What are the Best Machine Learning Projects and Why are They Important?

What are the Best Machine Learning Projects and Why are They Important? | Artificial Intelligence and Machine Learning | Emeritus

Machine Learning (ML) has seeped into every aspect of our lives, right from automated chatbots like ChatGTP to crafting personalized playlists. It is the most exciting branch of computer science and also a career choice with the highest growth trajectory. While the subject seems daunting at first, exploring some diverse machine-learning projects from a variety of domains will fuel your interest in the field. Here is a curated list of machine learning projects for beginners to boost your understanding of neural networks and their applications.

Uses of Machine Learning

The key value of machine learning is its ability to predict outcomes by analyzing past data through a variety of learning techniques. Some of the real-life applications of advanced ML models include:



  • Image recognition and Natural Language Processing (NLP)
  • Image processing for healthcare applications
  • Speech recognition
  • Predicting patient health and recurrence of diseases
  • Personalizing entertainment and lifestyle media
  • Prediction of market systems, company health, and business potential

Also Read: Top 10 Machine Learning Jobs in India: A Look at the Opportunities Obtainable

Machine Learning Project Ideas for Beginners

This list of machine learning projects covers a variety of ideas for approaches to different ML models:

Sentiment Analyzer

Sentiment analysis uses NLP to scan thousands of user-generated social media content to analyze user emotions. Businesses utilise this ML application to generate deep insights into customer behaviour and usher in optimal consumer satisfaction. Common approaches to sentiment analysis include analyzing the polarity of a text piece, its overall emotional essence, and the opinion polarity of specific business aspects.

MNIST Handwritten Digit ClassificationMachine Learning Projects

The MNIST (Modified National Institute of Standards and Technology) Handwritten Digit is a standard dataset that uses convolutional neural networks to train a variety of image processing systems. The dataset recognizes handwritten digits within texts by analyzing 60,000 training samples of different sizes and orientations. This beginner-friendly project idea effectively teaches multi-layer pattern recognition with simplicity.

BigMart Sales Prediction ML Project

The BigMart Sales Prediction machine learning project is a go-to training model for beginners. The dataset contains 2013 sales data from 10 BigMart stores in different cities for 1,560 products, relevant product attributes, and information on each store. The aim is to track the specific products and stores that have the highest impact on increasing sales to foresee customer demand and optimize inventory management.

Predicting Wine Quality Using Wine Quality Dataset

The wine quality prediction project needs you to develop a comprehensive model that can independently classify wines of different grades. Apart from age, there are over 10 variables—such as citric acid quantity, residual sugar, and density, among others.—and a dataset of over 4,800 observations to approximate wine quality. 

Movie Ticket Pricing System

Training for dynamic pricing and follow-up models is a great launchpad for ML beginners in the era of personalization. The aim is to develop an algorithm for movie booking systems that handles a dynamic range of customers to enhance profitability. Working with the parameters that affect movie pricing, such as supply-demand factors, customer focus on comfort, and viewer sentiments, will hone your computational thinking skills.

Neural Network To Read Handwriting

Intelligent Character Recognition (ICR) has gained immense popularity in the past decade, fast-tracking the progress of business digitization. ICR uses multi-dimensional recurrent neural networks to identify patterns among varied handwriting styles and make the inputs machine-readable.

Object Detection Using Deep Learning

It is another ML technique that trains with annotated visuals to identify and name objects within videos, static images, and live footage. Object detection machine learning projects comprise image classification, object localization, and pixel segmentation, helping boost your knowledge of Region-based Convolutional Neural Networks (RCNNN).

Human Activity Recognition Using Smartphone Datasets

The goal of Human Activity Recognition (HAR) is to accurately interpret and classify human fitness data. This project challenges the prevalent classification models due to the sheer number of observations generated every moment and their temporal nature. Working on HAR using smartphone datasets will drastically improve your multi-classification skills with Hybrid Deep Learning (HDL) and Transfer Learning (TL) models.

Enhance Healthcare

The development of Artificial Intelligence (AI) and healthcare wearable technology enables remote patient monitoring, robotic surgeries, and telemedicine, among other things, to deliver holistic healthcare services. There is a heavy demand for ML experts who can draw insights from the enormous amount of raw healthcare data.

Fake News Detection

There are two primary types of fake news:

  • Linguistic: Contains news in the form of text
  • Graphic-based: Contains visual data alongside text

With the use of NLP, Naive Bayes, and Support Vector Machines (SVMs), ML models can combine datasets of fake and authentic news to filter misleading information. The exercise sharpens your ideas on the classification matrix, Tfidf Vectorizer, and sophisticated text-cleaning functions.

Iris Flowers Classification ML Project

The Iris Flowers Project is one of the simplest machine learning projects that teach beginners the basics of data handling. The dataset comprises only four numerical details—length and breadth of petals, length and width of sepals—of three classes of iris flowers. Thus, you don’t need to scale the given data and can readily visualize the dataset to train the ML model.

Recommendation Engines with Movielens Dataset

User personalization has been a driving factor for success in the entertainment industry. The Movielens Dataset is the most extensive collaborative support base comprising one million movie ratings for 3,900 films. Using NLP and deep learning techniques, you can design a neural network that suggests movies to users based on their previous queries and other preferences of similar users.

Stock Prices Predictor

Machine Learning ProjectsThe stock price predictor datasets work with granular data and comprise a large array of fluctuating indicators. As stocks undergo regular micro-variations, ML models deploy time series forecasting methods that analyze events over a specific time period. To predict stock market movements, you can start with simpler problems. Furthermore, predicting the price movements of a specific organization based on its past data and fundamental performance indicators.

Prepare ML Algorithms from Scratch

A background in Python and developing simple ML algorithms from scratch is a solid starting point. For creating state-of-the-art ML models. This will enhance your understanding of what goes on inside neural networks. Moreover, apart from the application of the different linear, non-linear, and ensemble algorithms.  

Parkinson’s Project

Parkinson’s Disease (PD) is a neurodegenerative motor disorder that affects the central nervous system. Diagnosing PD in its earliest stages is now possible with ML models and it is one of the most crucial medical applications of data science. These models are subjected to data on neuroimaging, handwriting patterns, cerebrospinal fluid, fMRIs, and other brain scans. For advanced studying of symptoms often missed or misinterpreted by doctors.

Sports Score Predictor

Working with sports datasets is one of the most effective ways to master data exploration and visualization. You can select player performance statistics from different sports to perform efficient talent scouting. Also, with regression analysis and classification models, you could generate insights into team management. This can be done by calculating individual and team strengths and weaknesses.

Reasons to Learn Machine Learning

Machine learning potentially revolves around our everyday lives, and we aren’t even aware of them. While it is powering almost everything around us, it is slowly gaining prominence.

Here, we have listed some of the compelling reasons why you should consider machine learning:

  • Remarkable Career Opportunity

The machine learning market in India is expected to reach Rs. 7632.45 billion by 2027. Studies have also found that the market is likely to expand at a CAGR of 37.16% from 2021 to 2027. With this staggering growth, machine learning is truly a remarkable career opportunity.

  • Excellent Salaries

The top machine learning engineers have a handsome pay scale. Professionals in India with less than one year of experience to 6 years get approximately Rs. 3 lakhs to Rs. 21 lakhs. And the average annual salary of machine learning engineers is around Rs. 6.6 lakhs per annum.

  • Intricately Linked with Data Science

Data science, indeed, rules the masses. It’s mainly because of the all-explaining nature and commercial and innovative viability. Meanwhile, machine learning is just a mere shadow of data science. And by becoming competent in both fields, you will be able to analyse a considerable amount of data.

Data scientists and ML engineers work together in many organisations across India on products. So if you’re already an ML engineer, you will gain exposure to the perspective of data scientists.

Upskill Your Machine Learning Knowledge Through Emeritus

Machine learning is at the forefront of all the major developments across industries. Stay abreast with this technological revolution by pursuing the latest online AI & ML courses on Emeritus, curated in association with top universities across India.

About the Author


Senior Content Contributor, Emeritus Blog
Varun, a seasoned content creator with over 8 years of diverse experience, excels in crafting engaging content for various geographies and categories. Leveraging this expertise, he seamlessly translates complex concepts into enriching educational content for the EdTech domain. His keen understanding of research and life experiences helps him resonate with students and create fact-based content. He finds solace and inspiration in music, nurturing his creativity for content creation.
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