Bachelor of Science Honours in Geoinformatics
Physical, Mathematical, Computer and Life Sciences - Information Technology and Computer Sciences
Purpose and Rationale
The interdisciplinary specialization aims to provide qualifiers with advanced knowledge and skills in applying geo-information management methods and techniques to various problem-solving activities across different application areas. These areas include environmental sciences, environmental management, planning, engineering, business, utilities, health, education, and more.
This specialization builds upon the foundational knowledge and skills in geo-information management acquired during undergraduate studies in different disciplines. Qualifiers will gain advanced applied competence in areas such as Remote Sensing, Surveying, Geographic Information Systems, Cartography, and Spatial Analysis.
Another key objective of this qualification is to address the current shortage of adequately qualified professionals in the field of geo-information management. By doing so, there will be an enhanced information supply for decision-making processes and sustainable development initiatives in South Africa.
Outcomes
- Demonstrate an advanced understanding of the theory relevant to geo-information management.
- Apply advanced geo-information processes of collecting, managing, analysing and presenting geo-information for decision-making.
- Apply the advanced geo-information processes, methods and techniques to various application areas and support problem analyses and problem solving in these areas.
- Know how to analyse geo-information requirements in an organisation and to design, implement and manage a geo-information processing system.
- Can evaluate new theoretic and technical developments in the field of geo-information management and incorporate it into new applications.
- Effectively communicate through appropriate media with all involved in the geo-information process.
- Effectively participate in a Geo-informatics practice under professional supervision.
Assessment Criteria
Report on Geo-Information Management
Introduction
Geo-information management plays a crucial role in various application areas, providing valuable insights and solutions to complex problems. This report aims to illustrate the application of geo-information management in different sectors, the determination of geo-information requirements in organizations, and the conceptual design of new systems. Additionally, new developments in the field and management principles and procedures will be discussed.
Application of Geo-Information Management
Geo-information management is applied in diverse fields such as urban planning, environmental management, disaster response, agriculture, and natural resource management. By collecting, analyzing, and presenting relevant data, geo-information systems enable decision-makers to make informed choices and solve complex problems. The advantages of using geo-information management include improved spatial analysis, enhanced visualization of data, and better decision-making processes. However, limitations such as data accuracy and reliability should be considered when applying these theoretical concepts.
Determination of Geo-Information Requirements
In organizations, determining geo-information requirements is essential for developing efficient systems that meet the specific needs of the stakeholders. Through a thorough analysis of the organization's operations and goals, the necessary data, tools, and technologies can be identified to support decision-making processes. The conceptual design of a new system involves defining the system architecture, data sources, and functionalities required to meet the identified requirements.
New Developments in Geo-Information Management
Recent developments in geo-information management include advancements in remote sensing technologies, artificial intelligence applications, and spatial data analytics. These developments have broadened the applicability of geo-information systems in existing systems and application areas, providing more accurate and timely information for decision-making processes.
Visual Representations and Management Principles
Visual representations such as maps, charts, and graphs are essential tools for explaining the geo-information process and procedures to stakeholders. These visual aids help in conveying complex spatial information in a clear and understandable manner. Management principles and procedures in geo-information practice involve effective planning, coordination, and implementation of geo-information projects to ensure successful outcomes.
Integrated Assessment
Integrated assessments in geo-information management may include simulations, written examinations, and oral examinations to evaluate students' understanding of theoretical concepts, practical applications, and management principles in the field.
In conclusion, geo-information management is a powerful tool that can be applied across various sectors to solve complex problems and support decision-making processes. By understanding the theoretical concepts, limitations, and advantages of geo-information systems, organizations can effectively utilize these technologies to achieve their goals.
Qualification Details
- Type
- Honours Degree
- NQF Level
- 08
- Min. Credits
- 120
- SAQA Source
- More Information
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