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Top rated online AI, Data Science, and ML course
Application closes 18th Jun 2026
Distinctive features
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AI-assisted coding
Leverage AI-assisted coding tools to write and debug Python faster, including access to OpenAI APIs and Codex for hands-on practice at no additional cost.
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Next-gen modules
The upgraded curriculum is now infused with GPT-5, Codex for advanced code generation, LangChain, and LangGraph for building modern AI workflows and agentic systems.
Program Outcomes
Elevate your career in AI, Data Science and ML
Build proficiency in advanced topics like Agentic AI, LLM Orchestration, and RAG
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Explain how AI evolved from prediction models to language models and autonomous agents
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Write effective prompts, detect hallucinations, and use AI coding assistants to write and debug Python
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Given a business question, choose the right ML approach, apply it, and assess if results are trustworthy
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Connect LLMs to external data using RAG to ground outputs in real data and assess pipeline performance
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Build AI systems that plan a sequence of steps, use external tools, and complete tasks autonomously
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Design pipelines where multiple AI agents collaborate, divide work, recover from errors, and boost performance
Earn a certificate of completion from MIT IDSS
Key program highlights
Why choose the AI and Data Science program
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Learn from MIT faculty
Learn from the vast knowledge of MIT AI, Data Science and Machine Learning faculty through recorded sessions.
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AI-assisted coding
Build AI and data science skills using AI-assisted coding tools like GitHub Copilot and ChatGPT to write, debug, and learn Python through hands-on practice.
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Advanced AI-infused curriculum
Explore advanced modules on emerging topics including prompt engineering, retrieval-augmented generation (RAG), and next-generation model architectures.
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Personalized mentorship sessions
Benefit from personalized weekend mentorship by experienced AI, Data Science and ML practitioners from leading global organizations.
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Dedicated program support
Connect with dedicated program managers to assist with queries and guide you throughout the course.
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Build Real-World Expertise
Work on 4 hands-on projects and explore 10+ real-world case studies to strengthen your practical skills and demonstrate your AI and Data Science capabilities.
Skills you will learn
Agentic AI
Prompt Engineering
Retrieval-Augmented Generation (RAG)
Multi-Agent Systems
LLM Orchestration
Prompt Optimization
AI-Assisted Coding
LLM Evaluation
AI Workflow Design
Generative AI Applications
Agentic AI
Prompt Engineering
Retrieval-Augmented Generation (RAG)
Multi-Agent Systems
LLM Orchestration
Prompt Optimization
AI-Assisted Coding
LLM Evaluation
AI Workflow Design
Generative AI Applications
view more
- Overview
- Curriculum
- Projects
- Tools
- Certificate
- Faculty
- Mentors
- Reviews
- Fees
This program is ideal for
Professionals ready to advance their skills in AI, Data Science, and Machine Learning
View Batch Profile
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Career Starters in AI and Data Science
Individuals seeking a structured foundation in AI and Data Science to build job-ready technical capabilities and a strong professional credential.
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Early-Career Professionals in Data and Technology
With a foundation in data science or software development, seeking to deepen technical expertise and design end-to-end AI workflows.
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Tech Innovators and AI Practitioners
Responsible for building, integrating, or scaling AI solutions, seeking expertise in system design, multi-agent orchestration, and implementation.
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Professionals Building Next-Generation AI Systems
Aiming to use advanced frameworks like GenAI, LangChain, and multi-agent systems to build reliable, scalable, real-world AI applications.
Program Curriculum
Designed by MIT faculty, the curriculum covers key concepts in Generative AI, Agentic AI, Data Science, and Machine Learning. Learn from experts through a structured, hands-on learning experience that builds the technical intuition and strategic judgment needed to translate data and AI into measurable business impact.
Pre-Work
Concepts Covered
Week 1: AI, GenAI, and Agentic AI Landscape
Concepts Covered
Week 2: LLMs and Prompt Engineering
Concepts Covered
Week 3: AI-Assisted Python Coding
Concepts Covered
Week 4: AI-Assisted Exploratory Analysis
Concepts Covered
Week 5: Project 1
Work on a real-world challenge by applying skills learned throughout the program, leveraging industry-relevant tools and technologies to maximize outcomes.
Week 6: Predictive Modeling With Regression
Concepts Covered
Week 7: Building Decision Systems With AI
Concepts Covered
Week 8: AI-Powered Recommendation Systems
Concepts Covered
Week 9: Project 2
Work on a real-world challenge by applying skills learned throughout the program, leveraging industry-relevant tools and technologies to maximize outcomes.
Week 10: Learning Break
Learning breaks are structured pauses to consolidate concepts, complete pending work, and reinforce understanding before progressing further.
Week 11: Building Context-Aware AI Workflows
Concepts Covered
Week 12: Prompt Optimization and Evaluation
Concepts Covered
Week 13: Project 3
Work on a real-world challenge by applying skills learned throughout the program, leveraging industry-relevant tools and technologies to maximize outcomes.
Week 14: Designing and Building Agentic AI Workflows
Concepts Covered
Week 15: Orchestrating Multi-Agent Systems
Concepts Covered
Week 16: Project 4
Work on a real-world challenge by applying skills learned throughout the program, leveraging industry-relevant tools and technologies to maximize outcomes.
Self-Paced Modules
Self-Paced Modules
This module is designed to build practical capability in applying Generative AI and Agentic AI using the Claude ecosystem in real-world contexts. Learners build the ability to design, execute, and evaluate AI-driven workflows for real-world applications, supported by ~5 hours of structured learning.
Build a foundational understanding of deep learning concepts and neural network architectures used in modern AI systems.
Learn how AI systems process and interpret visual information using advanced computer vision techniques.
Explore the principles of building fair, transparent, and responsible AI systems across real-world applications.
Understand the fundamentals of time-series data analysis and forecasting for temporal decision-making.
Sample Case Studies
Apply your learning through real-world case studies guided by global industry experts. Please note: All case studies and projects outlined are indicative and subject to change.
Supply Chain Disruption Response Assistant
Clinical Trial Protocol Feasibility Review
AI-Assisted Data Cleaning for Retail Sales
Customer Segmentation for a Retail Bank
Quick-Commerce Order Volume Drivers
Loan Application Risk Triage
E-Commerce Next-Best-Product Recommendations
Employee HR Policy Assistant
Banking Customer Service Copilot
Autonomous SaaS Support Triage Agent
Competitive Market Intelligence Platform
Projects and Case Studies
Engage in projects and real-world case studies using emerging tools and technologies across sectors
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AI-Assisted
Coding
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10+
case studies
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Advanced AI
Modules and Concepts
Description
Analyze customer purchase and demographic data to identify distinct behavioral segments that enable personalized loyalty programs and targeted promotions.
Skills you will learn
- EDA
- K-Means
- Gaussian Mixture Models
- PCA
- Clustering
- Dimensionality Reduction
- Feature Engineering
- Customer Analytics
Description
Build a recommendation engine using viewing behavior and content metadata to improve discovery, increase watch time, and reduce churn.
Skills you will learn
- Rank-Based Recommendations
- Content-Based Filtering
- Collaborative Filtering
- Recommender Systems
- User Behavior Analysis
- Ranking Models
- Personalization Algorithms
Description
Build a contract review assistant that retrieves and analyzes clauses from internal contract repositories to support faster, more consistent legal review.
Skills you will learn
- Retrieval-Augmented Generation (RAG)
- Chunking
- Embeddings
- Vector Databases
- Document Analysis
- Information Retrieval
- LLM Grounding
Description
Build a multi-agent system that gathers, analyzes, and synthesizes financial data from filings, internal research, and external sources into structured sector briefings.
Skills you will learn
- Multi-Agent Systems
- Adaptive RAG
- Web Search
- Sentiment Analysis
- Information Retrieval
- Orchestration
- Tool Use
- Evaluation Metrics
- Handoff Reliability
Languages and Tools covered
Build a solid foundation in popular/advanced tools and frameworks top employers seek
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Python
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Google Colab
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VS Code (Visual Studio Code)
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OpenAI
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ChatGPT
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LangChain
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LangGraph
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Claude
Earn a certificate of completion from MIT IDSS
Certificate from the MIT School of Engineering and IDSS upon successful completion of the program
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World #1
MIT ranks #1 in World Universities – QS World University Rankings, 2025
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U.S. #2
MIT ranks #2 among National Universities – U.S. News & World Report Rankings, 2024–2025
* Image for illustration only. Certificate subject to change.
Program Faculty
Program Mentors
Interact with dedicated and experienced industry experts who will guide you in your learning & career journey
Course Fees
The course fee is USD 2,500
Invest in your career
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Learn from world-renowned MIT IDSS faculty and top industry leaders
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Build an impressive portfolio with 3 projects and 50+ case studies
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Get personalized assistance with a dedicated Program Manager from Great Learning
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Earn a certificate of completion from MIT IDSS and 8.0 Continuing Education Units (CEUs)
Application Process
The program follows a simple 3-step application process. The step-by-step process is outlined below.
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1. Fill application form
Apply by filling a simple online application form.
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2. Application Screening
A panel from Great Learning will review your application to determine your fit for the program your fit for the program.
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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.
Batch start date
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Online · To be announced
Admissions Open
Delivered in Collaboration with:
MIT Institute for Data, Systems, and Society (IDSS) is collaborating with online education provider Great Learning to offer AI and Data Science: Leveraging Responsible AI, Data and Statistics for Practical Impact. 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 AI and Data Science class consists of working professionals from excellent organizations and backgrounds maintaining an impressive diversity across work experience, roles and industries.