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Master of Science in Physics

A postgraduate masters programme preparing students with the knowledge, practical skills and professional discipline required in Science in Physics.

Masters

Master of Science in Physics

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01

Programme Overview

The Master of Science in Physics of Kampala International University is a two year intensive academic programme combining both theoretical and practical methods. Content is delivered to students through lectures, tutorials, projects, documentaries, individual and group presentations. Basing on several bench marks, the programme structure of the MScP programme of Kampala International University shall be as follows.

Teaching practiceConnect subject knowledge with classroom planning, assessment and learner support.
Education leadershipDevelop professional habits for school, community and education-sector service.
Research awarenessUse evidence, inquiry and analytical thinking to understand problems and propose solutions.
Career readinessPrepare for employment, further study, entrepreneurship and service in relevant professional settings.
02

What You Will Learn

By the end of the programme, students are expected to demonstrate the knowledge, practical skills and professional conduct required for effective work in Science in Physics.

Subject masteryBuild strong knowledge in the teaching subjects and education foundations.
Teaching methodsPlan lessons, manage learning and use appropriate assessment approaches.
Learner supportRespond to diverse learner needs with inclusive and ethical practice.
School practiceConnect theory with school-based observation, teaching practice and reflection.
Research literacyUse inquiry to understand education problems and improve practice.
Professional identityDevelop communication, leadership and lifelong learning habits.
03

Course Structure and Learning Experience

The learning experience is organised to move students from foundational knowledge into applied, supervised and professionally oriented practice.

01

Education foundations

Students study the foundations of education, learning theory and subject content.

02

Methods and assessment

Training develops lesson planning, pedagogy, assessment and classroom communication.

03

School-based practice

Students connect theory with observation, practicum and guided reflection.

04

Research and improvement

The programme introduces inquiry, education research and improvement-focused thinking.

05

Professional formation

Students build ethical, inclusive and responsible teaching identities.

04

Course Content

32 courses 138 credit units

Academic Year 1

31 courses | 122 units
Semester 1
67 units
PHY7100 Computational Methods And Programming
4 units | Core
PHY7101 Methods Of Mathematical Physics
4 units | Core
PHY7109 Advanced Classical Mechanics And Special Relativity
4 units | Core
PHY7111 Physics Of Materials I
4 units | Core
PHY7112 Characterization Of Materials
4 units | Core
PHY7113 Physical Metallurgy
4 units | Core
PHY7114 Nonlinear Optics And Materials
4 units | Core
PHY7115 Advanced Fiber Optic Technologies
4 units | Core
PHY7116 Signal Processing And Base Band Techniques
4 units | Core
PHY7117 Advanced Microwave Communication
4 units | Core
PHY7118 Advanced Radiation Systems
4 units | Core
RET7113 Renewable And Sustainable Energy Systems I
4 units | Core
RET7114 Bio-energy Technologies
4 units | Core
RET7115 Solar Photovoltaic Technology
4 units | Core
RET7116 Energy Resources And Conversion Techniques
4 units | Core
UCC7104 Scholarly Writing And Communication Skills
3 units | Core
UCC7200 Research Methods
4 units | Core
Semester 2
55 units
CIV7100 Environmental Studies
3 units | Core
PHY7001 Research Seminar
4 units | Core
PHY7211 Advanced Statistical Mechanics
4 units | Core
PHY7212 Advanced Electrodynamics
4 units | Core
PHY7213 Advanced Quantum Mechanics
4 units | Core
PHY7214 Superconducting Materials And Applications
4 units | Elective
PHY7215 Solid State Device Modeling And Simulation
4 units | Elective
PHY7216 Power Electronics
4 units | Elective
PHY7217 Principles Of Optics And Lasers
4 units | Elective
PHY7218 Radiation Sources And Detectors
4 units | Elective
RET7211 Renewable And Sustainable Energy Systems Ii
4 units | Core
RET7212 Solar Thermal Technology
4 units | Elective
RET7213 Modelling And Analysis Of Energy Systems
4 units | Elective
RET7214 Power Generation, Transmission And Distribution
4 units | Elective

Academic Year 2

1 courses | 16 units
Semester 1
16 units
UCC7003 Dissertation
16 units | Core
05

Admission Requirements

Admission to the Master of Science in Physics (MScP) program shall be done in accordance with Kampala International University procedures and regulations in line with the minimum requirements by the National Council for Higher Education (NCHE).In addition, a person qualifies for admission provided he/she satisfies minimum requirements of:

(a) A postgraduate diploma in physics, mathematics (with minor in physics) a from a recognized University/Institution; OR

(b) A bachelor's degree or equivalent in a relevant discipline from a recognized university with at least two years working experience in a relevant field. Students with first class bachelors do not require any working experience. The relevant disciplines are: physics and related technology courses. For other disciplines, the Graduate Studies and Research Committee will decide whether physics forms an integral part so as to determine whether candidates from such disciplines qualify to be admitted to the MScP Programme.

06

Fees and Application Guidance

Tuition, functional fees and any programme-specific charges are confirmed by KIU Admissions and Finance for each intake. Applicants should review the current fee schedule before submitting an application.