There is a wealth of information about programming online, detailing mouth-watering salaries, high demand, valuable resources, and growth opportunities. However, many still feel insecure about this career path, and some even abandon it after a few months.
Indeed, the main reason for this is some misconceptions that cloud the minds of programmers, especially beginners. The programming industry is rife with horrifying opinions that inspire fear in many newbies, most of which are myths or fallacies. Let’s debunk some of these myths and show you the real truth.
1. Programming requires a college degree
Due to its technical nature, many people mistakenly believe that an IT-related college degree is required to become a developer. However, this is not the case as some professional programmers do not have a programming background.
No matter what degree you choose, you can pursue a career in the development field of your choice. With the right offline or online coding courses and the right mentorship, you’re on your way to the top.
Although not required, education is helpful for programmers. We’ll talk more about this later, so keep reading.
2. All programmers should be math enthusiasts
It doesn’t matter if calculus or geometry makes you sweat. It shouldn’t affect your programming skills. But why is this a popular programming myth?
It’s true that you don’t necessarily need math to be a developer, but similar principles apply to both. The same analytical process in solving problems and reaching conclusions also applies when writing programs.
You don’t derive equations or take measurements, but having a logical mindset helps if you want to write good code.
3. Programming is complex and suitable only for geniuses
This is one of the most frequent programming myths. Recently, a few technology industry newcomers took one look at long, complex code written by top developers and concluded that programming is too difficult.
Programming isn’t the easiest career path in tech, but neither is rocket science. So if you have a solid analytical and logical reasoning and are ready to get to work, you can become a programmer.
Don’t get confused by terminology when you’re a beginner. Professional code can be intimidating, but over time you’ll be able to create equally impressive programs. Start with the basics and slowly build your way to the top.
4. AI will soon replace developers
The recent impact of AI on the tech industry and the world at large is undeniable. I hear that the model that can write simple code has improved dramatically now. But will advances in AI mean the end of programming and will it have a major impact on developers?
Certainly not. Development skills are essential for AI to function properly. For example, developers work closely with data scientists to create, test, deploy, and help maintain these AI models.
Of course, to stay relevant, you need to continually upgrade your development skills. Technology is constantly evolving and it is imperative that we grow with it.
5. Some programming languages are better than others
For novice programmers, choosing a language to learn is a battle. A quick Google search turns up different opinions touting the strengths and weaknesses of different languages. Naturally, one might conclude that a language with fewer flaws is better, but that would be wrong.
Programming languages differ in their use and suitability. So the language you choose depends on what kind of programming you do, but this doesn’t make other languages less valuable.
For example, web developers are better off using JavaScript, while Android developers learn Kotlin. In addition to use and function, many other factors should be considered before choosing a language. Either way, they all have the same importance.
Be aware that some programming languages can get you out of a job due to their lack of practicality. So whatever language you choose, make sure it’s still relevant.
6. It takes months of learning before you can practice effectively
The common belief that you have to study for months before you can do it is another big programming misconception. Conversely, write the first line of code right after the first lesson.
Waiting until learning is complete before writing code or building a project negatively impacts the learning process. There’s a lot to learn in the programming process, and cramming semantics without knowing the actual application won’t do you any good. Instead, apply what you understand bit by bit, and you’ll become a master before you know it.
7. Programming is boring and requires long, tedious hours
As long as you don’t mind the standard 9-5 working hours, programming jobs aren’t too difficult. First, tech jobs are famous for their flexibility. This means that working hours can be negotiated in most companies, as long as you do your part.
But is programming boring? Well, it depends on your likes and dislikes. No single opinion should define your beliefs. Rather, explore the space before deciding if it’s right for you.
8. Coding is programming
It may surprise you, but coding and programming have their own meanings. Yet, despite their differences, the two are closely related and are often used interchangeably.
Programming is the entire process of giving instructions to a computer system using a specific programming language. This includes algorithms, logic, code and general maintenance of system software.
On the other hand, the concept of coding and how it works involves writing specific instructions for the computer. It is more task specific and defines what the computer does down to the smallest task. Coding is the main part, but programming includes a wider range.
9. Programming is only learning programming languages
Building great projects and developing large systems requires a basic understanding of programming, not just languages.
Learning multiple programming languages without a basic understanding of coding and programming concepts is like driving without a destination. It’s only a matter of time before you run out of gas and your resources are wasted.
Rather, it’s the quality of your code that proves your programming expertise, not the number of languages you’ve learned.
10. College degrees are useless for programmers
Earlier I emphasized that a degree is not strictly required in programming. This is true, but if you already have a degree or are in the process of getting one, don’t consider it a waste.
A computer science degree will give you a better future and help you learn the basics of programming faster. Additionally, IT-related, mathematics, or engineering courses train analytical and logical reasoning, which is always required for professional programming.
Of course, having a degree also enhances your resume and gives you an edge over applicants without a degree. So the perks of having a college degree as a programmer tarnish this myth.
Fix your beliefs about programming
Programming has its ups and downs and, like any career path, it has its challenges and challenges. However, don’t let depression deter you from pursuing it.
Once you’ve cast aside all the programming myths you know and understand solid programming principles, you’re ready to begin your journey.
