Machine Learning Free Online Course with Certification

The term Machine Learning is as simple as the name sounds. It means that computers have been programmed so that they act as artificial intelligence – they can choose better results or outcomes for a problematic solution on their own. Machine learning algorithms use a calculative method to learn the information of the data directly without using any predetermined models or complex equations. The term ‘Machine Learning’ was coined by Arthur Samuel, a pioneer in artificial intelligence (AI). He describes it as a “Field of study that gives computers the ability to learn without being explicitly programmed”.

Why are Machine Learning Free Courses Important?

Machine Learning is growing massively since the advancement of technology and lifestyle and is becoming mainstream. Computational skills have also been upgraded to advanced levels, and since the onset of high-speed internet, the roleplay of machine intelligence is in high demand. These advanced digital transformations in today’s age help humans learn quickly and develop new models for better functioning (AI) artificial intelligence.

There are many benefits that machine learning can bring to our daily lives. For example, cutting costs, avoiding unnecessary risks, the quality of market product services, detecting cybersecurity violations, etc. With such a great amount of data access, machine learning is fast taking over the routine tasks of daily lifestyles.

Must Read: Machine Learning Project Ideas for Beginners

How Does Machine Learning Work?

Machine Learning free courses are the best guides to such queries. While learning in an online machine learning course, you will be acquainted with the four key elements of machine learning:

  1. Right choices and good preparation for a training data set.

Training data represents information the person will use to insert inputs to get the machine to learn new model parameters. It can be both clustered and non-clustered. Clustered data are those outputs predicted from the machine, which are fixed. Non-clustered outputs are open-ended. People mostly use clustered data because the answers are known, so the accuracy of the machine can be judged. If the answer is wrong, you can try to bring improvements.

  1. Selection of an algorithm to apply on a training data set.

According to the free machine learning courses, the type of algorithms that needs to be chosen depends on the following factors:

  • Whether the input desires a predicted output or an open-ended classified output.
  • How much data has been input?
  • The nature of the problem that artificial intelligence (AI) needs to solve.

With clustered or predicted cases, you need to use a regression algorithm that will give either a logical or ordinary least square regression output. If the data is non-clustered, then the output will rely on the closest solution. Some algorithms like neural networks work in both cases. 

  1. Training the algorithm to build the suitable model

Training the algorithm is the process of tuning various irregularities and parameters for better outcomes and good accuracy. It takes a lot of repetition and optimization techniques to train a machine learning algorithm. This optimization process does not require human intervention as the machine builds enough learning data to function on its own. You need not give directions to the machine to find the correct answer – it only requires the necessary data. 

  1. Utilize and Upgrade the input models

The final process is to keep updating new data to the model. This allows the model to improve constantly, leading to better results. The data that must be inserted depends on the solutions you seek. For example, a machine learning self-driving model will need real-life data on road maps, traffic, on-road rules, safety measures, etc. 

Learn Machine Learning courses online from the World’s top Universities – Masters, Executive Post Graduate Programs, and Advanced Certificate Program in ML & AI to fast-track your career.

Machine Learning Boons in the Present world

Free Machine Learning courses allow you to explore the vast domain of AI and ML, which offer us many advantages like: 

  • Self-driving car plans in Waymo and auto-pilots in Tesla are examples of advanced machine learning.
  • Digital assistants like Cortana, Alexa, Siri, etc., help in information searching once activated through voice commands.
  • Tailored recommendations on applications like Netflix, Youtube, Amazon Prime, Disney Hotstar, etc.
  • Email spam filters that can detect unnecessary emails.
  • Facial Recognition, fingerprint authentication, etc., have become more secure thanks to machine learning.

Best Online Machine Learning Courses for your Skill sets

It is very easy to find millions of courses over the internet, however quite tough to select the most efficient one. We’ve got you covered. 

upGrad offers an online Master of Science in Machine Learning & AI by Liverpool John Moores University. It is a 20-month course, with 25+ Mentorship Sessions from Industry Experts. It includes 12+ industry projects & assignments, and you have to choose six options out of 10 Capstone Projects. 

Program Highlights:

  • Eligibility – 50% (or equivalent) Bachelor’s Degree preferably in a Mathematical/ Statistical background or Computer Science/IT/Coding background.
  • 6 months Machine Learning Masters Thesis/Project on an industry relevant topic
  • LJMU Supervisor for guidance on Research & Dissertation
  • Flexible EMI options: Starts at $208.31/month
  • Recommended 15 hrs/week
  • WES (World Education Services) Recognised

upGrad is an online edTech platform that strives to provide world-class courses to students and professionals aspiring to upskill. 

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Sign up with upGrad for more information on online machine learning courses.


Machine learning courses include aspects of data mining, statistical recognitions, etc. Topics include:

  • Supervised learning includes parametric, non-parametric algorithms, neural networks, etc.
  • Unsupervised learning includes clustered learning, deep learning, dimensionality reduction, etc.
  • Practices in machine learning, including various machine learning and artificial intelligence concepts, variance theory, innovation process, etc.

Supervised learning begins with the starting of analysis of various training data sets, the test sets are formed in order to get the most efficient results. The learning algorithm can also compare the output it received with the correct output and, upon finding major differences, can work upon improving itself. 

Unsupervised learning includes unparalleled data in which the system needs to identify data upon its own research and findings. It explores the data and tries to find close answers.

What do you understand by Training Set and Test Set?

In a dataset, a training set is used to create ML models. While in a test set, the response of the models are checked whether it has the desired accuracy. Data that’s fed into the training set is usually excluded from the data in the test sets to check whether the output has more sources of information or not. Another important point to note is that there is no specific proportion to the data inputs and outputs. Usually, it is thought that if you give 70% training data, you expect 30% test data. However, the input datas are gradually decreased to find out whether the test datas can give better outputs on its own research and abilities to find new corresponding datas.

What is the meaning of Machine Learning and Data Science and what are the career opportunities involved in it?

Data Science is a scientific approach where scientists use various approaches to extract large data. Machine Learning, on the other hand, is the future of a simplistic lifestyle where machines are being fed with a huge amount of data to give efficient and accurate results on their own. Career opportunities in Data Science involves: Data Analyst, Data Scientist, Data Engineer, Business Intelligence Analyst, etc. Career opportunities in Machine Learning include Machine Learning Engineer, NLP Scientist, Developer/Engineer of Software.

How are Artificial Intelligence and Machine Learning related?

Artificial Intelligence is a technology which makes machines imitate responses that a human would have resulted out. It is a field of computer science which allows computers to solve problems in ways that humans can. Machine Learning is a subset of artificial intelligence. While machine learning focuses on the idea that machines need data to provide a certain outcome, artificial intelligence focuses on the concept that machines should think and perform like humans and give results just like humans.

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