Masters of Science in Physics
Masters of Science in Physics
Introduction
Physics is the branch of science concerned with the properties of matter and energy and the relationships between them through space and time. Man makes a deliberate effort to understand the working of things in nature and their relationship. Physics therefore achieves this by inculcating in students the ability to observe, measure, analyse and draw accurate deductions about an occurrence and extend the knowledge of nature. The Master of Science (MSc) Programme in Physics is designed to equip students with advanced knowledge in areas of specialization and to expose them to research skills. The programme prepares students to work independently, arrive at new insights and contribute to research in the areas of Renewable Energy, Electronics, Theoretical Physics, Material
Science and Solid State Physics. This programme will produce graduates with competences to solve problems faced by society
Science and Solid State Physics. This programme will produce graduates with competences to solve problems faced by society
Philosophy of the Programme
The programme embraces the philosophies of positivism and constructivism in which factual knowledge is gained through observation of nature and theories are tested. The knowledge is converted into practice which is in line with Moi University’s
philosophy of pragmatism. The philosophy of the programme entails training physics professionals in the areas of Theoretical Physics, Renewable Energy, Electronics and Materials Science. The graduates of the programme are expected to acquire
knowledge and practical oriented skills that will enable them to participate productively in the social, economic and technological transformation of society.
The programme embraces the philosophies of positivism and constructivism in which factual knowledge is gained through observation of nature and theories are tested. The knowledge is converted into practice which is in line with Moi University’s
philosophy of pragmatism. The philosophy of the programme entails training physics professionals in the areas of Theoretical Physics, Renewable Energy, Electronics and Materials Science. The graduates of the programme are expected to acquire
knowledge and practical oriented skills that will enable them to participate productively in the social, economic and technological transformation of society.
Goal of the programme
The aim of the Master of Science in Physics degree is to train graduates who are well grounded in the subject. The Department in accordance with the general objectives of the University offers this programme of study which satisfies the scientific needs and aspirations of the society from which its students are drawn. The programme is designed to develop innovative and creative physicist with the ability to infuse pragmatic approaches to community challenges. It also aims at equipping the learners with skills necessary for conducting scientific research which provide solutions to societal needs.
Objectives of the Programme
The objectives of the programme are to enable the learners to:
1) Acquire advanced knowledge and emerging concepts of Physics.
2) Gain necessary practical skills and techniques to carry out scientific research and
disseminate information.
3) Acquire the skills of problem formulation, data collection and analysis,
interpretation of findings, and preparation of thesis
4) Develop competency in the area of Theoretical Physics, Renewable Energy, Solid
State Physics, Materials Science or Electronics
5) Adapt the emerging physics knowledge to the solution of the societal problems
The objectives of the programme are to enable the learners to:
1) Acquire advanced knowledge and emerging concepts of Physics.
2) Gain necessary practical skills and techniques to carry out scientific research and
disseminate information.
3) Acquire the skills of problem formulation, data collection and analysis,
interpretation of findings, and preparation of thesis
4) Develop competency in the area of Theoretical Physics, Renewable Energy, Solid
State Physics, Materials Science or Electronics
5) Adapt the emerging physics knowledge to the solution of the societal problems
Course structure
