Science

Master of Science in Theoretical Physics

The Master of Science in Theoretical Physics is a postgraduate programme that trains graduates in theoretical physics, quantum mechanics, statistical mechanics, mathematical physics, and computational physics. The programme prepares graduates for advanced careers in research, academia, data science, and technology development.

Core areas include quantum mechanics, classical mechanics, electrodynamics, statistical mechanics, mathematical physics, computational physics, particle physics, condensed matter theory, relativity, and research methods. Students engage with theoretical foundations and computational methods in physics.

The programme is offered by Kirinyaga University, Strathmore University, and Masinde Muliro University of Science and Technology, with Maseno University as a college. Maseno offers MSc Physics through its Department of Physics and Materials Science with theoretical physics research. UoN offers MSc Physics with Theoretical Physics specialisation. KU offers MSc Physics with Theoretical Physics specialisation.

Students develop competencies in theoretical modelling, mathematical methods, computational physics, problem solving, and research. The programme includes coursework, computational practicals, examinations, supervised research, and thesis.

The programme is delivered over two years. JKUAT MSc Physics fees are KES 140,000/year. MMUST MSc Physics fees are KES 62,000/semester (~KES 124,000/year). Entry requires Bachelor's degree in physics, mathematics, or related fields with Upper Second or Lower with experience.

Graduates pursue careers as research scientists, data scientists, quantitative analysts, physics lecturers, and computational physicists in research institutions, universities, financial services, and technology companies.

Skills Required

Quantum Mechanics and Quantum Field Theory
Statistical Mechanics and Thermodynamics
Mathematical Physics and Group Theory
Computational Physics and Numerical Methods
Classical Mechanics and Electrodynamics
Particle Physics and Cosmology
Condensed Matter Theory
General Relativity and Gravitation
Mathematical Modelling and Simulation
Theoretical Physics Research Methods

Key Subjects

Quantum Mechanics
Statistical Mechanics
Mathematical Physics
Computational Physics
Classical Mechanics and Electrodynamics
Particle Physics
Condensed Matter Theory
General Relativity
Numerical Methods
Theoretical Physics Research Methods

Certifications

IOP Chartered Physicist
APS Physics Certification

Specializations

Quantum Mechanics

Focuses on quantum mechanics, quantum field theory, quantum information, quantum computing, scattering theory, and understanding quantum phenomena.

Statistical Mechanics

Examines statistical mechanics, thermodynamics, phase transitions, critical phenomena, statistical ensembles, and understanding statistical physics.

Mathematical Physics

Covers mathematical physics, group theory, differential geometry, topology, Lie groups, tensor analysis, and applying mathematics in physics.

Computational Physics

Focuses on computational physics, numerical methods, simulation, Monte Carlo, molecular dynamics, finite element, and using computational methods in physics.

Particle Physics

Examines particle physics, Standard Model, quantum field theory, particle interactions, cosmology, and understanding fundamental particles and forces.

Condensed Matter Theory

Covers condensed matter theory, solid state physics, superconductivity, magnetism, topological materials, and understanding condensed matter systems.

Duration: 2 years
Public, up to: Ksh 295,800
Private, up to: Ksh 300,000
Job market: Moderate

The programme

What you study, how long it takes, and how it is delivered.

Practicalities

Study mode: Full-time, Part-time
Attachment: 0 months
Average class: 12 students
Award: Masters

What you study

10 subjects

Quantum Mechanics
Statistical Mechanics
Mathematical Physics
Computational Physics
Classical Mechanics and Electrodynamics
Particle Physics
Condensed Matter Theory
General Relativity
Numerical Methods
Theoretical Physics Research Methods

Modules

12 in the programme

Advanced Quantum Mechanics
Year 1Semester 13 creditsCore
Examines Schrodinger equation, quantum states, operators, angular momentum, perturbation theory, scattering theory, spin, and understanding quantum phenomena.
Statistical Mechanics and Thermodynamics
Year 1Semester 13 creditsCore
Covers ensembles, partition function, thermodynamics, phase transitions, critical phenomena, fluctuations, Bose-Einstein, Fermi-Dirac, and understanding statistical physics.
Mathematical Physics and Group Theory
Year 1Semester 13 creditsCore
Examines group theory, differential geometry, topology, Lie groups, tensor analysis, complex analysis, special functions, and applying mathematics in physics.
Classical Mechanics and Electrodynamics
Year 1Semester 23 creditsCore
Covers Lagrangian mechanics, Hamiltonian mechanics, classical field theory, symmetries, Maxwell equations, electromagnetic waves, radiation, and understanding classical mechanics and electrodynamics.
Computational Physics and Numerical Methods
Year 1Semester 23 creditsCore
Examines numerical methods, finite difference, finite element, Monte Carlo, molecular dynamics, simulation, programming, and using computational methods in physics.
Particle Physics and the Standard Model
Year 1Semester 23 creditsCore
Covers Standard Model, quantum field theory, particle interactions, Feynman diagrams, symmetries, gauge theory, Higgs mechanism, and understanding fundamental particles and forces.
Condensed Matter Theory
Year 2Semester 13 creditsCore
Examines solid state physics, band theory, superconductivity, magnetism, topological materials, phonons, electrons, and understanding condensed matter systems.
General Relativity and Cosmology
Year 2Semester 13 creditsCore
Covers tensor calculus, spacetime, Einstein equations, black holes, cosmology, gravitational waves, and understanding gravity and spacetime.
Quantum Field Theory
Year 2Semester 13 creditsCore
Examines quantum field theory, field quantisation, path integrals, renormalisation, gauge theories, QED, QCD, and understanding quantum field theory.
Theoretical Physics Research Methods
Year 2Semester 13 creditsCore
Covers research methods for theoretical physics, mathematical methods, literature review, research design, computational methods, and conducting theoretical physics research, preparing students for their thesis.
Advanced Topics in Theoretical Physics
Year 2Semester 23 creditsCore
Examines advanced topics including quantum information, quantum computing, string theory, topological phases, non-equilibrium statistical mechanics, and emerging theoretical physics topics.
Research Thesis
Year 2Semester 26 creditsCore
Original research thesis on a theoretical physics topic, demonstrating mastery of research methods and theoretical physics knowledge, assessed through written submission and oral defence.

Specialisations

Quantum Mechanics
Focuses on quantum mechanics, quantum field theory, quantum information, quantum computing, scattering theory, and understanding quantum phenomena.
Statistical Mechanics
Examines statistical mechanics, thermodynamics, phase transitions, critical phenomena, statistical ensembles, and understanding statistical physics.
Mathematical Physics
Covers mathematical physics, group theory, differential geometry, topology, Lie groups, tensor analysis, and applying mathematics in physics.
Computational Physics
Focuses on computational physics, numerical methods, simulation, Monte Carlo, molecular dynamics, finite element, and using computational methods in physics.
Particle Physics
Examines particle physics, Standard Model, quantum field theory, particle interactions, cosmology, and understanding fundamental particles and forces.
Condensed Matter Theory
Covers condensed matter theory, solid state physics, superconductivity, magnetism, topological materials, and understanding condensed matter systems.

A day as a student

A typical day during the MSc Theoretical Physics programme begins with morning lectures on quantum mechanics, statistical mechanics, or mathematical physics. Students engage with theoretical foundations and mathematical methods in physics. Quantum mechanics sessions cover Schrodinger equation, quantum states, operators, angular momentum, perturbation theory, scattering, quantum field theory, and understanding quantum phenomena. Statistical mechanics sessions examine ensembles, partition function, thermodynamics, phase transitions, critical phenomena, fluctuations, and understanding statistical physics. Mathematical physics sessions cover group theory, differential geometry, topology, Lie groups, tensor analysis, complex analysis, and applying mathematics in physics. Computational physics sessions examine numerical methods, finite difference, finite element, Monte Carlo, molecular dynamics, simulation, and using computational methods in physics. Classical mechanics sessions cover Lagrangian mechanics, Hamiltonian mechanics, classical field theory, symmetries, and understanding classical mechanics. Electrodynamics sessions examine Maxwell equations, electromagnetic waves, radiation, relativity, and understanding electrodynamics. Particle physics sessions cover Standard Model, quantum field theory, particle interactions, Feynman diagrams, symmetries, and understanding fundamental particles and forces. Condensed matter theory sessions examine solid state physics, band theory, superconductivity, magnetism, topological materials, and understanding condensed matter systems. General relativity sessions cover tensor calculus, spacetime, Einstein equations, black holes, cosmology, and understanding gravity and spacetime. Computational practicals provide hands-on experience with numerical methods, simulation, programming, and computational physics tools. Research methodology sessions prepare students for their thesis, covering theoretical physics research methods, mathematical methods, and research design. Guest lectures from Maseno faculty, UoN physicists, KU researchers, ICTP fellows, and international theoretical physics experts provide real-world insights. The two-year programme culminates in a research thesis.

The trade offs

In its favour

Kenya's growing technology sector, data science needs, research institutions, universities, and space science initiatives create demand for qualified theoretical physics professionals.
Maseno, UoN, and KU all offer MSc Physics with theoretical physics specialisations, providing established training options.
Career opportunities in research, academia, data science, quantitative finance, technology, and international organisations like ICTP, APS, and IOP.
Programme develops strong analytical, mathematical, and computational skills that are transferable to many careers.

Against it

Programme requires strong physics and mathematics background, which excludes many graduates.
Job market in Kenya for theoretical physicists is smaller compared to applied fields, with most opportunities in academia and research.
Strathmore fees at KES 150,000 per semester (~KES 300,000/year) are relatively expensive compared to public universities.
Programme involves advanced mathematics and abstract concepts, which may be challenging for some students.

What it costs

Tuition at both ends of the market, and how to pay for it.

What it costs, and where

Against 243 science courses

Public131k to 296k

131k at Masinde Muliro University of Science and Technology296k at Kenyatta University

Private300k to 300k

300k at Strathmore University300k at Strathmore University

Annual tuition in Kenyan shillings, rounded. The upright tick is the median for this field, so a bar sitting entirely to its right is an expensive programme by the standards of its own subject.

The fine print

KU MSc Physics 296K/yr ku.ac.ke; MMUST 131K/yr. Private unverified.

HELB postgraduate loans are available for Kenyan students. ICTP provides fellowships and research opportunities for theoretical physicists in developing countries. APS and IOP support physics research and professional development. The programme's theoretical physics focus attracts research, academic, and international funding.

Funding options

HELB Postgraduate Loan
ICTP Fellowships
APS Research Funding

Scholarships

3 recorded

HELB Postgraduate Loan
LoanKsh 200,000Kenyan
Kenyan students pursuing postgraduate theoretical physics studies at recognised universities.
ICTP Fellowships
FellowshipKsh 500,000
ICTP provides fellowships and research opportunities for theoretical physicists in developing countries, supporting postgraduate study and research.
APS Research Funding
GrantKsh 200,000
APS supports physics research and professional development globally, providing funding for postgraduate study and research in physics.

Getting in

The grades, the alternatives, and who accredits the award.

What you need

KCSE mean grade: N/A (Postgraduate)
Alternative entry: The programme accepts graduates from physics, mathematics, applied mathematics, engineering, astrophysics, geophysics, electronics, computer science, and related quantitative fields. UoN requires degree in physics or equivalent. JKUAT requires Bachelor's in Physics or relevant discipline. MMUST requires Upper Second or Lower with 2 years experience. Two-year programme with full-time and part-time modes.

How you are assessed

4 components

Coursework and Continuous Assessment
Coursework30% of the mark
Continuous assessment through coursework assignments, problem sets, mathematical proofs, computational exercises, and class participation.
Written Examinations
Examination40% of the mark
Written examinations covering quantum mechanics, statistical mechanics, mathematical physics, and computational physics, conducted at end of each semester.
Computational and Project Assessment
Practical30% of the mark
Assessment of computational projects, simulations, numerical methods, programming, and project reports.
Research Thesis
Research100% of the mark
Original research thesis on a theoretical physics topic, demonstrating mastery of research methods and theoretical physics knowledge, assessed through written submission and oral defence.

Accreditation

The programme is accredited by the Commission for University Education (CUE). Maseno offers MSc Physics through its Department of Physics and Materials Science. UoN offers MSc Physics with Theoretical Physics specialisation. KU offers MSc Physics with Theoretical Physics specialisation. The programme meets CUE standards for postgraduate theoretical physics training. ICTP supports theoretical physics in developing countries, and APS and IOP support physics internationally.

Accredited by

Commission for University Education (CUE)
Academic accreditationRequired
Programme accredited by CUE. Maseno offers MSc Physics through its Department of Physics and Materials Science. UoN offers MSc Physics with Theoretical Physics specialisation. KU offers MSc Physics with Theoretical Physics specialisation. The programme meets CUE standards for postgraduate theoretical physics training.

Where it leads

The roles it opens, and what you leave with.

Where graduates go

6 roles

Research Scientist
Moderate demandKsh 130,000 to Ksh 550,000
Conducts scientific research, overseeing theoretical physics research, modelling, simulation, and supporting research and development.
Data Scientist
High demandKsh 150,000 to Ksh 600,000
Applies analytical and computational skills to data science, overseeing data analysis, modelling, machine learning, and supporting data-driven decisions.
Quantitative Analyst
Moderate demandKsh 180,000 to Ksh 700,000
Applies mathematical and computational skills in finance, overseeing risk modelling, pricing, algorithms, and supporting financial decision-making.
University Lecturer
Moderate demandKsh 130,000 to Ksh 500,000
Teaches physics in universities, conducting research and training future physics and science professionals.
Computational Physicist
Moderate demandKsh 140,000 to Ksh 550,000
Develops computational models and simulations, overseeing numerical methods, simulation, modelling, and supporting computational research.
Technology Consultant
Moderate demandKsh 140,000 to Ksh 550,000
Provides technology consultancy, overseeing technology assessment, modelling, analysis, and supporting technology development and innovation.

Graduate outcomes

Graduates pursue careers as research scientists, data scientists, and physics lecturers in research institutions, universities, and technology companies.

Where these fields lead

8 careers

Tools you will learn

MATLAB
SoftwarePrimary
Numerical computing software for mathematical modelling, simulation, numerical methods, matrix operations, and computational physics.
Python
SoftwarePrimary
Programming language for computational physics, numerical methods, data analysis, simulation, SciPy, NumPy, and scientific computing.
Mathematica
Software
Computational software for symbolic computation, mathematical modelling, algebra, calculus, visualisation, and theoretical physics calculations.
Fortran
Software
Programming language for high-performance scientific computing, numerical methods, simulation, and computational physics applications.

Industry links

Common misconceptions

Theoretical physics is just about abstract mathematics with no practical application.
Theoretical physics underpins many technologies including semiconductors, lasers, GPS, quantum computing, and medical imaging, making it highly practical.
This programme is only for physics graduates.
The programme accepts graduates from physics, mathematics, applied mathematics, engineering, and related quantitative fields.
There is no demand for theoretical physicists in Kenya.
Kenya's growing technology sector, data science needs, research institutions, universities, and space science initiatives create demand for qualified theoretical physics professionals.
Theoretical physics is only about string theory and cosmology.
Theoretical physics covers quantum mechanics, statistical mechanics, condensed matter, particle physics, mathematical physics, and computational physics, not just string theory.
Theoretical physics graduates can only work in academia.
Theoretical physics graduates work in data science, quantitative finance, technology, computing, consulting, and research, not just academia.
A master's in theoretical physics is redundant after a physics degree.
The master's provides specialised theoretical physics skills, mathematical expertise, research capability, and career progression to senior research and academic positions.