Fastest Way to Learn ANY Programming Language: 80-20 rule
Sahil & Sarra・1 minute read
The author learned multiple programming languages quickly by focusing on key concepts and using spaced repetition for memory retention, with the Pareto principle guiding efficient learning. A simplified English language with 850 words and basic grammar was developed post-WW2 to facilitate widespread English usage.
Insights
- Learning the foundational concepts of programming languages like Python, C++, and Java can be accelerated by focusing on the top 20% of essential concepts, following the Pareto principle for efficient learning.
- Utilizing spaced repetition techniques is crucial for memory retention when acquiring new programming languages, as demonstrated by the author's rapid acquisition of Python and C++ skills in a short period despite no prior experience.
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Recent questions
How did the author learn programming languages quickly?
By focusing on the top 20% concepts.
What is the significance of basic English post-WW2?
It was created to spread English.
How did the author complete a Python project at Amazon?
In 2 weeks with no prior Python experience.
What aided memory retention in learning new programming languages?
Spaced repetition.
How did the author approach learning C++ at Google?
Using a similar approach as Python.
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Summary
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Efficient Learning: Mastering Programming Languages Quickly
- The author learned Python, Javascript, and C++ in a few weeks each, starting with Java which took months.
- At Amazon, the author completed a Python project in 2 weeks despite no prior Python experience.
- The author quickly picked up C++ at Google using a similar approach.
- Basic English, with 850 words and simplified grammar, was created post-WW2 to spread English.
- Pareto principle states 20% effort yields 80% outcomes, applied to learning programming languages.
- Focus on top 20% concepts in programming languages for efficient learning.
- Spaced repetition aids memory retention, crucial for learning new programming languages.
