There is a general perception that Linux is only for programmers and that if you have to use Linux then you can do so only through heavy use of the command line. But this is no longer true. Linux has emerged as an operating system which can work as the daily driver for non-programmers too. What is more, unlike Windows, there is no strange degradation in performance with time when using Linux.
While there is a culture of using Linux among the students from the circuit branches (Computer Science and Engineering, Electronics and Electrical), this culture is generally absent in the non-circuit branches like Mechanical, Civil, Aerospace, and so on. In this video, I discuss if these students should use Linux also.
For almost any major task that a non-circuit branch student may need to do, Linux provides all the facilities (and more) that Windows provides. Be it programming, mathematical packages, finite element packages, word processing, graphics, everything can be done properly in Linux.
Notably, for the very active research area of high performance computing, Linux is extremely important.
But there is one exception ...
If one is interested in solids modelling, then the industry-standard is Solid Works, and this software cannot be natively installed in Linux. While alternative applications exist (FreeCAD, LibreCAD), they are not as good as Solid Works.
I discuss all this and more in this video!
This video is part of a YouTube playlist where I give various general advice to students at different levels (Bachelor, Master, PhD):
https://www.youtube.com/playlist?list=PLjqHSJaE98hnbB3n6qZf0xH1QneBx9zwk
Video by: Dr Jeevanjyoti Chakraborty, Mechanical Engineering Department, IIT Kharagpur
Website: http://www.facweb.iitkgp.ac.in/~jeevanjyoti/
GitHub: https://github.com/jeevanjyoti4
Twitter: https://twitter.com/jeevanjyoti
Blog: https://jchakraborty.wordpress.com/
Disclaimer: I am a faculty member in the Mechanical Engineering Department of IIT Kharagpur. However, the views expressed in this video are my own and do not necessarily represent those of my Department or my Institute.
#jc #Linux #IITprof
0:00 Introduction
1:27 "NEW THING" LINUX 30 YEARS OLD!
4:16 USER EXPERIENCE DEGRADES IN WINDOWS
5:25 INSTALLING LINUX (UBUNTU) - FRESH LIFE!
8:27 LINUX IS FREE! FREE MONEY-WISE!
10:29 LINUX GIVES FULL FREEDOM TO CUSTOMIZE!
11:12 WINDOW MANAGERS CAN BE REALLY FUN
12:46 ENGINEERING DRAWING COMPUTER GRAPHICS
14:06 FREECAD LIBRECAD
16:10 MATHS PACKAGES: MATLAB MATHEMATICA
16:30 MATLAB & MATHEMATICA INSTALLABLE ON LINUX!
17:23 FINITE ELEMENT PACKAGES
18:24 USE THE BEST TOOL FOR THE JOB!
19:34 LINUX FOR HIGH-PERFORMANCE COMPUTING
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https://www.youtube.com/watch?v=4uGHXqxJD14
During JOSAA counselling, while filling in the choices of various Departments students have to rely on scattered bits of information, hearsay and sometimes even guesswork. It would be much better if they can base their options on some reliable information from trusted sources.
What source could be more trustworthy than the Professors themselves of the various Departments!
In this video, I sit down for a discussion with a faculty member from Mining Engineering so that students can find comprehensive information about this Department.
The interview is with Prof. Sunita Mishra from the Department of Mining Engineering at IIT Kharagpur.
The following questions are discussed:
What is Mining Engineering all about and what are the broad areas within the Department?
What are these divisions about? Which aspects of engineering do they cover?
Can you give us an idea of the important/fundamental courses that are taught?
What kind of students (based on their skills/temperament/academic interests) are best suited for this Department?
Students learn various things in Physics, Chemistry, Mathematics and invariably they develop special interests in some topics. Which students would be a perfect fit for this Department based on their PCM interests? In other words, a student may be considered to be a perfect fit for this Department should be strong in which topics from PCM?
How heavy is the course load? Does it leave time for extra-curricular or co-curriculuar activities (like learning programming)
What kind of core jobs are there? Are these available in India?
In which kinds of industries or parts of industry are engineers from this Department absolutely indispensable?
To what extent do you envisage the future of this engineering discipline being impacted by AI? (Not in terms of research but in terms of requirements of engineers from this Department)
What kind of skills, expertise do you think engineers from this Department would need to develop beyond their core skills?
Website: http://www.facweb.iitkgp.ac.in/~jeevanjyoti/
GitHub: https://github.com/jeevanjyoti4
Twitter: https://twitter.com/jeevanjyoti
Blog: https://jchakraborty.wordpress.com/
#josaa #jc #Mining
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https://www.youtube.com/watch?v=WXtuJbEGjbU