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Will there really be loss of jobs due to robotics & AI? a mythbuster

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Will There Really be Loss of Jobs Due to Robotics & AI? a Mythbuster

Will There Really be Loss of Jobs Due to Robotics & AI? a Mythbuster

Vikash Sharma | June 30, 2021

Jobs: A primary source of income for living for majority of the middle class people across the globe. Some are better paid, some are not so, but whatever it is and wherever it is, jobs are essential for the middle class unlike the upper or lower class who are mainly into businesses and agriculture respectively. The upper class have the Dollars and the lower class are often bailed out by government policies, but the middle class end up being trumped in the middle. So, what if inventions take away the primary source of income from the middle class who spend so much time, effort, money behind education just for the sake of securing a ‘good’ job? What if new machines eat away at the vacancies? This is the particular area of discussion for this particular topic. 

We often hear a lot of discussions about whether Robotics and Artificial Intelligence will snatch away from us what is rightfully ours: our jobs. We hear a lot of arguments for and against this concept. However, if we think logically with our past experiences, we might be able to appreciate the fact that Robotics & AI and the whole of the Industry 4.0 are actually blessings. First of all, we must agree that they are here because they were necessary, otherwise they wouldn’t have been invented in the first place, would they?

Let us think about computers or smartphones. Did they actually take away our jobs or did they create more for us? The person who used to be a typist types on a computer now instead of a typewriter, a bank manager instead of maintaining bulky registers uses a computer to jot down all the essential info and if we think deeply, we will see a lot of examples of this type. Thus we can say that computers haven’t really taken jobs away, in fact new people have been hired by different tech companies for the maintenance of these machines. Think about the IT sector…a whole new sector is here today just because someone invented computers and make no mistake, IT companies are one of the biggest hopes the middle class engineering graduates have these days. Ask any IITs or NITs, software and IT giants are the backbones of mass recruitment there. 

We can say the same thing about Robotics and AI. They are helping us have smart cities, they are making jobs safer and work more efficient. In addition to that, more and more people are being recruited for maintenance of these Robots, for operating these robots: think about the Da Vinci Surgical Robot…no matter how precise it is, a surgeon is still needed in the OT to operate the remote controls, think about a drone with AI, someone has to program that thing and maintain it. Yes, we might argue that the number of jobs needing unskilled labours might be going down but there will never be a scarcity of vacancies for a skilled personnel.

Will There Really be Loss of Jobs Due to Robotics & AI? a Mythbuster we can say that if all the jobs are being eaten up by robots or AI, then there will be a loss of buying power amongst the general public and the companies and recruiters will definitely not want that to happenIn that case, loss of jobs will eventually become loss of revenues for the companies, so no need to worry, people will be hired!  

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India Needs AI in the Classroom

India Needs AI in the Classroom

India Needs AI in the Classroom

India Needs AI in the Classroom

Tahreem Jamadar | February 18, 2021

For the uninitiated, the Webster dictionary defines artificial intelligence (AI), the word buzzing like a bee of overdue, as the capability of a device to replicate clever human behaviour. The concept is exactly like what the technology fiction movies have portrayed considering a long time, of a device that can analyse, think, act for this reason and aid people (although in a variety of movies they turn out to be villainous). 

In the ultimate half-a-decade, leaps in AI had been made with its utility in huge ranging regions. Education is, albeit slowly, coming underneath the ambit of sectors so one can be significantly affected (disrupted, if you may) by using AI in near future. 

India Needs AI in the Classroom  as AI has certainly turn out to be an element of our ordinary lives despite the fact that the term is not used frequently. The face reputation digital camera sensor, the Amazon or Flipkart seek and concept, non-public assistants on smartphone, self-using motors by using Google are all examples of AI which might be around us, some deeply ingrained, some on trial, and lots of greater futuristic. 

In training, and I shall stick to higher training specifically, AI holds a variety of ability to deal with a few key issues that have disturbed it. 

Firstly, at the crux of training lies the truth that perfect gaining knowledge of takes place on a one-to-one basis. While it could be desirable, it is not viable. 

Acute shortage and poor quality of instructors are well known problems, specifically in a country like India. AI can fill this gap by way of being personal instructors for each of the students. Like any new era its accessibility is connected to scalability, however then current AI models in different fields suggests it’s miles workable. While Intelligent Tutoring Systems (ITS) have existed due to the fact 1970’s, the personalisation power is being driven by AI. 

Secondly, the problem that grips better training in India is that of terrible employability standard of graduates. Reports have pegged the percentage of unemployability from 50 percent to a disturbing 80 percent. 

AI can assist in skilling, thereby addressing this urgent difficulty. AI can help find existing core abilities of people and match with required abilities and foster it. AI systems can provide for a good deal not noted domain (skills) schooling by way of providing actual-lifestyles eventualities and simulations. 

Thirdly, the largely previous curricula in higher training may be remodelled with AI. 

A seamless enterprise-academia curriculum or a studies-academia curriculum may be put in region the use of AI. It will rely upon big records from the above sectors, chart developments, and the use of analytics come with a practicable, sensible and importantly personalized (depending on strengths of institutions and universities) curriculums. Needless to mention, our archaic regulatory bodies need to upgrade themselves to in shape advances in AI. 

AI can also help streamline and bring to song a research subculture that is redundant, many times bogus and does no longer further any knowledge or reason. Researchers work in areas typically due to outside factors guiding them into it instead of private hobby. 

AI can do SWOT analysis of potential researchers and studies labs, fit it with grants (thereby even assisting supply corporations no longer indulging in random, prompted and politically inspired allotments) and play a crucial role in designing research. 

 Also, AI may be of assistance to teachers. 

Technology-based education is set to emerge as a mainstay despite the opposition and resistance from the antique school. While the World Economic Forum has expected that automation will pressure 50 lakh human beings out of jobs by way of 2020, AI replacing teachers won’t be a truth each time quickly. 

AI can result in collaboration like no other. Artificial intelligence systems for higher education could convey together instructors, psychologists, social psychologists, educationists, human computer interaction specialists and software program experts among others. The instructor going to the history and acting as a mentor and facilitator is gaining prominence, and AI can only assist similarly it. 

A lot of studies are on inside the subject of AI. It is slated to develop exponentially. 

Currently in AI, natural language processing with speech recognition generation or in simple words the machine expertise the regular language and other slicing edge generation like growing a ‘human thoughts’ that mimics our complex neural machine is on. 

However, its software in training is in infancy and Big Data, analytics, socio cognitive perspectives, personalisation, theories of mastering could be regions, work on so that you can usher the AI generation in education. 

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How VR in Education Will Change How We Learn and Teach

How VR in Education Will Change How We Learn and Teach

How VR in Education Will Change How We Learn and Teach

How VR in Education Will Change How We Learn and Teach

Ashwini Sharma | August 27, 2020

How VR in Education Will Change How We Learn and Teach

Humans have seen a lot, been through a lot, done a lot; some worth it, some not, some good things and some bad as well. Technological advancement has been the mainstay for us since the beginning of time. From lighting fire by striking two stones to programming robots, technological revolution and evolution has existed parallel to that of human evolution. Just like biological adaptation, humans have had to adapt to technological changes as well and on the hindsight, we can firmly conclude that science and technology have made things possible for us and other than the structure of our brain it is the scientific development over the years that has set us apart from the rest of the animal kingdom. 

The most vital of those revolutions are the four industrial revolutions: from the 1st in the year of 1784 to the 4th in current years. 

Let us focus on the current of the four Industrial Revolutions, the 4th Industrial Revolution or Industry 4.0. The mainstay of this 4th revolution are Robotics and Artificial Intelligence. Human Beings have always been afraid of change other than a select few and have been allergic to it because we are afraid of the consequences of change, we are afraid of the scope of change and the process of adaptation to the changes. But if we look back, can we deny that the 1st Industrial Revolution was necessary? Can we deny that computers were necessary? In fact, we cannot think of a society without Industry or electricity or computers. Was the process of adaptation to the inventions easy? Maybe not, but we have been through them and now we have adapted to the change, we don’t realise how good we humans are at adaptation.  

What if we choose to ignore Robotics and AI? We won’t be able to go ahead as these are the next big things. We cannot remain Neanderthals anymore. What would have happened if some of us chose not to embrace computers? We would have become vestigial limbs of the society. Robotics and AI has given us safety, efficiency and precision in whatever works they have been assigned to by the manufacturers or the clients. It will be foolish if we choose to turn a blind eye to this wonderful scope of change and if a company is myopic in terms of adaptability, that company might eventually cease to exist and become defunct. Think of companies like Grundig, Amkette; how big they were, cutting edge technologies and market leaders within their respective sectors during their heydays. Where are they now? Why do we see companies like Ford, Tata, Unilever, HSBC wither all kinds of storms since their inception and continue to be major players in the market? This is because the latter group of companies chose to embrace changes. 

Robotics, AI, IoT are ell essentials. It depends on us as to how we use it to our benefits. If we can use them properly and don’t get over attached or addicted, this Industry 4.0 can be a beautiful thing. 

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How can Artificial Intelligence aid in COVID -19 crisis?

How can Artificial Intelligence aid in COVID -19 crisis?

How can Artificial Intelligence aid in COVID -19 crisis?

How can Artificial Intelligence aid in COVID -19 crisis?

Kiran Gupta | March 05, 2020

How can Artificial Intelligence aid in COVID -19 crisis? 

 The end of December 2019 resulted in the outbreak of a new contagious disease mainly caused by a transmission of virus with the consumption of bats in Wuhan , China. Initially the circumstances of this virus were not clear and hence minor damage was observed and was kept unaccounted for but later it turned into a global pandemic. The statistics as of 3rd March 2020 with respect to COVID-19 showed 3,168 deaths and more rapidly spreading  positive cases thereafter. 

The disruption is still looming round the world.  

On 31st  December 2019, BlueDot sent an alarming notification about an outbreak of a deadly disease with the symptoms of “unusual pneumonia” in Wuhan , China, and exactly after nine days World Health Organization(WHO) released a statement regarding a discovery of “unusual pneumonia” in a hospitalised patient in Wuhan, China.   

How did they find Covid-19? 

BlueDot is a global artificial intelligence database company that uses Artificial Intelligence (AI), Machine Learning (ML) and Natural Language Processing (NLP) to monitor infectious disease and provides insights before its outbreak. It analyses and predicts the damage and spread of the disease with the help of huge databases. 

Artificial Intelligence and applied science are making it easier and faster to cope up with the disease and to control the binge rate of COVID-19 as far as possible. 

How Artificial Intelligence Helped in COVID-19? 

AI algorithms collect the information from the various sources like statements from WHO , commercial flights, health reports, climate data from satellites and news reports. From all the data gathered, it can find important correlation between data points that can help to control  and forecast all the possible outcomes. 

In the case of COVID-19 AI precisely identified the next possible targets in China. There are systems developed sensors using AI and ML which can predict body temperature of about 200 people per minute and detects it up to a range of 0.5 degree Celsius. The AI flags anyone who has a temperature above 37.3 degrees.  

Artificial Intelligence used in this outbreak also articulates a difference between COVID-19 and the ordinary viral. 

However, at the end of the day the war against COVID-19 is still not over until we develop a vaccine or an antidote against it. Development of new drugs is a costly and a lengthy process which may take time. 

Fortunately, AI comes to our rescue and speeds up the process. DeepMind-by Google, an AI research lab declared that it has used AI and deep learning to find the structure of proteins associated with COVID-19. 

It can not only be used to predict the epidemic but also help by developing the treatments and the vaccines required for a speedy recovery, diagnosing patients, disinfecting areas speeding up to develop a cure for COVID-19 

At the end of the day it is difficult to judge or comment whether we ‘re headed in the right direction but the efforts are surely commendable. 

If Artificial Intelligence (AI) and Machine Learning (ML) are rightly used, they can undoubtedly do wonders to the world. 

As quoted by Stephan Hawking 

“Artificial Intelligence (AI) is either the Best or the Worst thing to happen to Humanity“ 

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robotics engineer_inner page small poster copy

Top 4 courses to become a robotics engineer

Top 4 Courses to Become a Robotics Engineer

Top 4 Courses to Become a Robotics Engineer

Pranoti Ghirnikar | January 16, 2020

 Hi!!! Let me share with you my story of choosing Robotics engineering and how I excelled in this specific field during my college days. In 2008, I started my engineering journey in one of the best engineering college in India “THE INDIAN INSTITUTE OF TECHNOLOGY, MUMBAI”. Over here I was an average student in an extraordinary college and an even extraordinary competition. In first year, all the students have common subjects and we need to choose our area of specialization in the second year. And I was too confused as I hadn’t find  something that appeals to me . Then on 1st May 2008 came a life changing moment or I should say a life changing movie “The Ironman”. After watching that movie, I knew what I got to do in my life. I wanted to become an AI and Robotics expert. 

 So the next question is how I accomplished my goal? 

 Well I chose to be a mechanical engineer but soon I realized its not gonna cut the cheese so these are list of courses I did in order to boost my career. 

  1. C/C++ 
  2. Python  
  3. Mechatronics 
  4. Arduino


  • C/C++ is a perfect platform to start coding 
  • It is the most classic and easiest platform where you can start learning and coding  
  • C++ is object oriented which gives you a brief introduction to how a particular piece of code is written and how it is implemented in the real world 


  • This is the most used technology for coding in the industry at the moment 
  • It is so because it has pre defined java packages which makes it very simple to code  
  • Python language is used for  
  1. Web Development 
  2. Data Science 
  3. Machine Learning  
  4. Data Visualization 
  5. Scripting 
  • It is also used to code small robots so that they can perform simple functions 


It is natural that we are talking about robotics and mechatronics has to be part of the list 

  • It is a combination of robotics , electronics , computer system and telecommunications 
  • I personally found this course very interesting as I was able to implement all my knowledge and was able to see a robot moving . It was like when Tony Stark had started building Mark 1. 
  • Mechatronics will take you into a deep dive of subjects such as  
  1. Machine Learning 
  2. Deep Learning  
  3. Artificial Intelligence 


Arduino language is used to design and manufacture a microcontroller  

So what is microcontroller and why is it necessary if I want to be a robotics engineer? 

 Well imagine a calculator you type 1 

Give the command of “+” 

And again type 1 

It will give you an output of 2  So now imagine yourself playing a game and character moves upward when you press the key “w”, towards left when you press “a” , towards right when you press “d” 

 Ever imagined what makes that character move? 

It’s the microcontroller  

So you should be able to design microcontrollers in order to make your robot move 

Along with these above courses, I also did many projects so that I can get as much as experience as I can  

So this was my story , I hope it was worth your time  


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Thematic Investing: Intersection of Robotics and AI

Thematic Investing: Intersection of Robotics and AI

Thematic Investing: Intersection of Robotics and AI

Thematic Investing: Intersection of Robotics and AI

Kiran Verma | November 23, 2019

Q1) What do you mean by Thematic Investing? 

Thematic Investing: Intersection of Robotics and AI  Thematic investing is a form of investment which aims to identify macro-level trends, and the underlying investments that stand to benefit from the materialisation of those trends. 

Q2) What are included in Thematic Investing? 

Some core areas include: 

  • Environmentalism and environmental technology 
  • Changing demographics and technology 
  • Marijuana production 
  • Gaming 
  • Cyber security 
  • Artificial intelligence 
  • Robotics and automation 
  • Healthcare 
  • Nutrition 
  • Biotechnology 
  • Infrastructure 
  • Water distribution 
  • Scarce natural resources 
  • Luxury brands

Thematic Investing can be compared with other forms of investments. Thematic funds tends to cover a variety of sectors and chooses the company accordingly.  

Thematic investing allows to create a portfolio by gathering together a collection of companies involved in certain areas while generating market returns over the long term. It can be based on themes like sub sectors as robotics. 

Thematic investing is placing Robotics and AI at the top priority. It will be a high time that the investors should consider it and took a note of the immense opportunity ahead. Whereby AI is increasing and expanding robot capabilities in certain emerging areas.  

A subfield of machine learning, deep learning uses algorithms that strive to minimise the deep neural networks of the human brain. It’s a process that is helping to address one of the most difficult and necessary areas in robotics: machine vision. 

The current innovations in AI, simulators, and computing hardware is creating a massive wave of change. The scope is of faster AI that will rapidly accelerate the cognitive capabilities of robots. That change will expand their competence, grow the reach of their applications, and amplify their impact on every aspect of lives.

Q3) What are the Reasons to invest in Robotics and Artificial Intelligence? 

Reasons to invest in Robotics: 

  • Reduced operating costs 
  • Improved product quality 
  • Improved quality of work for employees 
  • Increased production output 
  • Reduced wastage 
  • Improved safety 
  • Reduced labour turnover and recruitment difficulty 
  • Reduced capital cost 
  • Save space 

 Following are the reasons to invest in Artificial Intelligence: 

  • Error Reduction 
  • Difficulty Exploration 
  • Daily Application 
  • Digital Assistants 
  • Repetitive Jobs 
  • Medical Applications 
  • No Breaks 

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