Computers & IT (Non-Engg)

50% is the cut off.
Candidate must have passed any recognized BCA / bachelor's degree in computer science engineering or equivalent degree and obtained an aggregate minimum of 50% marks (45% of marks in case of SC, ST and Category-I of Karnataka candidates) taken together in all the subjects in all the years of the Degree Examination from any recognized institute/university. OR Candidate must have passed B.Sc. / B.Com / B.A. with Mathematics at 10 + 2 level or at Graduation level (with additional bridge courses as per the norms of the concerned University) and obtained an aggregate minimum of 50% marks (45% of marks in case of SC, ST and Category-I of Karnataka candidates) taken together in all the subjects in all the years of the Degree Examination from any recognized institute/university. Final year students can also apply on provisional basis.

I have earned a Master of Science in Full Stack Product Engineering via a distance learning programme. Many false starts led me to finally enroll at NIIT. They also showed me a slew of online learning platforms like Udemy and Coursera. Instead, I decided that NIIT was the best option for me. This course's focus on emerging technologies was crucial in my career shift from IT specialist to product engineer. In this class, you will learn the fundamentals of product engineering and how to apply them in practice. This course will teach you all you need to know about their architecture, implementation, service delivery, Agile, and more. The course material is organized in a manner that facilitates learning and memory retention of all the key ideas. Having their certification is a huge plus in the IT industry.

Mathematical reasoning is at the heart of programming. Learning to think fluently about data structures, algorithms, functions, effects, abstraction, and generalization is essential for every programmer. A issue has to be grasped, struggled with, solved, and then solved better. You need to critically consider your options, settle on a strategy that seems to have the most promise, and then figure out whether or not you can really implement it. What we have here is mathematics. Can someone who is poor at arithmetic improve their skills via practice?
To begin, there is no such thing. Mathematics covers a wide range of topics, and most people excel at some of them more than others. If you consider yourself ""poor at math, "" it's likely because you're having trouble with the math courses you're taking. This may be because they are actually tough for you, or maybe they aren't being taught in a manner that connects with you, or it may indicate that you have a profound gap in your mathematical development from when you were nine years old. This occurs often. There's no way for me, or anybody, to estimate your exact bad at math circumstance. The issue may or may not have a solution. It would be as harsh to urge you to give up and to encourage you not to worry, just trust in yourself and study. All I can tell you is that software engineering issue solving is not separate from math problem solving. Focus on the latter if you want to improve the former. It's typically something you learnt a long time ago but still don't fully grasp, so it's a good idea to obtain an outside opinion on what's causing your problem.

Learning one makes it much simpler to learn the other; this is because C+ and Java share a lot of syntax with one another and are both based on C. From what we can SEE they have no plans to reduce their footprint any time soon. There's nothing now available that can replace them (Java attempted to displace C+, but it could only carve out a small sliver of the market). In comparison to Java, I find C+ to be more sophisticated and robust. You may be fooled by Java's apparent simplicity and cleanliness, but you'll soon find that the language's insistence on having you do certain things a certain way (such as no operator overloading, for completely unfounded reasons) or simply not giving you any choice (such as no control over your own programme's memory usage, meaning you're stuck relying on Java's built-in, terrible memory management) can be a real pain. I'm not trying to persuade you not to study Java; on the contrary, I think it's essential for your professional success. If you're just getting started with coding or have any say in the matter of launching a new project, consider C+. .