Choosing a program to pursue our career goals is a difficult task. This selection usually depends upon what are the modules offered by the program and what are the exit level outcomes. This article will highlight the needed details for the NQF Level 7 Program, Bachelor of Science in Computer Science. Let us start our discussion with exit level outcomes of this program.
The exit level outcomes focus on modelling, designing, and evaluating computer-based systems, applying knowledge of computing and mathematics, and critical thinking skills. The sample exit level outcomes for students who achieve this qualification may be detailed as:
- Having the knowledge, understanding, and ability to model, design, implement, and evaluate computer-based systems to meet desired needs.
- Being able to apply knowledge of computing and mathematics appropriate to the program learning outcomes and discipline.
- Possessing the ability to think critically, analyse problems, and identify and define computing requirements for solutions.
Table of Contents
Overview of Courses Taught in Computer Science
The program comprises 34 courses in all. Now, let us discuss what are the courses offered in the BSc Computer Science Program. In order to get more clarity, few courses are grouped together depending on how that course provides knowledge and information to the users. Three groups created are-
- Foundations of Computer Science
- Software Development and Systems
- Advanced Computing and Applications
Detailed List of Courses Taught in Computer Science
Here is a list of the courses offered under different groups along with their brief description and importance as learners move for the BSc Computer Science program.
Foundations of Computer Science
- Introduction to Computer Science
- Foundations of Mathematics
- Calculus and Vectors 1A
- Professional Skills
- Fundamentals of Computer
- Programming Languages
- Discrete Mathematics Structure
Overview: The courses under these Foundations of Computer Science group provide a comprehensive foundation for students in computer science. They cover essential topics such as fundamental computer science concepts, mathematical principles, programming skills, and professional competencies.
Importance for Graduates as Exit Level Outcome: The courses in Track 1 are essential for graduates as they near the completion of their computer science program. These foundational courses provide a strong basis in core computer science principles, programming skills, and professional competencies. Graduates gain problem-solving abilities, critical thinking skills, and proficiency in programming languages, preparing them to analyze complex problems, design solutions, and excel in the workforce. Overall, these courses ensure that graduates are well-equipped with the necessary knowledge and skills to succeed in the field of computer science.
Software Development and Systems
- Computer Science
- Object-Oriented Programming
- Software Engineering
- Fundamental Data Structures and Algorithms
- Computer Organization and Architecture
- Networking and Data Communications
- Database Management Systems
Overview: Track 2 courses delve into advanced topics in computer science, including object-oriented programming, software engineering, data structures and algorithms, computer organisation, networking, and database management systems. These courses focus on developing specialised skills and knowledge in key areas of computer science.
Importance for Graduates as Exit Level Outcome: The courses in Track 2 are crucial for graduates as they near the completion of their computer science program. By studying advanced topics such as object-oriented programming, software engineering, and data structures, students deepen their understanding of complex software development processes, algorithm design, and system architecture. This advanced knowledge equips graduates with the expertise needed to tackle sophisticated programming challenges, design robust software systems, and optimise computational efficiency.
Additionally, courses in computer organisation, networking, and database management systems provide graduates with a comprehensive understanding of computer hardware, network protocols, and database technologies, essential for developing scalable and secure computing solutions. Overall, the completion of Track 2 courses ensures that graduates are well-prepared to apply advanced computer science concepts in practical settings, contribute effectively to software development projects, and adapt to the evolving demands of the technology industry.
Advanced Computing and Applications
- Advanced Programming Techniques
- Systems Programming
- Artificial Intelligence
- Project Management
- Distributed Systems Development
- Operating System
The group of courses in this group, including Advanced Programming Techniques, Systems Programming, Artificial Intelligence, Project Management, Distributed Systems Development, and Operating System, collectively provide a comprehensive understanding of advanced programming concepts, system-level programming, AI applications, project management principles, distributed systems design, and operating system functionality.
These courses are crucial for a graduate as they equip students with the necessary skills to develop complex software systems, understand AI technologies, manage projects effectively, design distributed systems, and work with operating systems efficiently. Mastery of these courses ensures that graduates are well-prepared to tackle real-world challenges in the field of computer science and contribute effectively to the industry.
Order of Learning Programming Languages
It can be observed that there is a very needed sequence of courses like Programming Languages, Systems Programming, and Advanced Programming Techniques in the curriculum. These courses focus on developing students’ programming skills, software design, and system-level programming knowledge. By mastering various programming languages and techniques, students can effectively model, design, and implement computer-based systems to meet desired needs, aligning with the exit level outcomes.
There are few courses such as Professional Skills, Software Engineering, Essentials of Computer Security, Artificial Intelligence, and Project Management, that emphasise ethical considerations, professional behaviour, and project planning. Understanding the ethical implications of technology and practising professional conduct prepare students to comprehend professional, ethical, legal, security, and social issues. Additionally, project management skills enable students to function effectively in teams and communicate with diverse audiences, contributing to the exit level outcomes related to ethical responsibilities and effective communication.
Without any surprise, the program includes courses like Fundamental Data Structures and Algorithms, Elementary Statistics for Science Students, Database Management Systems, Essentials of Computer Security, Networking and Data Communications, Statistical Inference, Artificial Intelligence that cover various aspects of different ways of storing and organising data, data processing, AI applications for data analysis, mathematical techniques for data interpretation, and practical experience in working with data in real-world projects.
Conclusion
The Bachelor of Science in Computer Science program offers a comprehensive curriculum that equips learners with a strong foundation in computer science principles and practical skills. Through specialised tracks like Mathematics, Programming, and Ethics, students delve into advanced topics while honing critical thinking, problem-solving, and ethical decision-making abilities.
Additionally, key courses like Real Analysis, Work-integrated Learning, and Project Management provide hands-on experience, practical skills, and industry-relevant knowledge. By enrolling in this program, learners can expect to graduate with a well-rounded skill set, ready to tackle complex computing challenges, contribute meaningfully to projects, and excel in the dynamic field of computer science.
FAQs on Courses are Taught in Computer Science
What are the main objectives of the BSC Computer Science program?
The main objectives of the BSC Computer Science program are to prepare students for positions involving the design, development, and implementation of computer software, to educate students about ethical issues, technical problems, and aesthetic values in computing systems development, and to ready students for entry into postgraduate study in computer science or related fields.
How many credits are required to complete the program?
A total of 360 credits are required to complete the BSC Computer Science program.
What is the duration of the complete program?
The duration of the complete BSc Computer Science program is 3 years. Each year is divided into two semesters.
What are the ways of assessing the modules of this program?
The programme is assessed using a variety of formative and summative assessment instruments, including inter alia: individual written assignments, learning team assignments, examinations and presentations.
