Learn AI and Data Science with a Low-Code Approach
Applied AI and Data Science Program
Application closes on
22nd Oct 2025
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Applied AI and Data Science Program
Application closes 22nd Oct 2025
Distinctive features
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Low-code approach
Build AI and data science workflows with minimal coding using intuitive tools. Perfect for professionals looking to advance their proficiency in AI without deep programming experience.
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GenAI-infused curriculum
Covers the latest in Generative AI: Transformers, RAG, Prompt Engineering, and Agentic AI. Designed for real-world business applications.
Unlock real-world impact
Elevate your career in AI and data science
Build your AI and data science proficiency with the latest GenAI tools.
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Apply AI and data science to solve real-world business problems
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Learn to apply techniques across domains such as NLP, GenAI, Computer Vision, and Recommendation Systems.
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Learn effective data representation for predictive modeling
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Create an industry-ready ePortfolio
Earn a certificate of completion from MIT Professional Education
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#1 in World Universities
QS World University Rankings, 2025
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#1 in AI and Data Science
QS World University Rankings by Subject, 2025
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#2 in National Universities
U.S. News & World Report Rankings, 2024-2025
Key program highlights
Why choose the Applied AI and Data Science Program
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Live online sessions with MIT faculty
Engage in live online sessions with renowned MIT faculty for interactive insights.
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Low-code approach
Build AI and data science skills using low-code tools and techniques, enabling hands-on learning without heavy coding.
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Latest AI tech stack
Explore the latest Generative AI models, including Prompt Engineering and RAG modules.
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Personalized mentorship by experts
Benefit from weekly online mentorship from Data Science and AI industry experts.
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Build an industry portfolio
Work on 50+ case studies, projects, and a capstone project solving real business problems with AI.
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Earn a globally recognized credential
Earn 16 CEUs and a certificate of completion from MIT Professional Education upon completion.
Skills you will learn
PYTHON
DATA ANALYSIS
DATA VISUALIZATION
MACHINE LEARNING
ARTIFICIAL INTELLIGENCE
COMPUTER VISION
DEEP LEARNING
GENERATIVE AI & PROMPT ENGINEERING
RETRIEVAL AUGMENTED GENERATION
AGENTIC AND ETHICAL AI
PYTHON
DATA ANALYSIS
DATA VISUALIZATION
MACHINE LEARNING
ARTIFICIAL INTELLIGENCE
COMPUTER VISION
DEEP LEARNING
GENERATIVE AI & PROMPT ENGINEERING
RETRIEVAL AUGMENTED GENERATION
AGENTIC AND ETHICAL AI
view more
Build your AI and data science proficiency
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86% Execs Report
AI critical to firms
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11.5 Mn+
Jobs in data by 2026
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69% Global Leaders
Say AI #1 for growth
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$103.5 Bn
Analytics market size
- Overview
- Learning Journey
- Curriculum
- Projects
- Tools
- Certificate
- Faculty
- Mentors
- Career support
- Fees
- FAQ
This program is ideal for
Data professionals and managers seeking AI-driven insights
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Extracting Insights from Data
Professionals seeking to uncover patterns, extract actionable insights from large data sets, and build robust AI and Data Science solutions.
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Driving Strategic Impact
Professionals aiming to leverage AI and data science for business strategies, improve decision-making, and lead AI and Generative AI initiatives.
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Building AI Expertise
Those interested in strengthening their understanding of AI, generative AI, and machine learning through hands-on projects and expert-led learning.
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Deepening Technical Skills
Professionals with a background in technical management, business intelligence analysis, data science management, IT, management consulting, or business management, including data science and AI enthusiasts.
Syllabus designed for professionals
Designed by MIT faculty, the curriculum for the MIT Professional Education Applied AI and Data Science Program (formerly known as the Applied Data Science Program: Leveraging AI for Effective Decision-Making) equips you with the skills, knowledge, and confidence to excel in the industry. It covers key technologies, including artificial intelligence, machine learning, deep learning, recommendation systems, ChatGPT, applied data science with Python, generative AI, and more. The curriculum ensures you are well-prepared to contribute to artificial intelligence and data science initiatives in any organization.
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Low-Code
Approach
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Live Online Sessions
by MIT Faculty
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10+
Emerging Tools and Technologies
Self-Paced Module | Ethical and Responsible AI
In this module, you will delve into the critical ethical considerations that underpin the entire AI lifecycle through practical insights and real-world examples.
Introduction to AI Lifecycle
Introduction to Bias and Its Examples
Introduction to Causality and Privacy
Interconnections and Domains
Interdependency and Feedback in AI Systems
Pre-Work: Introduction to Data Science and AI
This module is designed to help you get the most out of the program. We begin an introduction to foundational topics in Python programming, statistics, the Data Science lifecycle, and the evolution of AI and Generative AI. This module is designed to prepare all learners, regardless of prior experience, to confidently engage with the comprehensive curriculum 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 DS and AI
- History of DS and AI
Weeks 1-2: Foundations of AI
In this module, you will establish the essential programming and statistical foundations crucial for your journey in data science using:
- Python for Data Science(NumPy & Pandas)
- Python for Visualization
- Inferential Statistics
- Hypothesis Testing
Week 3: Data Analysis and Visualization
In this module, you will learn hypothesis testing, dimensionality reduction, network analysis, and various clustering algorithms with practical applications.
- Hypothesis testing and practical applications
- Dimensionality reduction using PCA and t-SNE
- Network Analysis
- Different types of clustering algorithms
Week 4: Machine Learning
In this module, you will build foundational machine learning models and understand their evaluation.
- Maximum Likelihood, Bayesian Estimators & formulation
- Linear Regression & Assumptions
- Cross-validation & Bootstrapping
- Classification using Logistic Regression & KNN)
- Gaussian Models
Week 5: Revision Break
A dedicated break week to consolidate learning and catch up on pending coursework.
Week 6: Practical Data Science
In this module, you will apply real-world techniques in classification, ensemble learning, and forecasting.
- Introduction to Decision Tree
- Entropy & Information Gain
- Ensemble Learning - Bagging, Bootstrapping, and Random Forests
- Time Series Forecasting
Week 7: Deep Learning
In this module, you will explore neural networks and their applications in computer vision and language processing.
- Introduction to Deep Learning
- Filters/Convolutions, Pooling, and Max-Pooling
- Architecture of CNN
- Transfer Learning and Augmentation
- Encoder Decoder Architecture
- Token-based Processing, Attention Mechanism & Positional Encodings
Week 8: Recommendation Systems
In this module, you will design intelligent systems for personalization using a variety of recommendation techniques.
- Introduction to the Recommendations
- Content-Based Recommendation Systems
- Collaborative Filtering & Singular Value Thresholding
- Matrix Estimation Meets Content-Based
- Matrix Estimation Over Time
Week 9: Project Week
In this module, you will work independently on a hands-on project that allows you to apply program concepts to a domain of your choice.
Week 10: Generative AI Foundations
In this module, you will understand the architecture, evolution, and foundations of Generative AI.
- Origins of Generating New Data
- Generative AI as a Matrix Estimation Problem
- LLM as a Probabilistic Model for Sequence Completion
- Prompt Engineering
Week 11: Business Applications of Generative AI
In this module, you will learn how Generative AI and Agentic AI can drive business transformation.
- Natural Language Tasks with Generative AI
- Summarization, Classification and Generation
- Retrieval Augmented Generation (RAG)
- Agentic AI
Weeks 12–14: Capstone Project
For your Capstone Project, you will solve a real-world business challenge using techniques from across the program. Projects are guided and evaluated by mentors and reviewed by industry experts.
Work on hands-on projects and case studies
Engage in practical projects and program-specific case studies using emerging tools and technologies across sectors
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50+
Case Studies
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2 Projects
Industry-Relevant
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Capstone Project
Hands-on Learning
Healthcare
Brain Tumor Image Classifier
About the case study
This case study involves building a binary classification model to detect Pituitary Tumors in MRI scans. Learners work with a dataset of 1,000 images (830 for training, 170 for testing), implementing data augmentation to reduce overfitting. Using transfer learning with pre-trained CNN models, learners improve classification accuracy for medical imaging tasks.
Concepts used
- Image Classification
- Data Augmentation
- Transfer Learning
- Pre-trained Models
- Convolutional Neural Networks (CNN)
- Python Programming
Asset Management
Network Stock Portfolio Optimization
About the case study
In this case study, learners use network analysis and clustering techniques to construct optimized stock portfolios aimed at outperforming market indices like the S&P 500. By simulating portfolio performance and evaluating relative returns, this case empowers learners to develop intelligent, data-backed investment strategies.
Concepts used
- Network Analysis
- Portfolio Construction
- Stock Selection
- Clustering Approaches
- Simulation Techniques
- Python Programming
Hospitality
Hotel Booking Cancellation Prediction
About the case study
Learners develop a predictive model to identify likely hotel booking cancellations and no-shows. Using customer and booking data, the model improves resource allocation and revenue management. This case focuses on logistic regression, decision trees, and visualization to derive actionable insights for hospitality management.
Concepts used
- Exploratory Data Analysis
- Data Preprocessing
- Feature Engineering
- Logistic Regression
- Decision Trees
- Random Forests
- Python Programming
- Data Visualization
Entertainment
Movie Recommendation Systems
About the case study
This case study challenges learners to build recommendation engines that enhance user experience on streaming platforms. Using collaborative filtering and matrix factorization, learners develop personalized movie suggestions based on historical interactions, helping boost engagement and satisfaction.
Concepts used
- Exploratory Data Analysis
- Data Preprocessing
- Knowledge/Rank-Based Recommendations
- Similarity-Based Collaborative Filtering
- Matrix Factorization
- Python Programming
Master in-demand AI and Data Science tools
Benefit from hands-on experience with 10+ top AI and Data Science low-code tools
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Python
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NumPy
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Pandas
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Tensorflow
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Transformers
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Seaborn
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Scikit-Learn
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Keras
Earn a Professional Certificate in Applied AI & Data Science
Get a certificate of completion from MIT Professional Education and showcase it to your network
* Image for illustration only. Certificate subject to change.
Learn from MIT faculty
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Caroline Uhler
Professor, EECS and IDSS
Expert in computational biology, statistics, and systems.
Award-winning scholar relentlessly driving transformative data insights.
Know More -
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
William A. Coolidge Professor, EECS and IDSS; Founding Director, IDSS
Trailblazer in robust control and computational design.
Director propelling interdisciplinary research and innovation.
Know More -
Stefanie Jegelka
Associate Professor, EECS and IDSS
Expert in algorithms and optimization for AI.
Pioneer advancing theoretical machine learning foundations.
Know More -
Devavrat Shah
Andrew (1956) and Erna Viterbi Professor, EECS and IDSS
Renowned expert in large-scale network inference.
Award-winning innovator in data-driven decisions.
Know More
LinkedIn Profile
University LinkInteract with our mentors
Interact with dedicated and experienced AI and data science experts who will guide you through your learning journey
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Omar Attia
Senior Machine Learning Engineer Apple (US)
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Bhaskarjit Sarmah
Head RQA AI Labs, BlackRock
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Vibhor Kaushik
Data Scientist Amazon
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Matt Nickens
Senior Manager, Data Science CarMax
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Nirmal Budhathoki
Senior Data Scientist Microsoft
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Mohit Khakaria
Senior Machine Learning Engineer Ford Motor Company
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Udit Mehrotra
Senior Data Scientist Google
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Vaibhav Verdhan
Analytics Leader, AnalÃtica Global
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Amish Suchak
Data Science Team Lead XSOLIS
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Nirupam Sharma
Data Science Vice President Big Village
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Deepa Krishnamurthy
Director, AI Solutions Engineering Koru
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Marco De Virgilis
Actuarial Data Scientist Manager Arch Insurance Group Inc.
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Cristiano Santos De Aguiar
Biomedical Machine Learning Engineer Oncoustics
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Saber Fallahpour
Principal Data Scientist Altair
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Asim Sultan
Senior Machine Learning Engineer RiskHorizon AI
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Watch inspiring success stories
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Watch story
"MIT faculty are some of the best teachers I have ever had"
MIT faculty explain everything from the very basic theory of every machine learning algorithm to the toughest concepts. Mentors let you see the practical side of things too. This is the course every student who wants to get into data science should take.
Mauricio De Garay
Student ,
-
Watch story
"From Day 1 was able to solve meaningful, real world, tangible problems"
I had a great experience with world-class instructors and live classes led by industry experts who clearly explained each concept. I highly recommend this program to anyone considering a career shift.
Brooks Christensen
DevOps Engineer , Nielsen
-
Watch story
"The course was seemless and very engaging"
I enrolled to refresh my technical knowledge, and the projects were highly relevant to real-life scenarios. The mentor was an exceptional coder who explained concepts clearly, and the neural networks sessions were both engaging and fun with great examples.
Gabriela Alessio Robles
Senior Analytics Engineer , Netflix
Get industry-ready with dedicated career support
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Get dedicated career support
Access personalized guidance to strengthen your professional brand.
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1-on-1 career sessions
Interact with industry professionals to gain actionable career insights.
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Resume & LinkedIn profile review
Showcase your strengths with a polished, market-ready profile
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Build your project portfolio
Build an industry-ready portfolio to showcase your skills
Course fees
The course fee is 3,900 USD
Advance your career
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Apply AI and data science to solve real-world business problems
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Learn to apply techniques across domains such as NLP, GenAI, Computer Vision, and Recommendation Systems.
-
Learn effective data representation for predictive modeling
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Create an industry-ready ePortfolio
Registration process
Our registrations close once the requisite number of participants enroll for the upcoming batch. Apply early to secure your seat.
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1. Fill application form
Register by completing the online application form.
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2. Application screening
A panel from Great Learning will assess your application based on academics, work experience, and motivation.
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3. Join program
After a final review, you will receive an offer for a seat in the upcoming cohort of the program.
Eligibility
- Exposure to computer programming and a high school-level knowledge of Statistics and Mathematics
Batch start date
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Online · 15th Nov 2025
Admission closing soon
Frequently asked questions
What is the duration of the Applied Data Science Program by MIT Professional Education?
The Applied Data Science program by MIT Professional Education is a 12-week live virtual program.
Who will teach this Data Science and Machine Learning program?
MIT faculty will deliver the live virtual sessions. Experienced program mentors will give students a practical understanding of core concepts through hands-on projects.
What are the prerequisites for enrolling in the program?
For this Applied Data Science Program, the applicant should have:
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Exposure to Computer Programming languages and
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High School- Level Knowledge of Statistics and Mathematics.
Can you provide details about the curriculum and course structure of MIT Professional Education's Applied Data Science Program?
The Applied Data Science Program syllabus is 12 weeks long. It consists of:
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Foundation courses,
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Core courses,
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Project submissions,
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Capstone projects, and
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Self-paced modules on ChatGPT and Generative AI.
Will I receive a certificate upon completing the program?
Yes. After completing this Applied Data Science Program Certificate course, you will receive a certificate from MIT Professional Education.
How is MIT Professional Education Applied Data Science Program different from other data science courses?
MIT Professional Education Applied Data Science Program program is different from other data science programs because of the following reasons:
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It is offered by MIT Professional Education, an engineering and technology education leader for 70 years.
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Learn from award-winning MIT faculty through live virtual sessions from the convenience of your home.
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It helps you unravel the true worth of data through theoretical and practical learning.
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Focus on Artificial Intelligence and ML projects and case studies to learn about utilizing AI for data decision-making.
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Benefit from 1:1 career sessions, a resume, and LinkedIn review, an e-portfolio with hands-on projects, and capstone projects for practical learning.
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Get live mentorship from industry experts on the applications of concepts taught by faculty.
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Receive a certificate of completion from MIT Professional Education at the end of the program.
What kind of projects or case studies will be included in the program?
This Applied Data Science course will have capstone projects and projects in between modules for hands-on learning. These are some of the sample Hands-on and Capstone projects:
Sample hands-on projects
Healthcare
Malaria Detection
Detect whether Red Blood Cells (RBCs) are infected with malaria using the Image Classification technique.
Real Estate
AI-Powered Boston House Price Prediction
Predicting house prices in the Boston metropolitan area is based on the features of the property and its locality using Regression techniques.
Sample Capstone projects
BFSI
Loan Default Prediction
Build a classification model to predict clients who are likely to default on their loans. Give recommendations to the bank on important features to consider while approving a loan.
Research
Facial Emotion detection
Use Deep Learning and AI techniques to create a computer vision model that can accurately detect facial emotions. The model should be able to perform multi-class classification on the images of facial expressions and categorize them according to the associated emotion.
Who are the faculty members and instructors who will teach this Applied Data Science Program?
The program will be taught by MIT faculty who are academicians in fields like Data Science, Electrical Engineering, Computer Science, and more.
The program mentors are industry leaders and experts from leading companies like West. Jet, Apple, Amazon Web Services, IKEA, and more. These program mentors coach you to work on hands-on projects to apply theories to real-world challenges through live and personalized mentored learning sessions. This will help you use and analyze data in the real world and create data science skills.
Note: Program faculty is subject to change.
What is the program fee for Applied Data Science program by MIT Professional Education?
The total program fee is USD 3900.
What is the application process for this course?
The program offers a simplified application process to follow:
Step 1: Fill out an online application form
Step 2: The application review will be done to determine your suitability for the program
Step 3: Join the program if your application is selected. Pay the fees and secure your seat for the upcoming cohort.
Will I get any assistance during the program?
You will be getting program Manare, a personal guide for you who will assist you throughout the program. The program manager will be your sole point of contact, and they will monitor your progress and encourage you to succeed throughout the program.
What if my question is not covered here?
If you have any other questions, please contact Great Learning through:
Phone: +1 617 468 7899
email: adsp.mit@mygreatlearning.com
Application Closes
22nd Oct 2025
Delivered in Collaboration with:
MIT Professional Education is collaborating with online education provider Great Learning to offer Applied AI and Data Science 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
Batch Profile
The PGP-Data Science class consists of working professionals from excellent organizations and backgrounds maintaining an impressive diversity across work experience, roles and industries.
Batch Industry Diversity
Batch Work Experience Distribution
Batch Education Diversity
The PGP-Data Science learners come from some of the leading organizations.
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