The University of Johannesburg provides a variety of bridge courses in several faculties including science, education, arts, and others.
Some of the notable courses under these faculties include Forensic chemistry, Geology and Geography. These courses are usually taken for a short period.
List Of Bridging Courses At UJ
1. Forensic Chemistry
A forensic chemist is a trained chemist who examines evidence recovered from crime scenes and draws conclusions based on tests performed on the evidence. As part of the larger process of solving a crime, a forensic chemist’s responsibility is to identify and analyze the evidence.
Forensic chemists handle the evidence obtained at the crime site rather than conducting investigations. Hair samples, paint chips, glass shards, and bloodstains are all examples of evidence. Many fields, including chemistry, biology, materials science, and genetics, are needed to understand the findings.
Genetics is becoming increasingly relevant in this discipline as DNA analysis becomes more common. Most forensic chemists work at federal, state, or county labs that are affiliated with the medical examiner’s office. There are, however, a variety of vocations accessible, including those in forensic science, academia, and administration.
2. Geography, environmental management, and energy
Geography and environmental management courses combine theory and practice to offer an engaging and relevant learning experience. Environmental management includes a wide range of specializations, including waste management, geographic information systems, contaminated land, social inclusion, rural enhancement, energy efficiency, and transportation policy.
3. Software Engineer/ Computer Science
A software engineering degree focuses on the practical abilities that software engineers need to create and maintain software systems. A computer science degree, on the other hand, focuses on computation theory as well as a broader variety of topics like coding, algorithms, machine learning, database administration, and information security. Both degree programs prepare students for professions in software engineering and computer programming. A computer science degree also prepares students for a wider range of jobs and leadership positions in domains including cybersecurity, cloud computing, computer architecture, and project management.
4. Animal Law
Animal law, simply put, is any legal matter involving animals. It is a combination of statutes and case law in which the nature of nonhuman animals, whether legal, social, or biological, plays a significant role. All animals are included, including companion animals, animals grown for food, animals utilized in research, education, and entertainment, as well as wildlife. Animal law covers a wide range of topics, based on the animal’s status (companion animal, wildlife, agricultural animals), the action that affects the animal, and the parties’ interests.
5. Business Rescue
A business rescue is a technique that helps a financially distressed firm get back on its feet. The business is placed under the temporary supervision of a business rescue practitioner, who administers the company’s affairs. There is a moratorium on all claimants’ rights against the corporation or in relation to all of its assets.
A business rescue plan is created in order to save the company by reorganizing its operations. A restructure of the business, its property, debt, other affairs, liabilities, and equity may be included.
Business rescue seeks to restructure the company’s affairs in such a way that it can continue to exist in the future or that it provides a greater return to the firm’s creditors than would otherwise be the case if the company was liquidated.
6. Industrial Law
The laws that govern industrial businesses are referred to as Industrial laws. These can cover a wide range of legal issues, including labor laws, environmental concerns, contracts, labor relations, and worker safety rules. The policies for each industry are as diverse as the businesses to which they apply.
7. Food science and biotechnology
Biotechnology relies on the use of cells or parts of cells in the development of information, products, and services while Food science combines chemistry, biochemistry, microbiology, nutrition, sensory science, and food engineering to investigate the nature of foods, processing methods, and food resource utilization.
Brewing and baking bread are two examples of biotechnology processes; the use of yeast (a living organism) to make the desired product.
Traditional biotechnology techniques normally use living creatures in their native state (or further improved through breeding), but modern biotechnology usually involves a more advanced alteration of the biological system or organism.
Biochemistry is the study of biological processes at the cellular and molecular level using chemicals. When scientists united chemistry, physiology, and biology to research the chemistry of biological systems at the turn of the twentieth century, Biochemistry then became a distinct subject. Biochemistry then can also be defined as a biological and chemical science that investigates the chemistry of living creatures as well as the molecular foundation for changes in living cells. It employs chemistry techniques.
Geology is the study of the Earth, its materials, the structure of those materials, and the processes that affect them. It covers the study of species that have lived on our planet in the past.
The study of how Earth’s materials, structures, processes, and creatures have changed over time is an essential element of geology. Geologists study our planet’s past to learn more about it. They can better predict how previous events and processes will influence the future if they have a deeper understanding of Earth’s history.
10. Applied Mathematics
Applied Mathematics provides you with all of the advantages of a top-notch mathematical education at a thriving center of mathematical teaching and research, with an emphasis on how we can use mathematics to better understand our world today.
You’ll have a wide range of courses to choose from, personalized attention in small settings, and a tough curriculum that emphasizes logic, rigor, and application.
Pure mathematics is concerned with solving issues and establishing theories within the field of mathematics, whereas applied mathematics is concerned with applying mathematical theory to problems in other fields such as science, engineering, and physics. Many of the theories produced by pure mathematicians are later valuable to applied mathematicians, engineers, physicists, and other scientists.
Requirements to study bridging course at UJ
- The following are the requirements for studying for the University of Johannesburg’s Bridging Courses:
- You must have a National Senior Certificate with a minimum score of 30% in the language of teaching and learning, or a Senior Certificate (SC) with at least a F symbol on HG or E symbol on SG in the language of teaching and learning. Students who do not meet the aforementioned criteria but have a National Certificate (Vocational) with at least a 40% score on the NSC in the language of teaching and learning may apply.
- Candidates who do not meet the admission requirements for degree programs can apply to study for Higher Certificates or Diplomas, which can then be used as Bridging Courses to qualify them for degree programs.
One of the best decisions you can make is to study at the University of Johannesburg. This university is one of the most well-known and well-respected educational institutions, having shaped the aspirations and careers of many of today’s professionals.