BUSE Bachelor of Science Honours Degree in Physics
Programme Overview
AIMS
One of the most important concepts in physics is that, behind the apparent complexity of the world around us, nature has an underlying simplicity and unity which can be expressed in terms of all-embracing fundamental principles and laws. As well as being concerned with such fundamental questions, physics is a widely applicable subject and forms the basis of much of modern and, more importantly, future technologies. Moreover, the distinction between certain traditional branches of other disciplines and physics is rapidly fading out, resulting in an increasing number of employment opportunities in technical areas requiring expertise at the interface of physics and these disciplines.
Our Bachelor of Science Honours Degree Programme has been developed to provide a solid grounding in physics as a fundamental discipline while providing a secure foundation to a wide range of careers. To enhance accessibility to the various existing and probable future career opportunities, apart from modules in core areas of physics, we also offer a variety of electives in applied and theoretical areas of physics as well as in other optional scientific disciplines.
Overall, our programme combines the study of a fundamental discipline with the opportunity to develop skills in experimental and theoretical methods of problem solving.
LEARNING OUTCOMES
Successful graduates of this programme should be able to:
Demonstrate analytical and problem solving skills in a variety of scientific disciplines
Pursue their areas of specialisation through further studies, or research at postgraduate level, both locally and internationally.
Demonstrate ability to apply knowledge ethically and in a collaborative manner so as to meet professional expectations.
CAREER OPPORTUNITIES
Careers for our graduates include Mineral Exploration scientists, Groundwater Exploration scientists, Industrial Software/Hardware specialists, Process Control/Automation specialists, Environmental Protection specialists. Depending on their specific interests and aptitudes, our graduates may opt for traditional careers like teaching or for jobs in technical areas of research and development in industry, laboratories and universities.
Employment Opportunities
Job opportunities for our students prevail in:
- The science teaching field
- Banking sector
- Civil service
- Insurance companies
- Manufacturing industry
- Meteorological sector
- Agriculture
- Statistics
- Research and consultancy firms
- Mining sector
Entry Requirements:
All applicants have to meet the following minimum requirements for admission prescribed under the general regulations (i.e.):
- Have obtained at least 5 O’ level subject at Grade (C) or better including English Language and Mathematics;
- Must have obtained “A” level passes or their recognized equivalents in Physics and Mathematics
Structure of the Programme
Programme Structure
STRUCTURE OF THE PROGRAMME
- The BSc Honours Degree in Physics shall extend over a period of four years of full time study, each year comprising two semesters.
- Taught courses shall be offered during the first two years and the final year of study while the third academic year shall be reserved for Industrial Attachment.
- The BSc Honours Degree in Physics has three options or areas of specialisation and these are: Computer Technology, Electronics and Environmental Physics and Energy Sources
- Students shall all do common courses in Parts I and II and specialise in Part IV.
Courses
Code | Description | Core | Pre-req | Credits |
Part I Semester I | ||||
PH101 | Mechanics And Oscillations | Y | 4 | |
MT101 | Calculus I | 4 | ||
CS101 | Introduction To Computer Science | Y | 4 | |
CS102 | Introduction to Computer programming | Y | 4 | |
PH102 | Thermal Physics And Wave Motion | 4 | ||
PC103 | Communication Skills | Y | 4 | |
Part I Semester II | ||||
HS102 | Health Education | Y | 4 | |
CS111 | Operating Systems Concepts | Y | 4 | |
MT102 | Linear Mathematics I | Y | 4 | |
PH103 | Electricity And Magnetism | 4 | ||
PH104 | Optics And Modern Physics | 4 | ||
PC108 | Citizenship Education And Conflict Transformation | Y | 4 | |
Part II Semester I | ||||
PH206 | Electronics I | PH103 | 4 | |
HPH210 | Electrical Machines | Y | 4 | |
CS212 | Data Communications and Networking | 4 | ||
CS213 | Data structures and Algorithms | CS101 | 4 | |
BS422 | Entrepreneurship | Y | 4 | |
PH205 | Vector Methods And Electromagnetism | Y | PH103 | 4 |
Part II Semester II | ||||
HPH212 | Electric And Electronic Circuits | Y | 4 | |
CS214 | Introduction to Computer Programming | Y | CS101 | 4 |
PC102 | Research Methods And Statistics | 4 | ||
PH301 | Thermodynamics | PH102 | 4 | |
PH211 | Laser Technology | 4 | ||
PH306 | Electronics II | Y | PH206 | 4 |
Part III | ||||
HPH300 | Industrial Attachment | Y | 40 | |
Part IV Semester I | ||||
Option A: Computer Technology | ||||
Code | Description | Core | Pre-req | Credits |
HPH400 | Computing On The Net | 4 | ||
HPH401 | Computer Network Administration | 4 | ||
HPH402 | Computing In Physics | 4 | ||
HPH403 | Network Design And Management | Y | 4 | |
HPH404 | Signal And Image Processing | Y | 4 | |
HPH405 | Data Bases And Data Mining | Y | 4 | |
Option B: Environmental Physics And Energy Sources | ||||
Code | Description | Core | Pre-req | Credits |
HPH420 | Conventional And Renewable Energy Resources | Y | 4 | |
HPH421 | Atmospheric Physics | Y | 4 | |
HPH422 | Energy Policy and Economics | 4 | ||
HPH423 | Modeling Of Environmental And Energy Processes | 4 | ||
HPH424 | Greenhouse Accounting And Life Cycle Assessment | 4 | ||
HPH425 | Climate Change: Science, Economics And Policy | Y | 4 | |
Option C: Electronics | ||||
Code | Description | Core | Pre-req | Credits |
HPH440 | Semiconductor Devices | Y | 4 | |
HPH441 | Optoelectronics | 4 | ||
HPH442 | Laser Technology | 4 | ||
HPH443 | Fibre Optics | Y | 4 | |
HPH444 | Optical Fibre Communications | 4 | ||
HPH445 | Electronics And Communications | Y | 4 | |
Part IV Semester II | ||||
Option A: Computer Technology | ||||
Code | Narration | Core | Pre Req. | Credits |
HPH406 | Network Security | 4 | ||
HPH407 | Computer Software Engineering | Y | 4 | |
HPH408 | Computer Hardware Engineering | Y | 4 | |
HPH409 | Microprocessor And Microcontroller Systems | 4 | ||
HPH410 | Data Bases And Data Mining | 4 | ||
Option B: Environmental Physics And Energy Sources | ||||
Code | Narration | Core | Pre Req. | Credits |
HPH426 | Solid And Hazardous Waste Management | Y | 4 | |
HPH427 | Geophysics | Y | 4 | |
HPH428 | Physics Of Pollution | 4 | ||
HPH429 | Energy For Sustainable Development | 4 | ||
HPH430 | Air Quality Management | 4 | ||
Option C: Electronics | ||||
Code | Narration | Core | Pre Req. | Credits |
HPH446 | Advanced Electronic Systems | Y | 4 | |
HPH447 | Microprocessors | Y | 4 | |
HPH448 | Digital Communication Systems | 4 | ||
HPH449 | RF And Microwave Engineering | 4 | ||
HPH404 | Signal And Image Processing | 4 | ||
HPH451 | Mobile, Wireless And Sensor Networks | 4 | ||
HPH452 | Industrial Electronics And Automation | 4 | ||
Part IV Semester II | ||||
HPH370 | Research Project | Y | 12 |