The writer Gladwell in his book "Outliers - the story of success" pointed out that "what makes someone a genius in people's eyes is not an extraordinary talent, but continuous and sustained effort. The 10,000 hour rule is the necessary condition for anyone to become extraordinary from ordinary." He referred to this as the "10,000 hour rule."
In simple terms, to become an expert in a certain field, you need 10,000 hours, which is calculated as: if you work eight hours a day and five days a week, it will take at least five years to become an expert in a field.
As a computer genius, Bill Gates had the opportunity to access the world's earliest computer terminals at the age of 13 and started learning computer programming. By the time he created Microsoft 7 years later, he had been practicing programming for 7 years.
Becoming an expert in a specific field requires a considerable amount of time, effort and dedication. Typically, it takes around five years of consistent learning and practice to master the subject. This is why many universities offer five-year professional degrees to help students achieve their career goals. However, during these five years, students may not necessarily be practicing their chosen field for eight hours a day. Universities offer a diverse range of courses and subjects, including music, literature, foreign languages, sports and more. There may be times when students skip classes or engage in leisure activities, and this can significantly impact the amount of time they spend on their chosen field of study.
In an average five-year university experience, students may only spend about three hours a day, every day, for a year on their chosen field of study. This is why JuniorIT.dev has taken it upon themselves to create a comprehensive learning and practice path for those who wish to learn coding, starting from zero knowledge to becoming a full-stack senior software developer for just about 3 hours a day and one year. JuniorIT.dev understands that learning to code is not just about the technical aspects, it's also about problem-solving and troubleshooting skills. That's why, in addition to teaching coding, JuniorIT.dev focuses on developing these important skills as well.
At JuniorIT.dev, students are not limited to just one coding language or tool. Instead, they are taught how to use different languages and tools to effectively solve problems. This approach not only broadens the students' knowledge, but it also prepares them for real-world scenarios where they may need to use multiple tools to resolve a problem. With JuniorIT.dev, students are given the opportunity to not just learn to code, but to become true experts in their field.