phone iconSpeak with our expert +1 617 539 7216

Learn more about the course

Get details on syllabus, projects, tools, and more

Name
Email
Mobile Number

By submitting this form, you consent to our Terms of Use & Privacy Policy and to be contacted by us via Email/Call/Whatsapp/SMS.

Data Science and Machine Learning: Making Data-Driven Decisions

Data Science and Machine Learning: Making Data-Driven Decisions

Build industry-valued AI, Data Science, and Machine Learning skills

Application closes 14th Aug 2025

Upskill in AI, Data Science & ML

  • List icon

    Live Mentorship from Industry Practitioners

    Join weekend live virtual sessions with AI, data science and machine learning professionals. Benefit from real-time guidance from experienced practitioners at global organizations.

  • List icon

    Modules on Responsible AI and Generative AI

    Deepen understanding of ethical AI with the Responsible AI module and explore innovations in Generative AI, covering tools, techniques, and real-world applications.

overview icon

Program Outcomes

Key takeaways for career success in AI, Data Science, and Machine Learning

Designed for learners to gain hands-on experience and build industry-valued skills

  • List icon

    Understand the intricacies of Data Science and Artificial Intelligence techniques and their applications to real-world problems

  • List icon

    Implement various Machine Learning techniques to solve complex problems and make data-driven business decisions

  • List icon

    Explore two major realms of Artificial Intelligence: Machine Learning and Deep Learning, and understand how they apply to domains such as Computer Vision and Recommendation Systems

  • List icon

    Choose how to represent your data effectively when making predictions

  • List icon

    Explore the practical applications of Recommendation Systems across various industries and business contexts

  • List icon

    Build an industry-ready portfolio of projects and demonstrate your ability to extract valuable business insights from data

Earn a certificate of completion from MIT IDSS

  • U.S. News & World Report, 2024

    U.S. #2

    U.S. News & World Report Rankings, 2024-2025

  • QS World University Rankings, 2025

    World #1

    QS World University Rankings, 2025

Key program highlights

Why choose the Data Science and Machine Learning program

  • List icon

    Learn from MIT faculty

    Learn from the vast knowledge of MIT AI, Data Science and Machine Learning faculty through recorded sessions.

  • List icon

    Collaborative peer networking

    Engage in a collaborative environment, networking with global AI, Data Science, and Machine Learning peers.

  • List icon

    Build your AI, Data Science, and Machine Learning Portfolio

    Showcase your AI and data science skills with 3 real-world projects and 50+ hands-on case studies in your e-portfolio.

  • List icon

    Personalized mentorship sessions

    Benefit from personalized weekend mentorship by experienced AI, Data Science and ML practitioners from leading global organizations.

  • List icon

    Dedicated Program support

    Connect with dedicated program managers to assist with queries and guide you throughout the course.

  • List icon

    Generative AI Masterclasses

    Get access to 3 masterclasses on Generative AI and its use cases by industry experts.

Skills you will learn

Python

Machine Learning

Deep Learning

Recommendation Systems

Computer Vision

Predictive Analytics

Generative AI

Prompt Engineering

Retrieval-Augmented Generation

Ethical AI

Python

Machine Learning

Deep Learning

Recommendation Systems

Computer Vision

Predictive Analytics

Generative AI

Prompt Engineering

Retrieval-Augmented Generation

Ethical AI

view more

  • Overview
  • Curriculum
  • Projects
  • Tools
  • Certificate
  • Faculty
  • Mentors
  • Reviews
  • Fees
  • FAQ
optimal icon

This program is ideal for

Professionals ready to advance their skills in AI, Data Science, and Machine Learning

View Batch Profile

  • Building Expertise for AI-driven Roles

    Professionals looking to build expertise in AI, Data Science, and Machine Learning through hands-on projects and real-world applications.

  • Driving Actionable Insights

    Individuals seeking to enhance their ability to turn complex data into actionable insights for better business decision-making.

  • Leading AI Initiatives

    Professionals aiming to lead or contribute to AI and Data Science initiatives across industries.

  • Solving Business Challenges

    Professionals interested in applying advanced AI techniques like Generative AI, Deep Learning, and Recommendation Systems to solve business challenges.

Program Curriculum

Developed by MIT IDSS faculty, this 12-week curriculum immerses you in today’s most cutting-edge data science and AI technologies - from machine learning and deep learning to recommendation systems, network analytics, time-series forecasting, and the transformative capabilities of ChatGPT and Generative AI.

Pre-work

Foundations of Data Science and AI 


Begin your learning journey with foundational concepts in data, Python programming, and Generative AI. This is a pre module to prepare you for the advanced modules on Data Science and AI, reinforcing essential mathematical and statistical principles needed for the weeks ahead. 


  • Introduction to the World of Data 
  • Introduction to Python 
  • Introduction to Generative AI 
  • Applications of Data Science and AI 
  • Data Science Lifecycle 
  • Mathematics and Statistics behind Data Science and AI 
  • History of Data Science and AI

Week 0: Data Science and AI Applications

In this module, you will:


  • Understand the end-to-end lifecycle of an AI application
  • Analyze real-world case studies to explore business impact
  • Learn how data-driven decisions are made in different industries
  • Explore how AI enables innovation, efficiency, and value creation
  • Prepare for hands-on learning with a strategic view of AI’s role in business

Week 1-2: Foundations of AI

This module is focussed on building your foundations of AI, you will learn: 


Python for Data Science 

  • NumPy 
  • Pandas 
  • Data Visualization 

Stats for Data Science 


  • Descriptive Statistics 
  • Inferential Statistics

Week 3: Masterclass on Data Analysis with Generative AI

In this Generative AI masterclass taken by experts, you will explore the use cases of Generative AI. Learn practical techniques to integrate GenAI into your data workflows.

Week 4: Making Sense of Unstructured Data

In this module, you will understand supervised and unsupervised learning techniques to analyze unstructured data. Learn essential methods like Dimensionality Reduction, classification, clustering, PCA, and t-SNE to uncover patterns and derive business insights. 


Supervised & Unsupervised Learning 


  • Understand the fundamental differences between supervised and unsupervised learning. 
  • Learn the key concepts of classification and clustering techniques 
  • Identify suitable methods based on the nature of the data and the problem context 

Dimensionality Reduction Techniques 


  •  Master Principal Component Analysis (PCA) for simplifying high-dimensional data 
  •  Explore t-SNE for visualizing complex datasets effectively 
  •  Learn when and why dimensionality reduction is essential for pattern recognition  

Clustering


  • Explore the core principles and steps involved in the K-Means Clustering algorithm 
  • Learn how to determine the optimal number of clusters 
  • Understand the strengths and limitations of this algorithm in real-world scenarios 


Applications and Analysis Techniques 


  • Discover how to identify hidden patterns in unstructured data 
  • Select appropriate analysis methods to solve diverse business problems

Week 5: Project Week and GenAI Masterclass

This week, you will be involved in a hands-on project focused on clustering and PCA techniques. Attend a specialized Generative AI masterclass on learning from Text Data. 


  •  Project on Clustering and PCA 
  • Masterclass on Learning from Text Data

Week 6: Regression and Prediction

This week, you will build a strong foundation in both classical and modern regression techniques to forecast outcomes and identify trends from complex datasets. Learn to apply linear and non-linear models, use regularization methods like Lasso and Ridge for high-dimensional data, and incorporate causal inference in predictive modelling to make data-driven predictions. 


Classical Regression Techniques 


  • Understand the fundamentals of linear and non-linear regression 
  • Learn how to apply regression models for both prediction and inference 
  • Explore how regression techniques can reveal trends and forecast outcomes 


Modern Regression for High-Dimensional Data 


  • Learn to build accurate models using high-dimensional datasets 
  • Apply regularization techniques like Lasso and Ridge to avoid overfitting 
  •  Evaluate regression models using appropriate performance metrics 


Causal Inference in Predictive Modeling 


  • Understand the principles of causal inference 
  • Learn to differentiate between manipulation effects and observational correlations 
  • Explore how to incorporate causal thinking into your regression models

Week 7: Classification and Hypothesis Testing

In this module, you will master hypothesis testing for making data-driven decisionsYou will learn classification algorithms and data categorization. Evaluate Classification Models, explore Ensemble Techniques and Decision Trees to enhance predictive accuracy and robustness. 


Hypothesis Testing for Data-Driven Inference 

  • Explore hypothesis testing frameworks to draw meaningful conclusions from data 
  • Learn to make informed inferences about population parameters using statistical tests 


Classification Algorithms and Data Categorization 

  • Understand core classification techniques used to determine class membership 
  • Implement algorithms for effective categorization across varied datasets 


Evaluating Classification Models 

  • Use performance metrics such as accuracy, precision, and recall to evaluate model effectiveness
  • Enhance model performance through iterative evaluation 

Ensemble Learning for Robust Predictions 

  • Learn how combining multiple models improves accuracy 
  • Apply ensemble techniques like Random Forests to boost model robustness


Tree-Based Methods: Decision Trees and Random Forests 

  • Discover how Decision Trees structure decision-making processes 
  • Leverage the power of Random Forests to improve classification outcomes

Week 8: Project Week and GenAI Masterclass

This week, you will be involved in a project where you will apply your understanding of machine learning classification. Attend a masterclass on AI-powered text labeling that covers its practical implementation using Generative AI techniques.


  •  Project on Machine Learning Classification 
  • Masterclass on AI-Powered Text Labeling

Week 9: Deep Learning and Computer Vision

This week, you will explore the fundamentals of Deep Learning, the concept of neurons and Artificial Neural Networks (ANNs) function. This module will also introduce you to Computer Vision and CNN Architecture and Transfer Learning.


  • Introduction to Deep Learning 
  • The Concept of Neurons 
  • Artificial Neural Networks (ANNs) 
  • Introduction to Computer Vision 
  • CNN Architecture and Transfer Learning

Week 10: Recommendation Systems

This module of data science and machine learning program will introduce you to Recommendation Systems, Statistical and Machine Learning approaches. You will explore Collaborative Filtering Techniques and learn to enhance recommendation accuracy using Data Science techniques. 


Introduction to Recommendation Systems 

  • Understand the purpose and real-world applications of Recommender Systems 
  • Explore how personalization enhances user satisfaction and engagement 
  • Gain experience in designing recommendation pipelines using real-world datasets 
  • Build scalable and efficient Recommender Systems through practical exercises 


Statistical and Machine Learning Approaches

  • Learn basic statistical techniques for generating recommendations 
  • Apply Machine Learning algorithms to predict user preferences  

Collaborative Filtering Techniques 

  • Dive into user-based and item-based Collaborative Filtering 
  • Understand how user behavior and preferences drive model performance 


Personalization and Pattern Recognition 

  • Discover common design patterns and frameworks used in recommender engines 
  •  Learn how to enhance recommendation accuracy using Data Science techniques

Week 11: Ethical and Responsible AI

This week will introduce you to the ethical implications of AI by exploring concepts such as bias, causality, and privacy. Learn about the AI lifecycle, feedback loops, and interdependencies to ensure responsible and fair AI system development and deployment.


  •  Introduction to AI Lifecycle 
  • Introduction to Bias and Its Examples 
  •  Introduction to Causality and Privacy 
  • Interconnections and Domains 
  •  Interdependency and Feedback in AI Systems

Week 12: Project Week

This week, you will involved in a project based on Recommendation Systems using real-world data. 

  •  Project on Recommendation System

Self-Paced Modules

This Data Science and Machine Learning program will help you deepen your expertise through these self-paced modules:

Networking and Graphical Models

Explore methods for analyzing and modeling complex networks using graphical models to understand interactions and correlations.

Predictive Analytics

Master techniques for building accurate predictive models from temporal data, including feature engineering and model evaluation.

Prompt Engineering

Learn to design effective prompts and techniques for interacting with large language models.

Generative AI Development Stack

Learn how to build Generative AI solutions using the latest tools, models, and components in the modern AI development stack.

Projects and Case Studies

The program follows a learn-by-doing pedagogy, helping you build your skills through real-world case studies and hands-on practice. Below are samples of potential project topics and case studies you will work on.

  • 3

    hands-on projects

  • 50+

    case studies

project icon

Retail

Customer Personality Segmentation

Description

It focuses on customer segmentation, a common practice in retail to improve marketing strategies, customer retention, and resource allocation. By analyzing customer demographics, purchasing behavior, and interactions with marketing campaigns, the retail company aims to understand its customer base better and tailor its offerings to meet the preferences and needs of different customer segments.

Skills you will learn

  • Python
  • Exploratory Data Analysis
  • Data Pre-processing
  • K-means Clustering
project icon

EdTech (Educational Technology)

Potential Customers Prediction

Description

The problem statement involves predicting potential customers in this rapidly growing sector by analyzing leads and their interactions with the company, ExtraaLearn.

Skills you will learn

  • Python
  • Decision tree
  • Random forest
project icon

E-Commerce and Technology

Amazon Product Recommendation System

Description

This project involves developing a product recommendation system for Amazon, focusing on providing personalized suggestions based on users' previous product ratings. By utilizing techniques like collaborative filtering, the goal is to enhance user engagement and satisfaction, ultimately driving sales and improving the user experience on the platform.

Skills you will learn

  • Python
  • Knowledge/Rank-based
  • Similarity-Based Collaborative filtering
  • Matrix Factorization Based Collaborative Filtering
  • Clustering-based recommendation system
  • Content-based collaborative filtering
project icon

Healthcare

Hospital Loss Prediction

Description

This case study focuses on building a regression-based machine learning solution to predict the Length of Stay (LOS) of patients using data available at admission and from initial tests. The goal is to identify key factors influencing LOS, derive actionable insights, and support hospital policy planning to enhance infrastructure and revenue generation.

Skills you will learn

  • Exploratory Data Analysis
  • Data Preprocessing
  • Regression Modeling
  • Data Interpretation
  • Python Programming
project icon

Human Resources

HR Employee Attrition Prediction

Description

This case study involves developing a predictive model to identify employees at risk of attrition using organizational data. By uncovering patterns in employee behavior and characteristics, the model helps to optimize retention efforts and reduce costs by targeting incentives only to high-risk individuals.

Skills you will learn

  • Exploratory Data Analysis
  • Data Preprocessing
  • Logistic Regression
  • Linear Discriminant Analysis (LDA)
  • Quadratic Discriminant Analysis (QDA)
  • Python Programming
project icon

Geospatial Technology

Street View Housing Number Digit Recognition

Description

This case study focuses on building a deep learning solution to recognize house numbers from street-level images using the SVHN dataset. The model automates the transcription of numeric address data from image patches, supporting geospatial applications such as improving digital map accuracy and pinpointing building locations.

Skills you will learn

  • Exploratory Data Analysis
  • Data Preprocessing
  • Artificial Neural Networks (ANNs)
  • Convolutional Neural Networks (CNNs)
  • Python Programming
project icon

E-commerce

Book Recommendation System

Description

This case study explores the development of a book recommendation system that suggests titles based on user preferences. By leveraging various collaborative filtering techniques and user-item interaction data, the system delivers relevant suggestions to enhance user experience and drive sales. Widely applicable across major e-commerce platforms, such systems help reduce browsing time and increase purchase value.

Skills you will learn

  • Exploratory Data Analysis
  • Data Preprocessing
  • Knowledge/Rank-Based Recommendations
  • Similarity-Based Collaborative Filtering
  • Matrix Factorization
  • Python Programming

Languages and Tools covered

  • tools-icon

    Python

  • tools-icon

    NumPy

  • tools-icon

    Keras

  • tools-icon

    Tensorflow

  • tools-icon

    Matplotlib

  • tools-icon

    Skitlearn

  • And More...

Earn a certificate of completion from MIT IDSS

Certificate from the MIT Schwarzman College of Computing and IDSS upon successful completion of the program

  • World #1

    World #1

    MIT ranks #1 in World Universities – QS World University Rankings, 2025

  • U.S. #2

    U.S. #2

    MIT ranks #2 among National Universities – U.S. News & World Report Rankings, 2024–2025

certificate image

* Image for illustration only. Certificate subject to change.

Program Faculty

  • Caroline Uhler - Faculty Director

    Caroline Uhler

    Henry L. & Grace Doherty Associate Professor, EECS and IDSS, MIT

    Expert in computational biology, statistics, and systems.

    Award-winning scholar relentlessly driving transformative data insights.

    Know More
  • John N. Tsitsiklis - Faculty Director

    John N. Tsitsiklis

    Clarence J. Lebel Professor, Dept. of Electrical Engineering & Computer Science (EECS) at MIT

    Leader in optimization, control, and learning.

    Renowned scholar with multiple prestigious accolades.

    Know More
  • Munther Dahleh - Faculty Director

    Munther Dahleh

    Program Faculty Director, MIT Institute for Data, Systems, and Society (IDSS)

    Trailblazer in robust control and computational design.

    Director propelling interdisciplinary research and innovation.

    Know More
  • Stefanie Jegelka - Faculty Director

    Stefanie Jegelka

    X-Consortium Career Development Associate Professor, EECS and IDSS, MIT

    Expert in algorithms and optimization for AI.

    Pioneer advancing theoretical machine learning foundations.

    Know More
  • Devavrat Shah - Faculty Director

    Devavrat Shah

    Professor, EECS and IDSS, MIT

    Renowned expert in large-scale network inference.

    Award-winning innovator in data-driven decisions.

    Know More

Program Mentors

Interact with dedicated and experienced industry experts who will guide you in your learning and career journey

  •  Omar Attia - Mentor

    Omar Attia

    Senior Machine Learning Engineer Apple (US)
    Apple (US) Logo
  •  Bhaskarjit Sarmah  - Mentor

    Bhaskarjit Sarmah linkin icon

    Head RQA AI Labs, BlackRock
    Company Logo
  •  Vibhor Kaushik - Mentor

    Vibhor Kaushik

    Data Scientist Amazon
    Amazon Logo
  •  Matt Nickens - Mentor

    Matt Nickens

    Senior Manager, Data Science CarMax
    CarMax Logo
  •  Nirmal Budhathoki  - Mentor

    Nirmal Budhathoki

    Senior Data Scientist Microsoft
    Microsoft Logo
  •  Mohit Khakaria  - Mentor

    Mohit Khakaria

    Senior Machine Learning Engineer Ford Motor Company
    Ford Motor Company Logo
  •  Udit Mehrotra - Mentor

    Udit Mehrotra

    Senior Data Scientist Google
    Google Logo
  •  Andrew Marlatt - Mentor

    Andrew Marlatt

    Data Scientist - Revenue Expansion Shopify
    Shopify Logo
  •  Vaibhav Verdhan - Mentor

    Vaibhav Verdhan

    Analytics Leader, Analítica Global
    Analítica Global Logo
  •  Amish Suchak  - Mentor

    Amish Suchak

    Data Science Team Lead XSOLIS
    XSOLIS Logo
  •  Nirupam Sharma  - Mentor

    Nirupam Sharma

    Data Science Vice President Big Village
    Big Village Logo
  •  Deepa Krishnamurthy  - Mentor

    Deepa Krishnamurthy

    Director, AI Solutions Engineering Koru
    Koru Logo
  •  Marco De Virgilis - Mentor

    Marco De Virgilis

    Actuarial Data Scientist Manager Arch Insurance Group Inc.
    Arch Insurance Group Inc. Logo
  •  Cristiano Santos De Aguiar  - Mentor

    Cristiano Santos De Aguiar

    Biomedical Machine Learning Engineer Oncoustics
    Oncoustics Logo
  •  Saber Fallahpour  - Mentor

    Saber Fallahpour

    Principal Data Scientist Altair
    Altair Logo
  •  Asim Sultan  - Mentor

    Asim Sultan

    Senior Machine Learning Engineer RiskHorizon AI
    RiskHorizon AI Logo

Watch inspiring success stories

  • learner image
    Watch story

    "The people behind the program were amazing, I believe this was best part of the program"

    The favourite part was the hackathon competition, where we had to combine everything that we had learnt and build the model

    Arlindo Almada

    ,

  • learner image
    Watch story

    " Mentors help you understand difficult concepts and complete the course"

    Studying this course has placed me in a better position to offer good counseling in my field. I am going to stretch myself to work as a Data Scientist in the business industry. I see this opportunity as a dream come true.

    Berthy Buah

    STMIE Coordinator , Ghana Education Service

  • learner image
    Watch story

    "Building Confidence in Big Data Management Without Prior Experience"

    Joined the program to learn handling big data and exceeded expectations. Gained valuable skills in Python and Machine Learning. Highly recommend it for anyone starting their data analytics journey!

    Chun Wing Ip

    Student , University Of Sydney

Course fees

The course fee is 2,500 USD

Invest in your career

  • benifits-icon

    Learn from world-renowned MIT IDSS faculty and top industry leaders

  • benifits-icon

    Build an impressive portfolio with 3 projects and 50+ case studies

  • benifits-icon

    Get personalized assistance with a dedicated Program Manager from Great Learning

  • benifits-icon

    Earn a certificate of completion from MIT IDSS and 8.0 Continuing Education Units (CEUs)

project icon

Easy payment plans

Avail our EMI options & get financial assistance

Third Party Credit Facilitators

Check out different payment options with third party credit facility providers

benifits-icon benifits-icon benifits-icon benifits-icon

*Subject to third party credit facility provider approval based on applicable regions & eligibility

timer
00 : 00 : 00

Unlock exclusive course sneak peek

Application Closes: 14th Aug 2025

Application Closes: 14th Aug 2025

Talk to our advisor for offers & course details

Application Process

  • steps icon

    1. Fill application form

    Apply by filling a simple online application form.

  • steps icon

    2. Application Screening

    A panel from Great Learning will review your application to determing your fit for the program.

  • steps icon

    3. Join program

    After a final review, you will receive an offer for a seat in the upcoming cohort of the program.

Batch start date

  • Online · 13th Sep 2025

    Admission closing soon

Frequently asked questions

Program Details
Eligibility and Registration
Fee Related Queries
Others

What does the MIT IDSS Data Science and Machine Learning course offer?

The 12-week online Data Science and Machine Learning program is offered by the MIT Institute for Data, Systems, and Society (IDSS). The program offers:


  • A certificate of completion from MIT IDSS and the MIT Schwarzman College of Computing 
  • Mentorship from experienced industry experts 
  • Recorded sessions from MIT faculty. 
  • Exposure to cutting-edge topics, including Generative AI, Responsible AI, Deep Learning, and more 
  • Comprehensive curriculum covering both foundational and advanced concepts. 
  • Flexibility and practical value that working professionals need.

What makes the MIT IDSS Data Science certificate program unique?

MIT IDSS Data Science and Machine Learning program is unique because of its academic rigor and industry relevance. Here are the reasons why this program stands out: 


Globally Recognized Institution 

Offered by the MIT Institute for Data, Systems, and Society (IDSS), part of the #1 globally ranked university (QS World University Rankings 2025). 


Developed and delivered by MIT faculty 

Curriculum created and delivered by award-winning MIT faculty, the global pioneers of Data Science and Artificial Intelligence. 


Industry-relevant Curriculum 

The curriculum covers advanced topics in Generative AI, Machine Learning, Data Science, Ethical and Responsible AI, and emerging areas like Generative AI, making it one of the most relevant programs in today’s tech landscape. 


Hands-On, Real-World Learning 

The program includes over 50 case studies and three hands-on projects that help you apply concepts to real-world business scenarios. 


Personalized Mentorship from Industry Experts 

Benefit from personalized weekend mentorship sessions with senior professionals from top tech companies, helping you deepen your understanding.


Career-Aligned for Working Professionals 

Perfect for those looking to transition into AI and Data Science roles or upskill to advance within their current organization. 


Prestigious MIT Certificate 

Earn a certificate of completion from the MIT Schwarzman College of Computing and IDSS. 


Flexible online Format 

Learn at your own pace through recorded lectures, hands-on projects, and weekend sessions tailored for busy professionals. 


Delivered in Collaboration with Great Learning 

Get dedicated program support from Program Managers from Great Learning, who will assist you with all academic and non-academic queries.

How is MIT ranked globally?

According to the QS World University Rankings 2025, the Massachusetts Institute of Technology (MIT) is ranked #1 globally. The university is also ranked #2 in the U.S. News & World Report's Best Global Universities in the U.S. for 2025-2026.

How is the curriculum of this Data Science and Machine Learning course unique?

The curriculum of this program has been designed by MIT faculty with a focus on equipping professionals with the most in-demand skills in AI, Data Science, Machine Learning, and Generative AI. Here's what makes it unique: 


Crafted by MIT faculty for academic depth and industry relevance. 


Covers complete AI and Data Science concepts from foundational techniques to advanced machine learning models, deep learning, NLP, computer vision, and recommendation systems. 


Focus on Generative AI and Responsible AI to ensure you're equipped for the next wave of innovation. 


Provides Hands-On Experience through 3 industry-relevant projects and over 50 real-world case studies. 


Built for Working Professionals with flexible format, recorded lectures, and live weekend mentorship.

What is the required weekly time commitment for this AI and Data Science program?

The program is designed for professionals and typically requires 8–12 hours per week. This includes: 


  • Around 2 hours of recorded faculty lectures 
  • 2 hours of weekend hands-on mentorship sessions (held over 7 weekends) 
  • Additional time for self-study, assignments, and project work 


The format ensures you can balance learning with your professional responsibilities.

Who is the faculty of this Machine Learning and Data Science course?

The program is taught by MIT faculty members who have several years of experience. The program also features highly skilled industry mentors who guide you through hands-on projects in live and personalized mentoring sessions.

What is the duration of this MIT IDSS Data Science and Machine Learning program?

The duration of the MIT IDSS Data Science and Machine Learning program is 12 weeks. 

It includes recorded lectures from award-winning MIT faculty, more than 50 real-world case studies, and 3 industry-relevant hands-on projects.

Will I receive a certificate after completing the MIT IDSS Data Science course for working professionals?

Yes, upon successfully completing this program, you will secure a Certificate of Completion, “Data Science and Machine Learning: Making Data-Driven Decisions,” from MIT IDSS.

Is this data science course online?

Yes, the program is completely virtual. It is designed for working professionals and thus helps them to attend the classes with flexible schedules. 


You can learn the practical applications of AI, Data Science, and Machine Learning from the convenience of your home within an efficient 12-week duration.

Does Great Learning play any role in delivering this data science course online?

Yes, this program is delivered by MIT IDSS in collaboration with Great Learning. As an education collaborator, Great Learning supports learners throughout their journey by providing access to experienced industry mentors, program support teams, and live personalized mentorship sessions. 


Great Learning also facilitates learner engagement, offers career guidance, and ensures a seamless learning experience aligned with the high academic standards set by MIT IDSS.

What languages and tools will I learn in this AI and Data science course?

You will learn the most in-demand languages and tools during the Data Science and Machine Learning program, including: 


  • Python 
  • NumPy 
  • Keras 
  • TensorFlow 
  • Matplotlib Scikit-Learn and others.

What are the learning outcomes of the MIT IDSS Data Science course?

With this Data Science and Machine Learning program, the learners will gain: 


  • Practical skills to apply DS and ML techniques to real-world business problems 
  • Experience with advanced topics like NLP, Computer Vision, and Recommendation Systems 
  • Exposure to advanced technologies such as Responsible AI and Generative AI 
  • A professional certificate from MIT IDSS and the MIT Schwarzman College of Computing

Do I need to bring my own laptop for this data science and machine learning online course?

Yes, having your own laptop is required for attending the program. The necessary technology requirements shall be shared during registration.

Will I receive a transcript or grade sheet after completing this AI and Data Science course?

Since it is not a degree or full-time program offered by the university, there are no grade sheets or transcripts available for this program from the university.

However, you will receive performance scores on each assessment and module. Upon successful completion of all requirements, you will earn a certificate of completion from the MIT Schwarzman College of Computing and IDSS.

How is my performance evaluated in the MIT IDSS Data Science course?

Your progress is measured through continuous assessments designed to reinforce learning and real-world application. 


These include: 

  • Quizzes and graded assignments 
  • Case studies and hands-on exercises 
  • Capstone project to test applied understanding 


This approach ensures you stay engaged. It tracks your learning outcomes throughout the 12-week program.

What is the eligibility criteria for this MIT IDSS Data Science and Machine Learning program?

The eligibility criteria for this program are as follows: 


  • Early-career professionals or senior managers (IT Managers, Business Intelligence Analysts, Data Science Managers, Management Consultants, and Business Managers) who want to apply AI, Data Science and Machine Learning techniques in their firms. 
  • Data Scientists, Data Analysts, or Business Analysts who wish to turn vast volumes of data into valuable insights 
  • Entrepreneurs interested in innovation with the assistance of AI,Data Science and Machine Learning techniques 
  • Those with academic or professional training in Applied Statistics or Mathematics will find the program easier to learn. However, participants without such a background can also complete the program, provided they are ready to put in extra effort. Great Learning will offer the required assistance.

What coding skills are helpful for an AI and Data Professional?

A successful AI and Data Professional needs a firm grasp of coding skills. Here are the key skills that help a professional learn data science: 


Python: Python is the most widely used language in the field of data analysis and machine learning. 


Foundational Knowledge of Other Languages: Familiarity with R, SQL, and SAS is essential, especially for statistical analysis and database management. Some roles may also require exposure to Java, Scala, or Julia. 


Understanding of the Data Workflow: Beyond programming, you’ll need to know how to work with tools for data acquisition, cleaning, transformation, warehousing, and visualization.

What is the registration process to pursue this online MIT IDSS Data Science and Machine Learning program?

The registration process for this AI and data science program is as follows: 


Step 1: Applicants will need to complete their online application form. 

Step 2: On receiving the application, the Great Learning program team will review it to determine your fit with the program. 

Step 3: If selected, you will receive an offer for the upcoming cohort. 

Step 4: Secure your seat by paying the fee.

What is the deadline to enroll in this Data Science and Machine Learning course from MIT IDSS?

The applications follow a rolling process, which is closed when the requisite number of seats in the cohort is filled. 

To ensure your chances of securing a seat, we encourage you to apply as early as possible.

What is the program fee?

Please refer to the fee section for details.

Do I need to pay any additional charges for buying books, virtual learning material, or license fees?

No, you don't need to pay any additional charges for buying books or any virtual material. All the necessary learning materials are provided online to learners through the Learning Management System (LMS).

Are there any corporate sponsorship programs?

We accept corporate sponsorships and can assist you with the process.

 

[For more information, please write to us at dsml.mit@mygreatlearning.com]

Is there any refund policy?

Please note that submitting the registration fee constitutes enrollment in the program, and the cancellation penalties outlined below will be applied. If you are unable to attend your program, please review our dropout and refund policies below: 


Dropout requests received within 7 days of enrollment and more than 42 days prior to the commencement of the program will incur no fee. Any payment received will be refunded in full. 


Dropout requests received more than 42 days prior to the program but more than 7 days after the acceptance are subject to a cancellation fee of USD 250


Dropout requests received 22-41 days prior to the commencement of the program are subject to a cancellation fee equal to 50% of the program fee. 


Any dropout requests received fewer than 22 days prior to the commencement of the program are subject to a cancellation fee equal to 100% of the program fee. 


No refund will be made to those who do not engage in the program or leave before completing a program for which they have registered.

What are the available payment options for registering for the online Data Science course from MIT IDSS?

You can pay the program fee via bank transfer or credit/debit card. You can also pay in easy installments and get interest-free payments for up to 12 months (Note that standard terms and conditions apply to these transactions).


[For further details, please get in touch with us at dsml.mit@mygreatlearning.com]

Is the future of AI and data science promising?

Yes, the future of AI and Data Science is highly promising. As organizations become more AI and data-driven, the demand for professionals who can turn raw data into strategic insights is growing. Here’s why: 


Growing demand in Business: Companies are leveraging AI and data science to reduce costs, improve marketing effectiveness, launch better products, and tap into new markets. 


Data-driven strategy making: Gartner has forecasted that many corporate strategies will highlight data and analytics as essential business competencies.


Expanding applications: From healthcare and finance to retail and tech, AI and data science is shaping decision-making and driving innovation across industries. 


Career longevity: With data at the core of digital transformation, professionals with expertise in AI, ML, and data science are well-positioned for long-term career growth. 


As industries increasingly rely on data to drive innovation and growth, the need for skilled Data Science professionals will only continue to rise. 


Gaining expertise in Artificial Intelligence, Machine Learning and Data Science, is a smart investment for you to future-proof your career.

Why choose Data Science and Machine Learning?

Nowadays, many organizations are using advanced Machine Learning and Data Science applications to draw the best outcomes for their businesses. Let's explore how data science and machine learning can benefit them: 


Provide solutions to develop the best business plan that supports companies' exponential growth. Today, most top-notch companies are applying Data Science and Machine learning in projects and operational management to achieve better outcomes. 


Shape businesses to suit the requirements of end customers. Businesses with a clear vision and expertise in data can develop groundbreaking solutions. Data-backed approaches enable companies to add value to their products and adapt latest market trends. 


Reduce costs of the businesses. Small and medium-sized companies strive for endurance due to limited budgets and resources. AI, Data Science, and ML help in formulating cost-effective business solutions.

What is the average salary of an AI, Data Science, or Machine Learning Professional?

The average salary of an AI professional is USD 175,000. For a Data Scientist, it is USD 130,000, and for a Machine Learning Specialist, it is USD 115,000.

How to become a Data Scientist?

To become a Data Scientist, you need to have a blend of technical expertise, analytical thinking, and real-world problem-solving skills. If you have a strong academic background, that will help you learn the concepts related to the field. 


Here’s how you can start: 


Build a strong foundation in mathematics, statistics, and programming. 


Gain hands-on experience with tools used in the industry. 


Develop applied knowledge through projects that simulate real-world data challenges. 


Strengthen your understanding of Generative AI, AI, and Machine Learning techniques.

Is there a demand for AI, Data Science, and Machine Learning specialists?

Yes, there is an increasing demand for AI, Data Science, and Machine Learning professionals across a wide range of industries, including Technology, Healthcare, Cybersecurity, Finance, Oil & Gas, Transportation, Education, Talent Acquisition, Inventory Management, E-commerce, and more. 


As organizations increasingly adopt AI and data-driven decision-making, professionals skilled in AI, Data Science, Machine Learning, and Generative AI are in high demand. These skills offer strong opportunities for career growth, leadership roles, and long-term industry relevance. 


According to LinkedIn, hiring for Data Scientists saw a 46% increase in the last year. Employment of data scientists is projected to grow 36 percent from 2023 to 2033, significantly faster than the average growth rate for all occupations. If you’re looking to build a future-proof career, now is the time to upskill in AI, Data Science, and Machine Learning.

What is Machine Learning?

Machine Learning refers to a group of techniques used by data scientists that allow computers to learn from data. From leisure to work, our lives are made easier with Machine Learning. The responsibilities of a Machine Learning specialist encompass a spectrum that extends from creating Machine Learning models to retraining systems.

What is Data Science?

Data Science is a field of study that uses a scientific approach to extract meaningful insights from data. Meaningful insights are derived from data sets, generating knowledge that advises recommendations for business growth.

Got more questions? Talk to us

Connect with a program advisor and get your queries resolved

Speak with our expert +1 617 539 7216 or email to dsml.mit@mygreatlearning.com

career guidance

Delivered in Collaboration with:

MIT Institute for Data, Systems, and Society (IDSS) is collaborating with online education provider Great Learning to offer Data Science and Machine Learning: Making Data-Driven Decisions Program. This program leverages MIT's leadership in innovation, science, engineering, and technical disciplines developed over years of research, teaching, and practice. Great Learning collaborates with institutions to manage enrollments (including all payment services and invoicing), technology, and participant support. Accessibility

Introduction to the Data Science & Machine Learning Course from MIT for Working Professionals

Numerous professional courses are available across the globe for Data Science and Machine Learning. Yet, there are several reasons for working professionals to register in this Machine Learning and Data Science professional certificate program from MIT IDSS, collaborating with Great Learning. The reasons are drafted below:

  • MIT is an abbreviation of the Massachusetts Institute of Technology, one of the world's highest-ranked institutions.

  • According to rankings by QS World University Rankings 2023, MIT has ranked #1 university globally, and according to rankings by the U.S. News and World Report 2023, MIT is ranked #2 in the world.

  • The objective of MIT IDSS is to extend education and research in state-of-the-art analytical techniques in statistics and data science, information and decision systems, and the social sciences, and to apply these techniques to address complex societal challenges in a miscellaneous set of areas like finance, urbanization, social networks, energy systems, and health.


Benefits of Pursuing MIT Data Science Certificate Course

  • Pursue the MIT Data Science certificate course and learn these cutting-edge technologies from 11 award-winning MIT faculty and instructors.

  • These award-winning MIT faculty members have designed the curriculum to build industry-valued skills.

  • You can demonstrate your Data Science and Machine Learning Leadership by creating a portfolio of 15+ case studies and 3 real-life projects.

  • You will work in a robust collaborative environment to communicate with peers in Data Science and Machine Learning.

  • Obtain live mentorship sessions and guidance from Machine Learning and Data Science professionals on applying concepts taught by the faculties.


Alumni IDSS Benefits

Have a glance at the benefits offered by IDSS alumni:

  • Participants can obtain exclusive discounts on present and future courses offered by MIT IDSS.

  • Participants can acquire a subscription to MIT IDSS alumni mailing and newsletter lists.

  • Participants can acquire membership to advance notice of upcoming events and courses.


Details about MIT Data Science Course

In this comprehensive MIT Data Science online course, the participants will grasp all the critical skills required to master Data Science and Machine Learning. Let’s go through the extensive details about the course in Data Science for working professionals:

Course Learnings:

  • Obtain an understanding of the intricacies of Data Science tools, techniques, and their significance to real-world problems.

  • Learn the procedure to implement several Machine Learning techniques for solving complex problems and making data-driven business decisions.

  • Explore two noteworthy realms of Machine Learning, Deep Learning & Neural Networks, and learn how to apply these techniques to areas like Computer Vision.

  • Choose the process of representing your data while making predictions.

  • Obtain an understanding of the theory behind recommendation systems and analyze their applications to numerous industries and business contexts.

  • Learn the method to create an industry-ready portfolio of projects for demonstrating your ability to derive business insights from data.

Course Syllabus:

  • It commences with the fundamentals of Python programming language (NumPy, Pandas, and Data Visualization) and Statistics for Data Science.

  • Afterward, participants will learn Machine Learning techniques, including Supervised and Unsupervised Learning Techniques, Clustering, Regression, Decision Trees, Random Forests, Classification and Hypothesis Testing, and several other algorithms.

  • Moving forward, participants will learn Deep Learning, Recommendation Systems, Networking & Graphical Models, Predictive Analysis, and Feature Engineering.

[Explore MIT Data Science Course Syllabus]


Course Eligibility:

  • Working professionals, such as early-career professionals or senior managers who want to pursue a career in Data Science and Machine Learning

  • Working professionals like Data Scientists, Data Analysts, or ML Engineers interested in leading Data Science and Machine Learning initiatives at their firms or businesses

  • Entrepreneurs interested in innovation with the assistance of Data Science and Machine Learning techniques


MIT Data Science for Working Professionals Course Duration

This professional course is for 12 weeks with recorded lectures from award-winning, world-renowned MIT faculty members and live mentorship sessions from industry experts.

Secure a Data Science Professional Certificate, along with Machine Learning from MIT IDSS

After successfully pursuing this course, you will secure a professional certificate in Data Science and Machine Learning: Making Data-Driven Decisions from MIT IDSS.