BACHELOR OF EDUCATION HONOURS SCIENCE EDUCATION AND APPLICATIONS SPECIALISING IN PHYSICS (BEDHSEAP)
| Module Code | Module Name | Description |
|---|---|---|
| SEAP111 | Mathematical Physics 1 | The module covers several mathematical techniques fundamental for performing computations across physics and necessary for a proper formulation of its foundations. |
| SEAP112 | Mechanics | The purpose of this module is to extend students’ understanding and application of Newtonian Mechanics (in 1D) without which there cannot be a foundation for Physics. |
| SEAP122 | Thermal Physics | This module provides a systematic introduction to the main principles of Thermal Physics and emphasizes the development of conceptual understanding and problem-solving ability in the aspects thereof including Temperature, Heat, Thermal properties of matter, the first law of thermodynamics, kinetic theory of gases, entropy and the second law of thermodynamics. |
| SEAP113 | Physics Laboratory Practice 1 | The module covers basic lab rules, introduces apparatus and how they are to be handled and gives a hands-on approach on measurement and treatment of errors. Different types of graphs are also covered such as linear, exponential and logarithmic. Treatment of gradient is also given. Students must also learn how to handle raw data as decimal places and calculated data in significant figures. Tables will record with column headings and units |
| SEAP121 | Materials Properties and Fluids | This module provides a systematic introduction to the main principles of Fluid Mechanics and properties of materials. |
| SEAP114 | Waves and Optics 1 | The purpose of this module is to increase understanding of how we perceive our world through light and the use of the eye or other optical instruments. The laws of reflection and refraction are visited from many angles including application in mirrors, lenses, microscopes, telescopes, projectors and spectroscopy. |
| SEAP124 | Waves and Optics 2 | This module covers fundamentals of wave motion. Emphasis is on physical concepts and mathematical methods that are applicable to many areas of physics. It gives a systematic study of waves: wave motion, wave equation, propagation of elastic waves in a solid and in a spring; harmonic waves and their properties, superposition principle for waves, interferences of waves, standing waves in a string and column of air; the classical and relativistic Doppler Effects. |
| SEAP211 | Basic Electronics | This module introduces students to the fundamentals of electronics. Focus topics are mainly DC circuits, AC circuits, applications of semi-conductor theory (PN junctions, diodes, transistors, signal generators, Schmitt triggers, amplifiers (transistor and operational), umber systems, De Morganis Theorem, combinational logic, logic gates and truth tables |
| SEAP212 | Electricity and Magnetism | The goal of this module is to get students acquainted with the basics of electricity and magnetism and its applications. |
| SEAP221 | Electric Circuit Analysis | The module introduces students to the analysis of DC circuits (including both steady state and transient behavior) for resistors, capacitors and inductors. Techniques for the analysis of DC resistive circuits will be introduced including serial and parallel networks, mesh and node analysis and the principle of superposition. Equations for the response of a switched voltage across a capacitor and inductor will be developed considering an R-C and R-L circuits |
| SEAP222 | Atomic and Nuclear Physics 1 | The basic concepts and theories of nuclear physics are developed as well as an understanding of the applications of nuclear science. The topics covered in include; Atomic physics and quantum effects, Atomic structure, Ionisation potential and splitting of energy levels ; Nuclear Physics |
| SEAP223 | Electronics and Instrumentation | This module provides an introduction to analogue and digital electronics and software for application in measurement and control systems. Its core contents include: the ideal op-amp and applications, combinational and basic sequential logic, sensors and actuators, block diagrams and equivalent circuits, non-idealities, frequency and transient response, noise and linearity, signal sampling. |
| SEAP224 | Solid State Physics 1 |
The course is specifically designed for undergraduate physics students with the primary goal of imparting a comprehensive understanding of basics of Solid State Physics. The aim is to equip students with the essential knowledge and analytical tools essential for describing the intricate phenomena within solid state physics. The course strives to demonstrate the pervasive influence of solid-state physics in our daily surroundings, emphasizing its relevance to our interactions with solids in various contexts. |
| SEAP213 | Physics Laboratory Practice 2 | Laboratory experiments designed to complement the taught Physics modules. Selected experiments from wave motion, optics, atomic structure, heat, electronics and electrical circuits and nuclear physics will be performed and written up by the students |
| SEAP226 | Innovation and Entrepreneurship | The Innovation and Entrepreneurship module focusses on the interconnection between entrepreneurial thinking and innovation when applying physics knowledge and skills. The student should produce a marketable product designed and built from physics principles |
| SEAP227 | Quantum Mechanics 1 | An introduction to the quantum theory, as formulated in the 1920’s and 1930’s by Born, Bohr, Schrödinger, Heisenberg, and others.. Topics covered include Recap of wave motion, Quantum superposition and probability, Heisenberg’s uncertainty principle and applications, Indeterminacy, complementarity principle, Bohr’s correspondence principle, Particles and atomic systems, Angular momentum, Bound systems. |
| SEAP312 | Medical Physics | The module gives an overview of the physics, methods and equipment employed in modern medical physics. The basic interaction processes of particles with matter are outlined, including the interaction of ionising and non-ionising radiation with biological systems. Methods to measure and monitor radiation are discussed. Methods and signal processing employed for MR imaging, PET imaging, SPECT imaging, and ultrasound are presented. |
| SEAP313 | Physics Laboratory Practice 3 | This module is designed to complement the taught Physics module using selected experiments from wave motion, Optics, heat, Electric circuits, electronics, Atomic and Nuclear Physics, Electromagnetic Waves, Quantum Physics and any other main stream modules being offered in the semester. Experiments are performed and written by the students. The process of circuit connection and circuit design will be explored |
| SEAP322 | Quantum Mechanics 2 | This module covers the mathematical tools used in quantum mechanics and the fundamental postulates of quantum theory starting from the time dependent Schrödinger equation. It applies these to explain the structure of the periodic table, the conductivity and heat capacity of metals, and how semiconductor devices work. Using ideas from quantum mechanics, the module also shows how it is possible to explain a number of aspects of particle physics such as antiparticles and particle oscillations. mechanics, the module also shows how it is possible to explain a number of aspects of particle physics such as antiparticles and particle oscillations |
| SEAP327 | Environmental Physics | This module responds to the need to understand the physics behind the major environmental problems facing us today, including climate change and air pollution. Topics include: the earth system, earth energy balance, radiative forcing, atmospheric chemistry, aerosols, air pollution, atmospheric profiles, weather systems, atmospheric dispersion, indoor air quality, air quality standards, noise measurement and control. |
| SEAP321 | Atomic and Nuclear Physics 2 | The basic concepts and theories of nuclear physics are developed as well as an understanding of the applications of nuclear science. The topics covered in include; Atomic physics and quantum effects, Atomic structure, Ionization potential and splitting of energy levels, Nuclear Physics |
| RISED301 | Research Innovation and Development Skills | |
| SEAP225 | Teaching Practicum | This module affords students the experience of teaching an A-level Physics class under the guidance of a mentor. Students undergo formative assessment by the mentor and administration at the school as well as by the University Lecturers |
| SEAR360 | Research Project | This module introduces students to a culture and practice of knowledge generation and utilization through research activity in general and within the physics domains in particular. This in part prepares them for post graduate work and to function more as teacher researchers in the field. |
