Coding is More than a Skillset: It’s An Approach to Problem-Solving

What is Coding?

★ The process of creating instructions that tell a computer what to do, and more importantly, how to do it.

★ The act of translating code from human language to a machine-based language.

What is Programming?

★  Programming is the process of developing an executable software program or product that is implemented without any errors.

★  It includes planning, design, testing, deployment, and even maintenance.

Coding is a part of programming

○        A coder writes these instructions using programming languages.

○        The result of any source code is a simple solution or a small part of a project.

○        Ex: Computer software, Web apps and Websites

Skills Necessary for Coding

1. Problem-Solving
   1. Problem solving is the act of defining a problem.
   2. Determining the cause of the problem.
   3. Identifying, prioritizing, and selecting alternatives for a solution and implementing a solution.
   4. Programmers are problem-solvers by occupation, which is one of the most vital skills.
2. Self-Reliance
   1. Self-reliance is the act of demonstrating that you can work independently. you know, your capabilities, and how to change all of them. It’s never too late to recognize this and change your approach and efforts.
   2. When you start coding, it can feel completely overwhelming. Should you focus on the front end or back end? What programming languages should you use? Where to begin?
   3. There will be times where you want to give up, but the more you resist those urges and try and fail on your own, the greater your long-term success.
3. Self-Motivation and Independence
   1. Programming, especially from outside the office, could require a lot of communication about progress with clients and coworkers. It’s important that you’re able to take initiative and stay on track with deadlines. The ability to self-motivate allows you to be independent and work resourcefully
4. Mathematical skills
   1. Many aspects of programming require an understanding of math beyond the basic level. To become proficient at programming, you will need to have a thorough understanding of algebra and arithmetic.
5. Innovative thinking
   1. Computer coders are often self-taught and learn by making mistakes. The ability to develop creative solutions independently can be helpful for anyone in the field. Innovative thinking involves identifying an issue, using available resources to develop a solution and testing the idea. Developers and coders may also use this skill to find the best language and method to create a product or service. Thinking innovation is a valuable asset to a computer coder.
6. Adaptability
   1. In an industry that evolves quickly, you should be able to keep current with the latest changes and updates in technology. You may apply new advances to old code to make it more efficient, including faster loading times and new features.
7. विश्लेषणात्मक कौशल
   1. Besides creative skills, computer coding also requires extensive analytical skills. The ability to use logic and scientific methods to solve problems is vital in the world of coding. Troubleshooting the source of errors often requires the ability to collect, analyze and interpret large amounts of unorganized data. Logical mindsets and methods can be a great asset in computer coding.
   2. Computer coding involves understanding and replicating sequences, patterns and sometimes even equations. A firm grasp of mathematical problem-solving and the scientific process can be beneficial.
8. विस्तार पर ध्यान
   1. Coders are methodical and precise in their work since a small error can disrupt an entire computer program. Coders should be able to focus on minute details for long periods of time. Noticing patterns, memorizing commands and identifying mistakes can contribute to the ability to create a successful program.
9. Documentation
   1. When developers create a program, they often document their process. They may list all the steps they completed, including any errors they found and fixed, so others can read their notes and solve similar challenges. Documenting the process can help them develop stronger attention to detail.
10. धैर्य
    1. Computer coding requires developers to remain calm and focused even when they encounter a challenge.
    2. Frequently, coding can become a process of trial and error. If they have not experienced a particular error before, it can take some time to create a solution.
    3. Computer coding can also take time and effort to master, depending on the language and level of familiarity with the process.

Steps involved in learning Coding

1. Get the basics right
2. Language acquisition
3. Learn by Doing, Practicing and Not Just Reading
4. Learn to Use Debugger
5. Complete coding projects.
6. Take advantage of code documentation
7. Get used to tools
8. Keep exploring

Final Advice

Programming is a lifelong journey, and there is always more to learn, even after you master some language. There will never be a moment where you know everything, and that’s exactly how it should be!