Will Artificial Intelligence replace jobs or create jobs?

Subject wise insight for UPSC civil service exam (Prelims and mains)

Mains GS3 – Science and Technology / Mains Essay paper

Introduction

Machines can do almost anything that human beings can. The ability of a machine or a computer program to think and analyze the concept is based on the idea of machines capable of thinking, acting, and learning like humans. Artificial Intelligence is more about machine learning and self-learning patterns where the answers can be given to the unanswered questions. Science helps to develop machines with intelligence. Before getting to know about its benefits in different sectors, it is important to know what Artificial Intelligence is.

What is AI?

The term ‘Artificial Intelligence’ was coined in 1956. It is generally accepted to mean all technologies that, combined, allow people and organizations to interact in this modern world. Artificial intelligence describes the action of machines, completing a task that historically requires human intelligence and it is divided into two types: strong AI and weak AI. Strong AI can do anything better than humans. Weak AI will behave like a human. AI has 7 special features, they are

  • Stimulating higher functions of the human brain
  • Programming a computer to use general language
  • Arranging hypothetical neurons in a manner so that they can perform a concept well
  • A way to determine and measure problems complexity
  • Self-improvement
  • Abstractions- defined as the quality of dealing with ideas rather than events
  • Randomness and creativity

In this modern world, AI plays an important role in the education sector. let us see how AI exploring its impact on education.

AI in education

According to education, AI as a computing system that can learn, adapt, synthesize, and can use data for a complex process. The following points list the role of AI in education.Why India Trails Behind in Adopting AI for Education?

  • Artificial Intelligence and Machine Learning can increase the level of education. AI has already been applied to education primarily in some tools that help develop skills and testing systems.
  • As Artificial Intelligence becomes smarter, it might be possible to scan and analyze student’s facial expressions. If the material is too complicated, the platform can change the lesson depending on their needs.
  • The latest innovations allow developers to teach a computer to do complicated tasks. It leads to the opportunity to improve the learning processes.
  • However, it’s impossible to replace the tutor or professor because they can’t inspire or motivate students. At the same time, it provides many benefits for students and teachers.
  • Platforms like Third Space Learning, Little Dragon, CTI can analyze the level of knowledge, offer backward communication, provide a plan for improvements, and so on.

Like education, AI  plays an important role in agriculture too.

AI in Agriculture

Agriculture is the backbone of India. The Agrotech ecosystem can be transformed for prosperity. IBM (International Business Machines) research is developing AI technologies to empower agri-business ecosystem partners such as growers, inputs sellers, commodity traders, banking, and insurance players in developing countries like India. AI is further helpful in the agriculture sector to increase productivity by using technologies like remote sensing, IoT, visual analytics which have been used to produce crops more sustainably.

A complete overview of Artificial Intelligence in Agriculture Market
Drones in agriculture
Uses of AI in agriculture
  • Fruit picking: In just one day a robot can pick the same amount of fruits as 30 human workers.
  • Crop analysis: By using drones, we can get a detailed health report of every crop.
  • Sky squirrel technologies: They can scan 50 acres of fields in 24 minutes and providing a health report that is 95% accurate.
  • Weed eradication: By fitting a camera system on the back of the tractor when the tractor is sweeping the field, the camera will be able to recognize the weeds and it will spray pesticide wherever it is needed.
  • Real-time weather forecasting: 90 % of crop losses results due to weather events. 25% of those losses could have been prevented by predictive weather forecasting. AI can be used to compile data from satellite and weather stations to give better predictions of weather events.
  • Detecting soil defects: AI analyses a soil sample to find the types of microbes present in the soil.
  • Satellite data are employed in precision agriculture to manage and monitor farming practices at different levels.
  • Geographic Information System (GIS) can image individual fields, regions, and countries on a frequent revisit cycle. Customers can receive field-based information including crop identification, crop area determination, and crop condition monitoring (health and viability).

Likewise, it plays a noticeable role in the banking sector also.

AI in Banking
Artificial Intelligence in banking: Helping banks to remain competitive against digital-first players - Verdict

According to the banking sector, creating an account to the people is available on doorsteps. So it increases access to financial services for urban and rural communities. It helps to secure savings, fund affordable insurance, and tools to better manage risk. Due to this convenience new business can start easily and can climb loans within few days from the bank. It also creates entrepreneurs particularly women entrepreneurs, without AI it is not possible.

 

Robots and AI

Robotics emerged out of technological development among all other major developments in society. Robotics is a word that was first coined by Isaac Asimov. He formulated the 3 laws of robotics.

  • The first law of robotics states that a robot may not injure a human being or, through inaction, allow a human being to come to harm.
  • The second law states that a robot must obey orders given by human beings except where such orders would conflict with the first law.
  • The third law of robotics states that a robot must protect its existence as long as such protection does not conflict with the first or second law.

A robot is programmed to do a complex series of actions. Every robot is a machine, but every machine is not a robot. Then how we can differentiate a machine and robot? Sensing, thinking, and acting are the three pillars of robots. A machine that can be classified as a robot when it can sense, think, and act.

Like human beings have sense organs, robots have sensors that are very useful to gather information from the environment. Human beings will think with the help of the brain however robot processes the information with the help of microprocessors and microcontrollers. Human beings will use legs and hands to mobilize the things however a robot use motors and other actuators to carry out the work. If a machine can do only one of these activities. then it is not a robot it is just a machine.

AI in India

India is in 9th place in the worldwide rankings in terms of AI specialists. India ranks third in the research of artificial intelligence. The Government aims to make India a pioneer amongst emerging economics with regards to AI. It is estimated that artificial intelligence will add 957 billion dollars to India’s GDP by 2035 and boosts India’s annual growth by 1.3%. In the interim budget 2019-20, the government had announced that India will be setting up a new national program that will focus on artificial intelligence. The program includes setting up an AI portal, AI hub, and center.

NITI Aayog (National Institution for Transforming India) has committed to having an AI strategy executed. NITI Aayog urges the government to invest Rs.7500 crores in the new cloud platform. On 20th March 2019, NITI Aayog proposes to establish a cloud computing platform called AIRAWAT which means Artificial intelligence research, Analytics, and knowledge Assimilation Platform.  NITI Aayog cracks a national strategy for building the AI ecosystem. NITI Aayog has a three-pronged approach.

  • Undertaking AI projects in various areas
  • Crafts national strategy for building a vibrant AI ecosystem.
  • Collaborating with various expert stakeholders.
Benefits of AI
  • Artificial Intelligence is organized and it can be managed.
  • AI system does what human beings want to do. It can control the car, airplane, automated trading system, etc.
  • By inventing revolutionary new technologies, such a superintelligence might help us eradicate war, disease, and poverty.
  •  It can complete dangerous tasks, explore in space, and endure problems that would injure or kill humans.
  • Artificial Intelligence does not make mistakes like humans if it is programmed properly.
  • It can do risky jobs like defusing bombs, exploring the deepest parts of oceans, etc.
  • It can do jobs repetitively and it won’t get bored.

Despite the previous arguments, AI has some disadvantages too.

Disadvantages of AI
  • Self-modifying when combined with self-replicating can lead to dangerous, unexpected results such as a new and frequently mutating computer virus.
  • AI offers duplication and dissemination of knowledge which leads to a human being lazy.
  • Replacement of humans with machines can lead to large scale unemployment in developing countries like India.
  • Even though it is time-consuming, it requires a lot of technical expertise to set up. Their repair and maintenance also require a huge cost. It needs a high cost of creation and needs high capital investment.
  • It is making humans lazy by automating the majority of the works and they cannot think outside the box.
Future of AI and jobs

AI is the future of the world. It will derive the economy of tomorrow. In this modern era Google, Facebook, and other apps are moving ahead at a great speed. This will result in improving the artificial intelligence software. Software is going to solve all the problems which are in front of us. The successful completion of a process requires 10 steps, one or two of them may become automated while the rest become more valuable for humans to do. The approach is usually much more feasible than trying to design machines.

From Apple Siri to self-driving cars, AI is progressing rapidly. Robots are in almost all walks of life from running farms to running shops. It seems that in the future, all you have to do is to punch a button at the start of every morning and all the goods and services that we’re getting now by humans would be delivered by robots.

Conclusion

Computers will outsmart humans and it is in the air for the past 40 years. Artificial intelligence has massive potential advantages. AI should be utilized creatively so as to supplement the efforts of the human which should result in the increase of jobs rather than destroying jobs. Therefore, youngsters who are the pillars of the nation should undertake training and practice in AI and Machine Learning which will help them program AI software programs which will eventually result in an increase in jobs especially in demographically strong countries like India. Thus, AI can be a boon if humans utilize it in a constructive way.