TUT National Diploma in Intelligent Industrial Systems in IT

National Diploma in Information Technology: Intelligent Industrial Systems

Qualification Code: NDII12 – NQF Level 6

Campus where offered: Soshanguve South Campus

If you’re considering a career in the field of Information Technology and have a keen interest in Intelligent Industrial Systems, then the National Diploma in Information Technology with a focus on Intelligent Industrial Systems (NDII12) might be the perfect path for you. This diploma, offered at the Soshanguve South Campus, provides an excellent foundation for those looking to delve into the exciting world of intelligent industrial systems.

Important Note for New Applicants

Before you embark on this journey, it’s crucial to note that if you plan to enroll in this qualification for the first time in 2017 or later, it will not be possible to continue onto a Baccalaureus Technologiae (BTech) degree from 2020 onward. This is because the BTech programs are being replaced by qualifications aligned with the newly-implemented Higher Education Qualification Sub-Framework. Therefore, prospective students are advised to check the university’s website for information on the new qualifications that may not be included in this prospectus.

Admission Requirements and Selection Criteria

Admission to NDII12 falls under the ICT First Years’ and Foundation Unit, so be sure to review the specific admission requirements and selection criteria outlined there to ensure you meet the necessary prerequisites.

Duration and Class Format

The NDII12 qualification has a minimum duration of three years, and classes are presented during the day. It’s important to note that intake for this qualification occurs in January only.

Exclusion, Readmission, and Recognition of Prior Learning

Details regarding exclusion and readmission can be found in Chapter 2 of the Students’ Rules and Regulations. If you have prior learning or relevant experience, you should explore Chapter 30 of the Students’ Rules and Regulations for information on Recognition of Prior Learning (RPL), equivalence, and status.

Industry Exposure

The program also includes Industry Exposure IIIB (Work-Integrated Learning), a valuable opportunity for students to gain real-world experience. However, registration for this subject is contingent upon the approval of the Head of the Department. More information about this can be found in Chapter 5 of the Students’ Rules and Regulations (paragraphs 5.2 and 5.3).

Subject Credits

Subject credits for each course are indicated in brackets after the respective subject. It’s essential to understand the credit allocation for each subject as it contributes to your overall qualification.

Curriculum Overview

First Year

In your first year, you will be introduced to the fundamental principles of computers and information technology skills. Here’s an overview of your subjects for the first year:

• First Semester:
  • Computing Fundamentals IA (0.125 credits)
  • Computing Systems IA (0.125 credits)
  • Computing Skills IA (0.125 credits)
  • Development Software IA (0.125 credits)

*Second Semester:

• Computing Fundamentals IB (0.125 credits)
• Computing Systems IB (0.125 credits)
• Computing Skills IB (0.125 credits)
• Development Software IB (0.125 credits)

Total Credits for the First Year: 1.000

Second Year

In your second year, you’ll delve deeper into IT and Intelligent Industrial Systems. Here’s an overview of your subjects for the second year:

• First Semester:
  • Games Programming IIA (0.078 credits)
  • IT Electronics IIA (0.078 credits)
  • Intelligent Industrial Systems IIA (0.075 credits)
  • IT Mathematics IA (0.094 credits)
  • Technical Programming I (0.250 credits)

*Second Semester:

• Games Programming IIB (0.078 credits)
• IT Electronics IIB (0.078 credits)
• Intelligent Industrial Systems IIB (0.075 credits)
• IT Mathematics IB (0.094 credits)
• Technical Programming II (0.250 credits)

Total Credits for the Second Year: 1.150

Third Year

Your final year will focus on advanced topics in IT and Intelligent Industrial Systems. Here’s an overview of your subjects for the third year:

• First Semester:
  • Discrete Structures I (0.100 credits)
  • Industry Exposure IIIA (0.125 credits)
  • IT Electronics IIIA (0.125 credits)
  • IT Electronics IIIB (0.125 credits)
  • Intelligent Industrial Systems III (0.250 credits)

*Second Semester:

• Industry Exposure IIIB (0.125 credits)

Total Credits for the Third Year: 0.850

Total Credits for the Qualification: 3.000

Please note that the syllabus content is subject to change to adapt to industry developments. Detailed syllabi for each subject are available at the department or in the study guide specific to each subject.

Here’s a brief overview of some of the subjects you will encounter during your studies:

• Computing Fundamentals IA and IB: Introduces you to the fundamentals of computers and information systems, computer organization, and data processing.
• Computing Skills IA and IB: Equips you with IT soft skills necessary for a successful career, including thinking skills, legal and cultural sensitivity, and interpersonal skills.
• Development Software IA and IB: Teaches problem-solving through basic programming principles, focusing on languages like C++.
• Intelligent Industrial Systems: Explores system software assembly language, factory processes, and mobile robotics.
• Games Programming: Covers game programming techniques, including artificial intelligence and 3D graphics.
• IT Electronics: Examines digital circuits, memory devices, microprocessors, and microcontrollers.
• Discrete Structures: Touches upon mathematical concepts, including logic, sets, combinatorics, graphs, and more.
• Technical Programming: Introduces object-oriented programming principles and advanced topics.
• Industry Exposure: Provides practical experience in a real-world industry setting.

This comprehensive program equips you with the knowledge and skills necessary to excel in the dynamic field of Information Technology, with a particular focus on Intelligent Industrial Systems. As you progress through the curriculum, you’ll gain a deep understanding of various IT domains and their applications in industrial settings.

Remember that the world of technology is ever-evolving, and your education will prepare you to adapt to these changes and contribute to the future of intelligent industrial systems. Good luck on your educational journey towards a National Diploma in Information Technology!