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Bachelor of Materials Engineering Course Requirements at TUT

The Bachelor of Engineering Technology in Materials Engineering with a specialization in Polymer Technology at TUT focuses on the study, design, and manipulation of polymer materials. Offered at the Pretoria Campus, this NQF Level 7 program requires 420 credits and spans over three years, preparing students for a range of technical and research roles in the polymer industry.

Admission Requirements for Bachelor of Engineering Technology in Materials Engineering (Polymer Technology)

For applicants with a National Senior Certificate obtained in or after 2008:

  • Admission requirements: A National Senior Certificate or equivalent with a bachelor’s degree endorsement, achieving at least a level 4 in English (home language or first additional language), level 5 in Mathematics or Technical Mathematics, and level 5 in Physical Sciences or Technical Sciences.
  • Selection criteria: An Admission Point Score (APS) of at least 28 (excluding Life Orientation).
  • Recommended subjects: Engineering Graphics and Design, Mechanical Technology.

For applicants with a National Certificate (Vocational) at NQF Level 4:

  • Admission requirements: A National Certificate (Vocational) at NQF Level 4 with a bachelor’s degree endorsement from Umalusi, achieving at least 50% for English, 60% for Mathematics and Science, and 60% for any three other compulsory vocational subjects.
  • Selection criteria: An APS of at least 28 (excluding Life Orientation).

For applicants with a National N Certificate/National Senior Certificate as published in Report 191: N3 (NQF Level 4):

  • Admission requirements: A National Senior Certificate or a National N Certificate with languages as published in Report 191: N3, issued by DHET and Umalusi, with at least 50% for English, Mathematics N3, Engineering Sciences N3, and any other two additional subjects.
  • Selection criteria: An APS of at least 28.

For applicants with a N6 Certificate in a related Engineering field as published in Report 191: N6:

  • Admission requirements: A N6 Certificate in a related Engineering field, with an average of at least 60% for the qualification, and successful completion of an English Language Proficiency Assessment by the university.

For applicants with qualifications on the Higher Education Qualification Sub-Framework (HEQSF) offered by Universities of Technology:

  • Eligibility: Applicants with qualifications such as a Higher Certificate, Advanced Certificate, or Diploma in Materials Engineering in Polymer Technology, or a National Diploma in Polymer Technology, with the required average percentages.

Application Process

  1. Apply Online: Submit your application through the TUT Application Portal by the closing date on September 30.
  2. Review and Selection: All applications are evaluated based on the APS score and the capacity of the program. Top-ranking applicants based on these criteria will be selected.
  3. Notification: Successful applicants will receive official communication from the Office of the Registrar, and can also check their application status on the TUT website.

Career Opportunities

Graduates can pursue various careers in industries that involve:

  • Production and Marketing of Plastic Commodities: As technologists and engineers managing production and processing of raw materials and products.
  • Research and Development: Engaging in innovative work on polymer nano-composites, biomedical applications of polymers, waste management, polymer synthesis, and more.
  • Quality Assurance and Product Development: Overseeing the development and quality control of new plastic products and materials.

Further Studies

Graduates may advance their education with:

  • Bachelor of Engineering Technology Honours (BEngTechHons)
  • Master of Engineering (MEng)
  • Doctor of Engineering (DEng) in Polymer Technology

This program not only provides technical education in the processing and development of polymer-based materials but also equips students with the skills needed for innovative work in the evolving field of materials engineering.

High School Subject Guide to Study Materials Engineering with a Specialization in Polymer Technology at TUT

When targeting a Bachelor of Engineering Technology in Materials Engineering with a specialization in Polymer Technology at Tshwane University of Technology (TUT), the right subject requirements from Grade 10 through Grade 12 are crucial. Here’s what you need to focus on:

  1. Mathematics: The backbone of engineering, Mathematics provides the analytical skills needed to handle formulas and problem-solving in polymer technology. Ensure you opt for Technical Mathematics if pure Math seems daunting.
  2. Physical Sciences: This subject is vital as it covers the chemical properties and reactions crucial to understanding and innovating polymer materials. Real-world applications like creating eco-friendly packaging or durable automotive parts illustrate its importance.
  3. Engineering Graphics and Design (EGD): EGD is essential for visualizing and designing material compounds and products. Imagine using CAD software to design a new biodegradable material—this starts with EGD.
  4. Information Technology: With the industry leaning towards digital manufacturing and quality control, skills in IT will prepare you for cutting-edge technology like 3D printing of polymer products.
  5. Life Sciences: While not a traditional choice, Life Sciences can be invaluable for understanding the biological applications of polymers, such as in medical implants or controlled drug release systems.

Selecting these subjects from Grade 10 to Grade 12 will not only prepare you academically but also give you a preview of what to expect in your university studies.

Why You Should Consider This Course

  1. Critical Role in Sustainability: Materials engineers specializing in polymers are at the forefront of developing sustainable materials. For example, creating bioplastics from plant-based resources can significantly reduce pollution and reliance on fossil fuels.
  2. Innovation in Health Care: Imagine engineering biocompatible polymers that can be used in human tissue engineering or as part of medical devices. This course could lead you to improve millions of lives through healthcare innovations.
  3. Diverse Industrial Applications: From automotive to aerospace, sports equipment to electronics, polymers are integral to various products. Your expertise could drive advancements in any of these industries.
  4. Entrepreneurial and Research Opportunities: With a deep understanding of polymer technology, you could start your own company focused on developing new polymer products or improving existing ones. Alternatively, you could lead research projects that push the boundaries of how polymers are used today.
  5. Global Demand for Polymer Specialists: As industries worldwide strive for new materials that combine sustainability with performance, your skills will be in high demand not only in South Africa but globally, offering extensive career and travel opportunities.

Through this course at TUT, you are not just learning about materials; you’re preparing to make a bold impact on the world’s technological and environmental future.


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