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7 Programming Lies You Need to Stop Believing

Programming lies you need to stop believing the ever-evolving field of programming and development is piquing interest in people across all fields. These have now become one of the most sought-after skills of the 21st century. At the same time, several myths, lies, and misconceptions about the field need to be busted. These misconceptions could be simple exaggerations or wrong expectations or figments of someone’s imagination, but are popular nonetheless.

So, here’s the list of the most common lies out there about programming that programmers themselves are tired of hearing.

AI can replace programmers

With the launch of ChatGPT and Copilot-like AI models that can write code, came the question whether the developers’ jobs are safe or not. While it is true that AI’s ability to write code is not questionable, it still falls short of the creativity that a developer holds. Moreover, the code can be prone to bugs, and since a human hasn’t written it, debugging it becomes an even harder task.

Anybody can learn to code in a week

Though it is true that anybody can start learning to code, being proficient takes a lot of time, practice, and effort. Coding requires an understanding of various concepts and the ability to mould them for solving real world problems. The advent of auto-code platforms has made it easier for non-developers to build applications, but even these applications do not explain or overpower the nitty-gritty that experienced developers can circumvent or solve.

Programming languages are interchangeable

Different programming languages are design for different purposes, and switching from one language to another can be a challenging process. While it is possible to learn multiple programming languages, each language has its own unique syntax and way of thinking, making it important to have a deep understanding of the language you are working with.

You have to be a maths genius to be a programmer

Mathematics is an important component of computer science and programming, but it is not the only factor that determines a programmer’s success. Though being a mathematical genius can definitely boost your skills to another level, many successful programmers have a strong background in logic, critical thinking, and problem-solving skills, which are more important than mathematical prowess. And just as mentioned before, it is increasingly becoming easy for a novice to enter the field with code-writing assistant tools, and learning maths for programming is getting less and less important.

Programming requires no creativity, only working on repetitive tasks

Programming is as much an art as it is science. It involves solving complex problems and coming up with innovative solutions, therefore programmers must be able to think outside the box and find new ways to approach a problem, rather than simply following a set of instructions. The ability to think creatively is essential in the field of programming because it allows individuals to develop unique and impactful softwares that meet the needs of users. While some aspects of programming can be repetitive, the work of a programmer is far from boring. It requires creativity, problem-solving, and the ability to think outside the box.

Becoming a programmer requires a degree

Many successful programmers have taught themselves and obtained their skills through online courses, workshops, bootcamps, or even on-job training. Most of the degrees in programming are most concerned about the theoretical aspects, or even maths. Some organisations may ask for credentials while hiring, but it all comes down to the skills and the problem-solving capabilities.

Programming can be done in isolation

As much as movies would make you believe about a Programming lies sitting in a basement and writing code or hacking, it isn’t the same. Programming requires collaboration and team effort, while sharing a lot of ideas. It is one of the fastest-evolving fields, and keeping up with the developments and trends is as important as sitting and writing the code. Moreover, building relationships and learning from other programmers gives different perspectives, ultimately giving new ideas to solve problems. In the end, that is what it is all about.