Artificial Intelligence 

Career In AI

Artificial intelligence (AI) is a field of computer science study and engineering that aims to create intelligent machines. It is often defined as the “ability of machines to interact with the real world and to display the same kind of planning, thinking, and learning as humans.” It differs from intellectual science in this way.

Artificial intelligence has many applications, including in robotics and machine learning. Some people also use the term to refer specifically to a branch of AI known as “strong AI”, which studies how computers can best bring about artificial intelligence.

History of Artificial intelligence

The origins of artificial intelligence (AI) can be found in Greek mythology, notably in the story of Pygmalion. In this tale, Pygmalion, a sculptor, develops feelings for a statue that he has made. He asks Aphrodite to animate the figure in his prayers.

John McCarthy, a computer scientist, coined the phrase “artificial intelligence” for the first time in 1955 at the Dartmouth Conference, where the field of AI was established. “The science and engineering of creating intelligent robots,” according to McCarthy, is what AI is.

Since then, artificial intelligence has advanced significantly. AI systems can outperform humans at chess games, recognise objects and faces in pictures, translate languages, and operate automobiles.

Artificial intelligence (AI) is a branch of computer science that attempts to create intelligent machines. The field takes its name from the first artificial intelligence program, a thinking machine called ELIZA, developed at the Massachusetts Institute of Technology in 1966 by psychologists Roger Schank and Joseph Weizenbaum. AI can be classified as either general-purpose or specialised, depending on the environment in which it will work. 

Today’s AI research is focused on creating systems with human-level intelligence or “common sense,” able to solve complex problems without depending on explicit programming.

AI in various fields

AI has been applied in diverse areas, including vision, learning and computational economics. In addition to computers, research in AI has expanded to encompass networked electronic devices that are controlled remotely. This broad use of the term is exemplified by the increasingly widespread application of machine learning to predict outcomes in various areas such as engineering and cancer research.

In practice, artificial intelligence is a common term for various techniques used to make machines perform tasks that appear more intelligent than they could on their own. These tasks include recognizing speech, playing games and performing Internet searches.

AI is used in many areas of daily life, including home assistants and smart speakers. For example, Amazon’s Alexa can help you find the nearest restaurant by asking about your current location.

AI is also used in many research areas, including robotics and machine learning. Machine learning techniques have been used to develop autonomous cars, drones and robots that can help search and rescue missions.

Artificial intelligence has advantages and disadvantages, much like every other technology. Look at what they are now.


  • Efficiency and productivity gains.
  • Decreased costs
  • more precision and accuracy.
  • More rapid decision-making.
  • The capacity to efficiently and swiftly process huge data volumes.
  • The capacity to work continuously, without pause or rest, decreases human error.


  • Put millions of people out of work by completely replacing people.
  • It can alter data by violating people’s privacy.
  • A greater reliance on technology reduces human creativity.
  • Ethical issues with online behaviour.

Career Opportunities in Artificial Intelligence

Big Data Engineer

Building an ecosystem that enables efficient communication across corporate systems is the responsibility of a prominent data engineer. Their primary duty is to produce and effectively handle big data for an organisation. Additionally, they must efficiently extract results from vast amounts of data.

 Business Intelligence Developer

Organising, developing, and maintaining business intelligence solutions, help an organisation increase its profits. A Business Intelligence Developer’s primary duty is to consider business sense and AI. They analyse large data sets to find different business trends. This is accomplished by using AI to extract real outcomes from simulated data that has been supplied to it previously. This contributes to their brand recognition and awareness in a far more substantial manner.

 Data Scientist

Data scientists create a variety of forecasts based on diverse data patterns, historical data, and current knowledge. Data scientists aid in collecting pertinent information from many sources to evaluate it and draw valuable conclusions. The findings have an impact on how different business-related difficulties are addressed.

AI Data Analyst

Data mining, data cleaning, and data interpretation are the three main tasks of an AI data analyst. They eliminate any unnecessary data to avoid obstructing the process of data interpretation. The ability to collect the information needed for data analysis is made possible by data cleaning.

Machine Learning Engineer

Artificial intelligence (AI) includes machine learning (ML). It runs simulations using the varied data provided and produces precise results. Machine learning engineers are responsible for developing and maintaining self-running software that aids in machine learning initiatives. They have outstanding data management abilities and handle massive amounts of data. They are constantly in demand from businesses, and their position seldom goes unfilled.

AI Engineer

AI engineers are problem solvers who create, evaluate, and use various artificial intelligence models. They use neural network knowledge and machine learning methods to create meaningful AI models. They manage AI infrastructure well.

Research Scientist

Research scientists attempt to conduct in-depth studies on machine learning applications and artificial intelligence. An expert in applied mathematics, statistics, deep learning and machine learning is a research scientist.

Robotics Scientist

The emergence of robotics in AI will result in a loss of jobs. However, employment will also increase due to significant industries’ constant need for robotics scientists to programme their machinery. The robots will assist in efficiently doing some duties.

Product Manager

In the AI sector, a product manager’s job involves methodically collecting data to find solutions to complicated problems. You should be able to identify important issues that obstruct business operations. The next step is to obtain similar data sets to make data interpretation easier.

Salary in Ai

The pay for an artificial intelligence engineer in India varies depending on experience in this field. Some instances include:

With top-tier firms offering much higher pay, starting salaries for recent graduates in artificial intelligence professions typically vary between Rs. 6 LPA and Rs. 12 LPA.

If you have a strong background in AI and at least 2-3 years of relevant professional experience, companies would pay you up to Rs. 17 LPA.

Between Rs. 35 and Rs. 50 lakh per year is the usual salary range for an AI expert with 4 to 8 years of expertise.

Engineers in artificial intelligence with more than ten years of experience can earn over one crore per year.


What are you still holding out for? It is time for you to take the next step in your professional career and launch an AI-related career. By Enrolling AI course, you can seize the job prospects in AI that are currently available.

Leave a Reply

Your email address will not be published. Required fields are marked *