Foremost the syllabus must be flexible to adapt the current advances in Computer Science, such as React Js and the use of Node.

Topics must include:

(1) Programming Languages such as Python extended to it's useful applications such as in the field of Data Science, AI

(2) Operating Systems: Linux and how to use virtual machines (such as Ubuntu Studio, Kali linux) and bootable pendrive such as that of Tails OS

(3) Arduino Uno , Raspberry pi to learn how to make use of the programming (software)- hardware (physical objects) interaction[for example: making VPN router or EEG for measurement and recording],

(4) Background and history of Computer Science with the inclusion of the current syllabus but giving less priority to the old concepts which are replaced by better practical ones

(5) Students must be taught how to develop their own website, mobile application, software pc apps, and many other practical applications of Computer Science

(6) AI, data Science, machine learning

(7) GitHub should gain more priority and importance

The list isn't over yet, it will never be as the future technology keeps on evolving, for example quantum technology could be the next big thing that can be studied in Computer Science,

I think, The best Syllabus must include topics which allows Computer Science students to think for themselves and create a learning attitude which will allow them to learn different subtopics such as learning about Tensorflow , opencv and how Python can be used to analyse videos.

Also the syllabus must be designed with more emphasis on practical work for which rote learning is not possible and which allows every student after having completed the syllabus to have skills that are of practical value and in demand in the market.

It must look like the union of mathematics, statistics, physics, data sciences, and a collection of computing languages tools.

True as intercommunion of several discipline can be found in latest developments

Foremost the syllabus must be flexible to adapt the current advances in Computer Science, such as React Js and the use of Node.

Topics must include:

(1) Programming Languages such as Python extended to it's useful applications such as in the field of Data Science, AI

(2) Operating Systems: Linux and how to use virtual machines (such as Ubuntu Studio, Kali linux) and bootable pendrive such as that of Tails OS

(3) Arduino Uno , Raspberry pi to learn how to make use of the programming (software)- hardware (physical objects) interaction[for example: making VPN router or EEG for measurement and recording],

(4) Background and history of Computer Science with the inclusion of the current syllabus but giving less priority to the old concepts which are replaced by better practical ones

(5) Students must be taught how to develop their own website, mobile application, software pc apps, and many other practical applications of Computer Science

(6) AI, data Science, machine learning

(7) GitHub should gain more priority and importance

The list isn't over yet, it will never be as the future technology keeps on evolving, for example quantum technology could be the next big thing that can be studied in Computer Science,

I think, The best Syllabus must include topics which allows Computer Science students to think for themselves and create a learning attitude which will allow them to learn different subtopics such as learning about Tensorflow , opencv and how Python can be used to analyse videos.

Also the syllabus must be designed with more emphasis on practical work for which rote learning is not possible and which allows every student after having completed the syllabus to have skills that are of practical value and in demand in the market.

@Shubham Birmi

Wonderful input

Technology is advancing with lighting fast speed it's true