will be in both semesters of year 1 and year 2. Students should have scientific calculators, laboratory coat, soldering gun and googles. The special Faculty requirement in Semester I Year of I per student is TZS 300,000. • Physics Project: Students in their final year (Year 3) in semester 1 and semester 2 will have Special Physics Project (PH 3100 Physics Project) as a core course) in their field of specialization for the completion of their course work. The cost for the Special Project per each student is TZS 300,000 for one semester. • The Practical Training: The practical training will be conducted at different institutions at the end of semester II of the second year for 8 weeks. Estimated cost for the Practical Training per each student is TZS 600,000 for eight weeks.