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Civil Engineering
The civil engineer today may be a technically-oriented designer, a public-minded planner of services which bene t entire communities, a protector of public health and the environment, a practical leader of construction teams or creator of organisations and systems that provide work and serve communities. Over 3000 civil engineers have graduated from UCT to date. Most have achieved considerable job satisfaction, and some have achieved high status both here and in other countries. The BSc(Eng) in Civil Engineering includes courses in the sciences, mathematics, computing, materials, structures, geology, geotechnics, geographical information systems, water treatment and supply, wastewater disposal and treatment, hydraulics, environmental evaluation, surveying, transportation, urban development, design, construction, management and communications. The nal year ends with a ve-week large-scale design project and a nine- week individual research project.
Construction Studies & Property Studies
The Department of Construction Economics and Management offers two three-year undergraduate degrees: BSc in Construction Studies and BSc in Property Studies; and three one-year Honours degrees: Quantity Surveying, Construction Management and Property Studies. The BSc in Property Studies will give you a head start in a challenging and rewarding career in the property industry. Besides acquiring a broad knowledge of nance, macro and micro- economics, property law, and appropriate communication and computer skills, you will develop skills in the eld of property development.
The BSc in Construction Studies will enable you to prepare tenders and manage construction contracts, estimate costs and undertake nancial management of construction projects, manage the construction of buildings and related infrastructure, manage human resources, evaluate property investments and communicate spatial concepts, nancial issues and other data.
Electrical Engineering
Electrical Engineering covers a wide and diverse range of activities and industries including computing, telecommunications, electronic circuits, power and energy. The diverse requirements of industry and the different interests of students can be accommodated through the selection of specialisation courses in the nal year of study. The Electrical Engineering degree curriculum at UCT has been designed to be exible. Electrical engineers can choose to follow a high technology career in research and development, or to follow a career in operations and maintenance.
Electrical & Computer Engineering
Electrical & Computer Engineering combines Electrical Engineering and Computer Science to equip graduates with a thorough understanding of the design of special-purpose
computers and computer-based systems. This degree integrates concepts of the analysis, design and application of computing, information acquisition and processing systems in various elds. Examples are in the areas of communications, high performance scienti c computing, signal processing and electronic control systems.
Electro-Mechanical Engineering *
Southern African manufacturing, mining, service and process industries need graduates who have less specialisation than is normally offered in the traditional engineering disciplines. Such employers prefer graduates who have had exposure to a wide range of subjects in both mechanical and electrical engineering and who are therefore prepared to tackle a broader range of industrial projects than a specialist mechanical engineer or specialist electrical engineer. The Electro-Mechanical Engineering degree at UCT was designed to meet this need. The curriculum for the rst two years of study is the same as that for the Mechanical Engineering degree, including a wide range of courses encompassing mathematics, physics and chemistry, as well as electrical engineering and mechanical engineering.
* The name of the degree is likely to change to Mechanical and Mechatronic Engineering from 2018. The Mechatronics degree below which falls under the Electrical Engineering department will continue to be offered.
Geomatics
Geomatics refers to the creation, representation, analysis, management, retrieval and modelling of spatial information which represents the earth’s physical features, the built environment and other spatially de ned objects. The principle disciplines associated with geomatics include the mapping sciences, land management, geographic information systems, environmental visualisation, geodesy, photogrammetry, remote sensing and surveying. Geomatics is a professional career for both men and women who have an aptitude for mathematics and applied sciences. The School of Architecture, Planning and Geomatics offers a four-year BSc in Geomatics which is recognised by the South African Geomatics Council. Graduates may choose to register as a professional surveyor after completing a period of articles. A career in geomatics offers an exciting variety of professional work possibilities and is recognised world-wide.
Mechanical Engineering
Mechanical Engineering involves understanding and harnessing forces and energy in machines for the bene t of society. Whether the machine is a space shuttle, steam turbine, a motor car or a robot-controlled production line, a mechanical engineer would be involved in the design, manufacture and utilisation of such machines. The BSc (Eng) in Mechanical Engineering allows graduate employment opportunities in a wide spectrum of engineering disciplines, as well as providing the foundation for a career in specialist elds such as aeronautical engineering, marine and naval
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