Maths

To pursue an MBA, you need to qualify for entrance exams such as CAT MAT XAT NMAT SNAP etc. The Common Admission Test CAT is one of the most popular and competitive MBA entrance exams in India. However, it is not necessarily the easiest exam to qualify for. The level of difficulty of these exams can vary depending on various factors like the exam pattern, syllabus, and individual strengths and weaknesses. However, all of these exams require a certain level of proficiency in quantitative reasoning, which includes mathematics. Since you mentioned that you only know 10th level math, you may find the quantitative section of these exams challenging. However, you can start by brushing up on your basic math skills and gradually building your proficiency through practice and coaching. It is important to note that the "the easiest" exam to qualify for may not necessarily be the best choice for you in terms of admission to a good MBA programme. It is recommended that you research the admission criteria and cut-off scores of the MBA programs you are interested in and choose the entrance exam that aligns with those requirements.

Yes, it is possible to pursue BCA in India and then an MS in Cybersecurity in New Zealand. To pursue BCA in India, you need to meet the eligibility criteria set by the university you are interested in. Typically, it requires passing 12th grade with a minimum percentage in commerce and mathematics. After completing your BCA in India, you can apply for an MS in Cybersecurity in New Zealand. To pursue an MS in Cybersecurity in New Zealand, you will need to meet the admission requirements set by the university you are interested in. This may include having a relevant undergraduate degree, meeting the English language requirements, and meeting the minimum GPA or academic score required for the programme. It is important to research and understand the admission requirements and application process of the universities you are interested in. Additionally, you may need to fulfill other requirements, such as obtaining a student visa, before you can study in New Zealand.

The mathematics that a more experienced programmer WILL NEED in the workplace is covered in computer Science courses. The mathematics that a computer scientist WILL require and a programmer MIGHT need are included in the subject of mathematics and computing. You mention that you want to work in the software development industry, therefore computer Science would be the best option for you (in my opinion), since I am a firm believer that you can learn what you need as and when it is needed (something you will already have to do). It is a waste of time (again in my opinion) to devote some of your college time to academics to studying something you might need. However, a very small percentage of people choose Maths and computing.

Your interest will determine this. Software engineering should be your first choice if you're interested in coding careers; but, if you're genuinely interested in mathematical coding, algorithms, and statistical analysis, mathematics and computer should be your first choice. Each branch has its own set of benefits and drawbacks. The Department of Computer Engineering is responsible for software engineering. The main focus of your four-year study schedule is software development. The curriculum has been upgraded and is regarded as superior than computer engineering. The DTU Department of Applied Mathematics is where mathematics and computing are housed. The course content is arranged so that students learn the necessary coding abilities as well as all the significant mathematical components of scientific inquiries. The course is quite challenging, and you'll be haunted by pure mathematics.

A well-liked undergraduate degree programme that provides a solid foundation in the three essential courses is the B.Sc. With Math, Physics and Computer Science as the majors. The goal of this curriculum is to give pupils a thorough understanding of the mathematical, physical, and computational foundations of contemporary Science and technology. Students will study advanced subjects such Differential Equations mathematical modeling, quantum mechanics, computer programming, data structures, algorithms, and software development during the course of the curriculum. Through projects, programming assignments, and lab investigations, they will also obtain real-world experience. Graduates with a B.Sc. In Math, Physics and Computer Science have a wide range of employment opportunities to choose from, including software development, data analysis, engineering, teaching, and many more.