SUBJECT CHOICES FOR GRADE 10

Numerical Reasoning

Numerical reasoning is the ability to think and operate with numbers effectively. It involves interpreting and analyzing data, solving problems, and drawing conclusions based on numerical information. For the learner considering career options, numerical reasoning is essential. It's like having a toolkit for tackling quantitative challenges, whether it's analyzing financial data, interpreting statistical trends, or solving mathematical problems. With strong numerical reasoning skills, the learner can confidently navigate numerical information, make informed decisions based on data analysis, and solve complex problems with ease. It's like having a superpower that empowers them to excel in fields that require quantitative thinking, such as finance, engineering, or scientific research. Moreover, numerical reasoning isn't just about crunching numbers—it's also about making sense of the information presented and drawing meaningful conclusions. Whether the learner is analyzing market trends, calculating probabilities, or designing experiments, sharpening their numerical reasoning skills will be invaluable for their career journey. So, whether they're exploring career paths in finance, engineering, or data science, improving their numerical reasoning skills will open doors to diverse opportunities and enable them to thrive in a data-driven world.

Superior score

Non-verbal Reasoning

Non-verbal reasoning involves analyzing information and solving problems using visual or practical reasoning. It's the ability to make sense of the world and respond to it without necessarily relying on words, essentially reading between the lines and applying logic. For the learner exploring career paths, non-verbal reasoning is invaluable. It's like having a toolkit for deciphering visual puzzles, understanding spatial relationships, and solving problems creatively. With strong non-verbal reasoning skills, the learner can effectively interpret visual information, identify patterns, and make logical connections. It's like having a superpower that allows them to excel in fields such as design, architecture, engineering, and technology. Moreover, non-verbal reasoning isn't just about seeing—it's about understanding and responding to visual cues in a meaningful way. Whether the learner is designing a building, creating digital graphics, or solving puzzles, sharpening their non-verbal reasoning skills will be essential for success in their chosen career path. So, whether they're drawn to careers in art, engineering, or technology, honing their non-verbal reasoning skills will equip them with the tools they need to thrive in a visually-driven world.

Superior score

PERSONALITY TRAITS

Personality type can influence job satisfaction by aligning individuals' inherent traits and preferences with job characteristics, work environments, and tasks that resonate with their personality. This leads to a higher likelihood of satisfaction and fulfilment in their chosen career path. However, job satisfaction is also influenced by numerous other factors, such as compensation, work-life balance, and growth opportunities. Below are your top two personality traits. You will notice under the "Career Fields" section, that each of these traits is listed on each career field with an indication of whether the career field matches your personality

Thinker

The more investigative type of person

Thinkers are people who exercise their minds and devote a lot of time to thought and rationalisation. When thinkers come across problems, they won’t give but would rather think about the problem until they are able solve it. Thinkers prefer to be on their own because they do not like to be disturbed. They work hard but creatively. Thinker’s love coming up with new solutions to problems. They understand concepts and ideas easily and prefer to think strategically and logically. Many of the great inventors were thinkers. They are not overly emotional and don’t show their real feelings easily. Thinkers value Science and theory and see themselves as precise, intellectual and self-efficient.

Organiser

The more conventional type of person

Organisers get things done in an orderly and systematic manner. They like to be in control and value hard work. Organisers usually make lists and work according to them. They are energetic and usually busy doing something. They like to work with people and work best when overseeing a project. Organisers thrive on challenges and need clear and specific instructions. They love creating order out of chaos. Organisers manage time very well and are good with numbers and statistics. They love to organise and prioritise what must be done and follow a set plan. Organisers don’t like unstructured activities and value success in all that they do.

JOBS

In the Jobs section, we bridge the gap between learners' aspirations and practical possibilities. Using their reasoning results, personality profile, and job interests, we provide a selection of 1 to 5 potential career fields that match the learners' interests and abilities. Each job listed will show compulsory subjects, recommended subjects and in some cases subject comments.

The process also indicates whether the learners' personality traits align with the job requirements. Traits that match are highlighted in green, while those that do not are highlighted in red. Learners are encouraged to select jobs where both traits align, as this increases the likelihood of job satisfaction. At a minimum, they should choose jobs with at least one matching trait to ensure a better fit between their personality and the job requirements.

NOTE: Subject recommendations may vary. The learner should always verify with school counsellors or relevant authorities for the most current requirements for their chosen career path.

Mechanical engineer

Subject requirements

Subject Requirements

Mechanical engineering is a broad field that involves the design, analysis, manufacture, and maintenance of mechanical systems. This career path often involves working in industries such as automotive, aerospace, energy, and manufacturing. Mechanical engineers use principles of physics and mathematics to solve problems and create efficient solutions.

Required Subjects

To pursue a career in Mechanical Engineering in South Africa, you need to take the following subjects in Grade 10:

1. Mathematics (not Mathematical Literacy)
2. Physical Sciences

These subjects are crucial as they form the foundation of the knowledge you will need in your tertiary studies and career. This information is based on the admission requirements of major South African universities such as the University of Cape Town and the University of the Witwatersrand.

Minimum Admission Requirements

The minimum APS (Admission Point Score) typically required for Mechanical Engineering varies between universities. However, a score of around 34-42 is generally required.

For Mathematics and Physical Sciences, a minimum mark of 70% is typically required. Some universities may also require English and/or another South African language at a certain level.

Please note that these are minimum requirements and meeting them does not guarantee admission, as many programs have limited space and are competitive.

Recommended Subjects

In addition to the required subjects, the following subjects are recommended:

1. Engineering Graphics and Design
2. Computer Applications Technology

These subjects will provide additional skills and knowledge that are beneficial in the field of Mechanical Engineering.

Choosing the right subjects in Grade 10 is crucial for pursuing a career in Mechanical Engineering. These subjects will provide the foundational knowledge needed for your tertiary studies and future career. It's important to perform well in these subjects as admission into Mechanical Engineering programs is competitive.

Please note that the information provided is based on the current admission requirements of major South African universities and the latest DBE subject guidelines. It's recommended to verify this information with the specific universities you're interested in applying to.

Reasoning Ability

Verbal reasoning is important for a mechanical engineer because it helps them explain complex technical details in a simple way. Numerical reasoning is very important for a mechanical engineer because it involves a lot of calculations and data analysis, which are crucial for designing systems. Non-verbal reasoning is important for a mechanical engineer because it aids in visualizing and manipulating designs and components in three-dimensional space.

Personality matches

Top personality traits for this role are Doer and Thinker, indicating hands-on and analytical abilities. Isn't that amazing? Mechanical engineers get to bring their ideas to life and see the real-world impact of their designs. How cool is that?

DOER

THINKER

Chemical engineer

Subject requirements

Subject Requirements

Chemical engineering is a multidisciplinary field that combines natural and experimental sciences (such as chemistry and physics), along with life sciences (such as biology, microbiology and biochemistry) plus mathematics and economics to design, develop, produce, transform, transport, operate and manage the industrial processes that turn raw materials into valuable products.

Required Subjects

To pursue a career in Chemical Engineering in South Africa, the following subjects are typically required at the Grade 10 level:

1. Mathematics (not Mathematical Literacy)
2. Physical Sciences (Physics and Chemistry)
3. English (as language of communication and learning at tertiary level)

These subjects are required for admission into most South African universities offering Chemical Engineering. The information is based on the admission requirements of major South African universities like the University of Cape Town, University of Witwatersrand, and University of Pretoria.

Minimum Admission Requirements

The minimum APS (Admission Point Score) typically required for Chemical Engineering varies between universities but is generally around 36 - 42.

For Mathematics and Physical Sciences, a minimum mark of 70% is typically required. English is also important, with a minimum mark usually around 60%.

Some universities may also require you to write the National Benchmark Test (NBT).

Recommended Subjects

In addition to the required subjects, the following subjects are recommended:

1. Computer Applications Technology (to develop computer literacy which is important in modern engineering)
2. Life Sciences (for a better understanding of biological processes)

These subjects are not compulsory but can provide a good foundation for the study of Chemical Engineering.

Choosing the right subjects in Grade 10 is crucial for pursuing a career in Chemical Engineering. Mathematics and Physical Sciences form the backbone of Chemical Engineering and are therefore compulsory. English is important for communication and learning at the tertiary level. Additional subjects like Computer Applications Technology and Life Sciences can provide a broader base and make the study of Chemical Engineering more comprehensible.

Please note that the specific requirements may vary between universities and over time, so it is important to verify the current requirements with the specific universities you are interested in.

Reasoning Ability

Verbal reasoning is important for a chemical engineer because it helps them explain complex processes in a simple way. Numerical reasoning is very important for a chemical engineer because it's crucial for making precise calculations in their work. Non-verbal reasoning is important for a chemical engineer because it aids in understanding diagrams and models of chemical processes.

Personality matches

The personality traits most aligned with a Chemical Engineer are Thinker and Creator. Thinkers love diving deep into complex problems, and Creators enjoy coming up with innovative solutions to those challenges. You’ve got this!

THINKER

CREATOR

Computer software engineer

Subject requirements

Subject Requirements

A Computer Software Engineer is a professional who applies the principles of software engineering to the design, development, maintenance, testing, and evaluation of computer software. This career path often begins with a tertiary education in computer science or a related field, followed by entry-level work in software development or computer programming. As one gains experience, they may move into more specialized roles or leadership positions.

Required Subjects

To study Computer Science or Software Engineering at a tertiary level in South Africa, the following subjects are typically required at the Grade 12 level:

1. Mathematics (not Mathematical Literacy)
2. Physical Sciences

These subjects are recommended by the Department of Basic Education for learners who wish to pursue careers in the Engineering and Technology field.

Source: Department of Basic Education, South Africa

Minimum Admission Requirements

The minimum APS (Admission Point Score) typically required for admission into Computer Science or Software Engineering programs varies between South African universities. However, a common requirement is an APS of 32-34.

In terms of specific subjects, a minimum mark of 60% in Mathematics is often required. Some universities may also require a minimum mark in Physical Sciences.

Please note that these are general requirements and specific universities may have additional or different requirements. Always check with the specific institution for the most accurate information.

Source: University of Cape Town, University of the Witwatersrand, University of Pretoria

Recommended Subjects

In addition to the required subjects, the following subjects are recommended to support your application to study at the tertiary level to become a Computer Software Engineer in South Africa:

1. Information Technology
2. Engineering Graphics and Design

These subjects can provide a good foundation for the concepts and skills you will learn in a Computer Science or Software Engineering program.

Source: Department of Basic Education, South Africa

Choosing the right subjects in Grade 10 is a crucial step towards your career as a Computer Software Engineer. These subjects will not only help you meet the admission requirements of your chosen tertiary program, but they will also provide a strong foundation for the skills and knowledge you will need in this field. Always remember to verify the specific requirements of the universities you are interested in, as they may vary.

Reasoning Ability

Verbal reasoning is very important for a Computer Software Engineer because it helps them explain complex ideas in simple terms. Numerical reasoning is very important as well because it's crucial for understanding and applying mathematical concepts in coding. Non-verbal reasoning is important because it aids in solving problems and designing software without necessarily using words.

Personality matches

Top personality traits for this role are Thinker and Creator, indicating strong analytical skills and a knack for innovation. Thinkers excel in logical thinking and problem-solving, essential for developing new software. Creators bring imagination and originality to the table, making sure the software is not only functional but also user-friendly and innovative. Isn't that amazing?

THINKER

CREATOR

Electronic engineer

Subject requirements

Subject Requirements

The career path of an Electronic Engineer involves designing, developing, testing, and supervising the manufacturing of electronic equipment such as broadcast and communications systems, GPS devices, or portable music players. This career requires a strong understanding of electronic theory, mathematics, and materials properties.

Required Subjects

To pursue Electronic Engineering at the tertiary level in South Africa, you must take the following subjects in Grade 10:

1. Mathematics (not Mathematical Literacy)
2. Physical Sciences

These subjects are crucial as they form the foundation of the concepts you will encounter in your tertiary studies. The information is based on the admission requirements of major South African universities such as the University of Cape Town and the University of the Witwatersrand.

Minimum Admission Requirements

The minimum APS (Admission Point Score) typically required for Electronic Engineering varies between universities. However, a score of around 36-42 is generally required.

For Mathematics and Physical Sciences, a minimum mark of 70% (Level 6) is typically required. Some universities may also require English and/or another South African language at a certain level.

Please note that these are the minimum requirements and meeting them does not guarantee admission as many programs have limited space and are competitive.

Recommended Subjects

In addition to the required subjects, the following subjects are recommended:

1. Computer Applications Technology (CAT)
2. Information Technology

These subjects will provide you with a good foundation in understanding how computers and software are used in the modern world, which is beneficial for an Electronic Engineer.

Choosing the right subjects in Grade 10 is crucial for your path to becoming an Electronic Engineer. Mathematics and Physical Sciences are essential as they form the basis of the engineering principles you will learn at the tertiary level. Additional subjects like Computer Applications Technology and Information Technology can also be beneficial in providing a broader understanding of the field. Always ensure to check the specific requirements of the universities you are interested in applying to, as they may have additional requirements or recommendations.

Reasoning Ability

Verbal reasoning is crucial for explaining complex concepts and collaborating effectively. Numerical reasoning is essential for designing and analyzing electronic systems, while non-verbal reasoning aids in solving physical layout and circuit design problems. Thinker and Creator are the most aligned traits, indicating strong analytical skills and innovative thinking needed to develop new solutions.

Personality matches

THINKER

CREATOR

Biomedical engineer

Subject requirements

Subject Requirements

Biomedical engineering is a multidisciplinary field that combines engineering principles with medical and biological sciences to design and create equipment, devices, computer systems, and software used in healthcare. Biomedical engineers work in a variety of settings, including hospitals, research facilities, and manufacturing companies. The career path typically involves obtaining a bachelor's degree in biomedical engineering or a related field, followed by gaining work experience or further education in a specialized area of biomedical engineering.

Required Subjects

To pursue a career in biomedical engineering in South Africa, you will need to take the following subjects in Grade 10:

1. Mathematics
2. Physical Sciences
3. Life Sciences

These subjects are crucial as they form the foundation of the knowledge you will need in your tertiary studies. This information is based on the admission requirements of major South African universities such as the University of Cape Town and the University of the Witwatersrand.

Minimum Admission Requirements

The minimum APS (Admission Point Score) typically required for Biomedical Engineering courses in South Africa is around 42-43. You will need to achieve a minimum mark of 70% in Mathematics and Physical Sciences. Some universities may also require a minimum mark in Life Sciences. Please check the specific requirements of the university you are interested in as they may vary.

Recommended Subjects

In addition to the required subjects, it is recommended that you take the following subjects to support your application:

1. English (First Additional Language) - This will help you with report writing and communication, which are important skills for a biomedical engineer.
2. Information Technology - This will give you a head start in the computer-based aspects of biomedical engineering.

These recommendations are based on the skills and knowledge that are beneficial to a career in biomedical engineering.

Choosing the right subjects in Grade 10 is crucial for your career path in biomedical engineering. The subjects you choose will form the foundation of the knowledge and skills you will need in your tertiary studies and future career. It's important to choose subjects that you are interested in and good at, but also keep in mind the requirements of the career you want to pursue. Always check the specific requirements of the university you are interested in as they may vary.

Please note: This information is based on the current university prospectuses and the latest DBE subject guidelines. Always verify this information with the relevant sources.

Reasoning Ability

Verbal reasoning is important for a biomedical engineer because it helps them communicate complex medical and technical information effectively. Numerical reasoning is very important for a biomedical engineer as it is crucial for designing experiments and analyzing data. Non-verbal reasoning is very important for a biomedical engineer because it aids in the visualization and design of complex medical devices.

Personality matches

The personality traits most aligned with a Biomedical Engineer are Thinker and Creator. Thinkers excel in solving complex problems using logical analysis, and Creators bring innovation and design thinking to develop new medical solutions.

THINKER

CREATOR

SUBJECT CHOICES

After thoroughly reviewing this report, and paying particular attention to the listed jobs and available subjects, the learner thoughtfully selects subjects that align with their preferred career paths. Once the subjects are chosen, the school reviews the selections and either confirms them or provides alternative recommendations.

Subjects

Learner subject selections

Life Orientation
English (Home Language)
Afrikaans (First Additional Language)
Mathematics
Accounting
Engineering Graphics and Design
Computer Applications Technology

Date selected: 2024-06-26 16:59:18

School recommendations

Life Orientation
English (Home Language)
Afrikaans (First Additional Language)
Mathematics
Physical Sciences
Business Studies
Computer Applications Technology

Reviewed on: 2024-06-26 17:01:57

Recommendation notes

Raphilwe is a talented student. However, we recommend that she takes Physical Sciences rather than Accounting as her primary job choices are Engineering and Physical Sciences is a mandatory subject.

AVAILABLE SUBJECTS

Below is a list of subjects available at SkillsPassport High School

Accounting

Accounting is a subject that teaches learners how to record, summarize and interpret financial transactions of individuals and organizations. It provides learners with the knowledge and skills required to prepare financial statements, analyze financial information and make informed decisions. Accounting is a valuable subject for learners who plan to pursue careers in accounting, finance, or business.

Afrikaans (First Additional Language)

Afrikaans First Additional Language (FAL) is a subject taught in South African schools to enhance proficiency in Afrikaans. It caters to learners whose first language is not Afrikaans, aiming to develop reading, writing, speaking, and listening skills. The curriculum focuses on vocabulary, grammar, comprehension, and communication. Afrikaans FAL promotes academic success and fosters multiculturalism by engaging learners with Afrikaans language and literature. Its goal is to equip learners with the language skills needed for effective communication in Afrikaans-speaking environments

Agricultural Management Practices

Agricultural Management Practices is a subject that teaches learners the principles and practices of managing agricultural enterprises. Topics covered include animal and plant production, soil science, irrigation, and pest management. The subject aims to develop learners' understanding of sustainable agriculture and equip them with practical skills to manage farms and agribusinesses. Agricultural Management Practices is essential for learners who plan to pursue careers in agriculture or related fields.

Agricultural Sciences

Agricultural Sciences is a subject that explores the principles and practices of agricultural production. Topics covered include animal and plant biology, soil science, genetics, and agribusiness. The subject aims to develop learners' understanding of sustainable agriculture and equip them with practical skills to manage farms and agribusinesses. Agricultural Sciences is essential for learners who plan to pursue careers in agriculture or related fields, and for those who are interested in food production and sustainability.

Agricultural Technology

Agricultural Technology is a subject that explores the application of technology in agriculture. Topics covered include precision farming, irrigation technology, and agricultural machinery. The subject aims to develop learners' understanding of how technology can improve agricultural efficiency and sustainability. Agricultural Technology is essential for learners who plan to pursue careers in agriculture or related fields, and for those who are interested in the intersection of technology and agriculture.

Business Studies

Business Studies is a subject that provides learners with an understanding of the business environment, including business management, accounting, marketing, and entrepreneurship. It focuses on developing learners' analytical and critical thinking skills and preparing them for future careers in business, finance, or entrepreneurship. Business Studies is a valuable subject for learners who are interested in pursuing business-related fields or starting their own business.

Civil Technology

Civil Technology covers civil engineering topics like surveying, construction, and design, developing practical skills in design, problem-solving, and project management essential for careers in civil engineering or construction. It is crucial for learners interested in pursuing these fields.

Computer Applications Technology

Computer Applications Technology is a subject that teaches learners how to use computer software applications to solve problems and manage information. Topics covered include database management, programming, multimedia, and web development. The subject aims to develop learners' digital literacy, problem-solving skills, and creativity. Computer Applications Technology is essential for learners who plan to pursue careers in software development, information technology, or any other computer-related field.

Consumer Studies

Consumer Studies is a subject that explores the principles of consumerism, focusing on food and clothing management. It teaches learners about the importance of nutrition, personal finance, and consumer rights. By studying Consumer Studies, learners develop critical thinking skills, decision-making abilities, and gain a deeper understanding of healthy living practices. It is an essential subject for those planning to pursue careers in fields such as hospitality, fashion, or health and wellness.

Electrical Technology

Electrical Technology covers electrical engineering topics like circuitry, power systems, and electronics, developing practical skills in design, analysis, and problem-solving essential for careers in electrical engineering or related fields. It is crucial for learners interested in pursuing these fields.

Engineering Graphics and Design

Engineering Graphics and Design (EGD) is a subject that teaches learners how to communicate technical designs and ideas through drawings and models. It develops skills in design thinking, problem-solving, and spatial visualization that are essential for engineering and design careers. Mathematics is a critical foundation for EGD, providing the necessary mathematical tools and concepts needed for successful completion of the subject.

English (Home Language)

English Home Language (HL) is a subject taught in South African schools as the primary language of instruction. It is designed for learners whose first language is English or who have a high level of proficiency in the language. The curriculum emphasizes advanced reading, writing, speaking, and listening skills. Learners engage with a variety of texts, including literature, to deepen their understanding of English language and culture. English HL aims to develop critical thinking, communication, and language proficiency for academic and personal success

isiNdebele

IsiNdebele is a language subject taught in South African schools to enhance proficiency in isiNdebele. It caters to learners whose first language is not isiNdebele, aiming to develop reading, writing, speaking, and listening skills in the language. The curriculum focuses on vocabulary, grammar, comprehension, and communication, aiming to equip learners with the necessary language skills for effective communication in isiNdebele-speaking environments. IsiNdebele plays a significant role in South African schools, promoting multiculturalism and preserving the cultural heritage of the Ndebele people. By engaging with isiNdebele language and literature, learners not only enhance their language skills but also develop a deeper understanding and appreciation of Ndebele culture and traditions

isiXhosa

IsiXhosa is a language subject taught in South African schools to enhance proficiency in isiXhosa. It caters to learners whose first language is not isiXhosa, aiming to develop reading, writing, speaking, and listening skills in the language. The curriculum focuses on vocabulary, grammar, comprehension, and communication, with the goal of equipping learners with the necessary language skills for effective communication in isiXhosa-speaking environments. IsiXhosa plays a significant role in South African schools, promoting multiculturalism and preserving the cultural heritage of the Xhosa people. By engaging with isiXhosa language and literature, learners not only enhance their language skills but also develop a deeper understanding and appreciation of Xhosa culture and traditions

Life Orientation

Life Orientation is a subject that aims to develop learners' personal, social, and emotional well-being. Topics covered include physical education, health education, personal development, and social responsibility. The subject aims to equip learners with skills and knowledge that will enable them to lead healthy and fulfilling lives. Life Orientation is essential for learners who want to develop their personal and social skills, and for those who plan to pursue careers in fields that require strong interpersonal skills.

Mathematical Literacy

Mathematical Literacy is a subject that covers practical aspects of mathematics, such as financial literacy, data handling, and measurement. It focuses on developing learners' mathematical knowledge and skills necessary for everyday life, and for careers not requiring advanced mathematical skills. Mathematical Literacy is a crucial subject for learners who plan to pursue careers in fields like social sciences, humanities, or business. Through the study of Mathematical Literacy, learners will develop critical thinking, problem-solving, and decision-making abilities, essential for functioning in modern society.

Mathematics

Mathematics is a comprehensive subject that covers topics such as algebra, trigonometry, geometry, and calculus. It focuses on developing learners' mathematical knowledge, problem-solving skills, and critical thinking abilities. Mathematics is a crucial subject for learners who plan to pursue careers in STEM fields or tertiary studies in mathematics-related fields.

Physical Sciences

Physical Sciences covers topics in physics and chemistry, focusing on fundamental principles of matter and energy, and developing critical thinking, mathematical ability, and practical experimentation skills. It is essential for learners who plan to pursue careers in STEM fields or tertiary studies in science-related fields.