# Bachelor of Science in Applied Physics

- Link: https://kilimanjaroyetu.com/2026/08/29/bachelor-of-science-in-applied-physics/
- Published: 2026-08-29T05:15:36+00:00
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## Programme Description

The Bachelor of Science in Applied Physics programme responds to the growing need
for graduates who possess strong theoretical understanding and practical competence
in physics. Such skills are vital across multiple sectors that drive national development,
including energy, industry, research, electronics, medical physics, meteorology,
and defense. By offering a comprehensive physics education, the programme equips
learners to address present and emerging challenges in these fields. Grounded in
a holistic educational philosophy, the programme integrates rigorous academic knowledge
with hands-on experience to cultivate critical thinking, problem-solving abilities,
and an investigative mindset. In line with Tanzania’s Education and Training Policy,
it promotes quality, relevance, and accessibility by nurturing ethical and intellectual
growth while meeting national demands for highly skilled professionals in science
and technology. Emphasis is placed on experiential learning, interdisciplinary collaboration,
and community engagement to ensure that graduates are well-prepared to contribute
to national development, scientific innovation, and overall societal progress. Programme
Expected Learning Outcomes After the completion of the programme, students are expected;•
To demonstrate an understanding of the fundamental concepts in physics and their
applications in real-world scenarios. • Explain key theories and principles related
to various branches of physics, including mechanics, electromagnetism, and thermodynamics.•
Describe the interrelationships between different physics disciplines and their 
relevance to technological advancements. • Apply problem solving techniques to analyze
and solve complex physics problems using mathematical methods. • Conduct experiments
and use laboratory equipment effectively to gather and analyze data. • Utilize computational
tools and software to model physical systems and interpret results 263 • Demonstrate
a commitment to ethical practices in scientific research and collaboration. • Cultivate
critical thinking and a reflective approach to learning and problem-solving in physics.•
Exhibit a willingness to engage in teamwork and contribute positively to group projects
and discussions

## Programme Structure

#### Unassigned

  |  Code |  Course Title |  Status |  Credits |  
   |  PH 1101 |  Mechanics |  Core |  9 |  
 |  PH 1102 |  Waves and Optics |  Core |  9 |  
 |  PH 1103 |  Mechanics and Optics Lab |  Core |  9 |  
 |  PH 1104 |  Mathematics for Physicists I |  Core |  9 |  
 |  IT 110 |  Introduction to ICT |  Core |  9 |  
 |  DS 102 |  Development Perspectives |  Core |  7.5 |  
 |  LG 102 |  Communication skills |  Core |  7.5 |

#### Semester 2, Year 1

  |  Code |  Course Title |  Status |  Credits |  
   |  PH 1201 |  Mathematics for Physicists II |  Core |  9 |  
 |  H 1202 |  Electricity and Magnetism |  Core |  9 |  
 |  PH 1203 |  Analogy Electronics |  Core |  9 |  
 |  PH 1204 |  Introduction to Programming and C++ |  Core |  9 |  
 |  PH 1205 |  Electricity and Electronics Lab |  Core |  9 |  
 |  PH 1206 |  Classical Mechanics |  Core |  9 |  
 |  PH 1207 |  Practical Training I |  Core |  7.5 |

#### Semester 1, Year 2

  |  Code |  Course Title |  Status |  Credits |  
   |  PH 2101 |  Theory of Relativity |  Core |  9 |  
 |  PH 2102 |  Nuclear Physics |  Core |  9 |  
 |  PH 2103 |  Digital Electronics |  Core |  9 |  
 |  PH 2104 |  Physics Practical |  Core |  9 |  
 |  PH2105 |  Earth and Atmospheric Physics |  Core |  9 |  
 |  PH 2201 |  Introduction to Research Methodology |  Core |  9 |  
 |  PH 2202 |  Electronic Instrumentation and Troubleshooting |  Core |  9 |  
 |  PH 2203 |  Computational Physics |  Core |  9 |  
 |  PH 2204 |  Practical Training II |  Core |  7.5 |

#### Semester 1, Year 3

  |  Code |  Course Title |  Status |  Credits |  
   |  PH 3101 |  Physics Projects I (Research Methods and Proposal Development) |  Core |  6 |  
 |  PH 3102 |  Solid State Physics |  Core |  9 |  
 |  PH 3103 |  Quantum Mechanics |  Core |  9 |  
 |  PH 3104 |  Thermal and Statistical Physics |  Core |  9 |  
 |  PH 3105 |  Signals and Systems |  Core |  9 |  
 |  PH 3106 |  Astrophysics and Astronomy |  Core |  9 |

#### Semester 2, Year 3

  |  Code |  Course Title |  Status |  Credits |  
   |  PH 3201 |  Physics Projects II (Data collection, Data analysis and Report Writing) |  Core |  6 |  
 |  PH 3202 |  Electrodynamics |  Core |  9 |  
 |  PH 3203 |  Atomic and Molecular Physics |  Core |  9 |  
 |  PH 3205 |  Elementary Particles |  Core |  9 |  
 |  PH 3206 |  Introduction to Machine Learning and Artificial Intelligence |  Core |  9 |  
 |  EM 3200 |  Small Business and Entrepreneurship |  Core |  9 |

## 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 3101 
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 year I and year 2 (Practical
Training I and II) for 8 weeks. Estimated cost for the Practical Training per each
student is TZS 600,000 for eight weeks.