Physical, Mathematical, Computer and Life Sciences - Information Technology and Computer Sciences
Purpose The qualifying learners will:
Rationale Skilled Information, Communication and Technology (ICT) professionals are in high demand in South Africa because ICT skills are a scarce skill in the country. This qualification specifically addresses the skills shortages in the seven occupational fields of Auditing, Entrepreneurship, e-business, Geographical Information Systems, Information Science, taxation, and data science. The Bachelor of Information Technology with specialisation in Information Systems, BIT (IS), will help alleviate this shortage. Learners will focus on designing, building, implementing, and securing information systems that meet the needs of people, organisations, and society. The qualification allows learners to combine these skills with their personal and professional interests to create and implement computer and information systems in real-life organisations. Learners will typically have an understanding and interest in the business world and Information Technology. Furthermore, they will have a broad interest in fields such as Auditing, Entrepreneurship, e-business, Geographical Information Systems, Information Science, taxation, or data science. Learners can choose from seven streams. Upon completion, learners can pursue careers in Computer Auditing, Information Science, Entrepreneurship, e-Business, Geography, Data Science Management, and e-Taxation. The BIT (Information Systems) can lead to further study in a BIT Hons (Information Systems) qualification.
Components of a Computer-based System:
A computer-based system comprises several components that interact to perform various functions. These components include hardware (such as servers, workstations, and networking devices), software (operating systems, applications), data (databases, files), procedures (instructions for using the system), and people (users, system administrators).
Interaction of Components:
Implementing a Database Application:
To implement a database application, one must first convert a detailed design into a working database. This involves creating the database schema based on the design, defining tables, relationships, and constraints. Then, data is populated into the database, and queries are written to retrieve and manipulate data. Finally, the application interface is developed to interact with the database.
Project Management and Execution:
Understanding the importance of managing project execution involves estimating and scheduling tasks to ensure timely completion. Building and maintaining healthy relationships during any project lifecycle is essential for effective communication, collaboration, and conflict resolution.
Social, Ethical, and Global Implications of Information Technology:
Being aware of the social, ethical, and global implications of information technology involves understanding the impact of technology on society, privacy, security, and the environment. It also includes recognizing cultural differences and legal regulations that affect the use of technology.
Communicating Critical, Analytical, and Logical Arguments:
Communicating a critical, analytical, and logical argument on selected topics around the adoption, use, and management of information systems in organizations requires effective verbal and written communication skills. It involves presenting well-reasoned arguments supported by evidence and logical reasoning.
This page includes information from the South African Qualifications Authority (SAQA) . Builtneat Pty Ltd trading as Study Start, has modified all or some of this information. SAQA has not approved, endorsed, or tested these modifications.