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Thanks so much for your most-informed answers to my question. I really appreciate you guys a lot.
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Thanks so much for your most-informed answers to my question. I really appreciate you guys a lot.

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What you can do to prepare yourself on the algorithm front is to write your own natural language pseudo algorithms in your own language (mine is English) and see if a) they are logical and effective and b) can be improved eventually. You could for example write an algo for a lift system (elevator) for a hotel, and use little coloured blocks or lego bricks on your desktop to follow the algo logic and see if it works
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What you can do to prepare yourself on the algorithm front is to write your own natural language pseudo algorithms in your own language (mine is English) and see if a) they are logical and effective and b) can be improved eventually. You could for example write an algo for a lift system (elevator) for a hotel, and use little coloured blocks or lego bricks on your desktop to follow the algo logic and see if it works

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Algorithms is a very important area in computer science. I recommend you to start it asap and carry on till you retire. It will improve your analytical skills.<br />
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You can do some courses in Coursera it will be a good start for you.<br />
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Regards,<br />
Prashant
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Algorithms is a very important area in computer science. I recommend you to start it asap and carry on till you retire. It will improve your analytical skills.

You can do some courses in Coursera it will be a good start for you.

Regards,
Prashant

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At what point should I be concerned with learning data structure and algorithm in Java. I have discovered that it's a very important strategy &nbsp;to be good in writing codes in any computer language.
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At what point should I be concerned with learning data structure and algorithm in Java. I have discovered that it's a very important strategy  to be good in writing codes in any computer language.

Algorithm

Java is a platform-independent, object-oriented programming language and run-time environment, designed to have as few implementation dependencies as possible such that developers can write one set of code across all platforms using libraries. Most devices will not run Java natively, and require a run-time component to be installed in order to execute a Java program.

Java

Java Enterprise Edition (Java EE) is a specification defining a collection of Java-based server and client technologies and how they interoperate. Java EE specifies server and client architectures and uses profiles to define technology sets targeted at specific classes of applications. All Java EE profiles share a set of common features, such as naming and resource injection, packaging rules and security requirements.