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Applied AI and Data Science Program
Application closes 21st May 2026
Unlock real-world impact
Elevate your career in AI and data science
Build proficiency in advanced topics like Agentic AI, LLM orchestration, and RAG
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Apply Python and AI coding assistants to build, debug, and evaluate code for real-world data science tasks
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Use statistical reasoning and ML techniques to analyze data, build predictive models, and evaluate performance
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Design deep learning models, including CNNs and transfer learning pipelines for advanced prediction tasks
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Build AI systems for recommendation engines, time-series forecasting, and unsupervised pattern discovery
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Build single- and multi-agent systems using LangGraph, RAG, and production frameworks for business challenges
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Evaluate and deploy Agentic AI workflows using key performance metrics
Earn a certificate of completion from MIT Professional Education
KEY PROGRAM HIGHLIGHTS
Why choose this program
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Live online sessions with MIT faculty
Learn through recorded lectures and engage in live online sessions with renowned MIT faculty for interactive insights.
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Agentic AI-infused curriculum
covers the latest in Agentic and Generative AI, including Transformers, RAG, Prompt Engineering, and modern AI frameworks with a focus on real-world business applications.
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Latest AI tech stack
Explore the latest Generative AI models, including Agentic AI, 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 10+ case studies, projects, and a capstone project solving real business problems with AI using OpenAI keys and Codex for hands-on AI coding practice.
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Personalized mentorship by experts
Earn 16 CEUs and a certificate of completion from MIT Professional Education upon completion.
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
Data Science
Generative AI
Machine Learning
Data Analysis
Deep Learning
Recommendation Systems
Ethical and Responsible AI
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
Data Science
Generative AI
Machine Learning
Data Analysis
Deep Learning
Recommendation Systems
Ethical and Responsible AI
view more
- Overview
- Curriculum
- Projects
- Tools
- Certificate
- Faculty
- Mentors
- Reviews
- Career Support
- Fees
- FAQ
This program is ideal for
Working professionals looking to implement AI for business impact or transition into AI and Data Science roles
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Senior Technology Professionals
Ready to move beyond experimenting with AI toward designing and deploying production-grade AI systems and multi-agent workflows.
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Early-Career Professionals
Experimenting with GenAI tools who want to build a rigorous technical foundation in Data Science, Machine Learning, and Agentic AI systems.
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Career Transitioners
Seeking expertise in Python, Machine Learning, Agentic AI systems, and modern AI frameworks and tools such as LangChain, LangGraph, Claude, and n8n.
Comprehensive curriculum
Designed by MIT faculty, this program offers learners a complete architectural journey from classical predictive modeling to multi-agent system orchestration, equipping leaders with the critical technical intuition and strategic judgment necessary to build reliable, data-grounded solutions.
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Masterclass
On Anthropic
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Live Online
Sessions by MIT Faculty
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10+
Emerging Tools
Pre-Work: Python, Data Science, and AI Foundations
Establish the coding and conceptual foundations needed for the program.
Concepts Covered
Week 1: AI-Assisted Python Programming
Use AI coding tools to accelerate Python development while evaluating generated code critically.
Concepts Covered
Week 2: AI-Assisted Statistical Analysis and Data Preparation
Apply inferential statistics and AI tools to draw defensible conclusions from sample data.
Concepts Covered
Week 3: Data Analysis and Visualization (Live)
Apply dimensionality reduction and clustering techniques to uncover patterns in high-dimensional data.
Concepts Covered
Week 4: Machine Learning (Live)
Build and rigorously evaluate supervised Machine Learning models for regression and classification.
Concepts Covered
Week 5: Revision Break
A dedicated break week to consolidate learning and catch up on pending coursework.
Week 6: Practical Data Science (Live)
Apply tree-based models and time series methods to solve classification, regression, and forecasting problems.
Concepts Covered
Week 7: Deep Learning (Live)
Build and apply neural network architectures, including CNNs and transfer learning pipelines.
Concepts Covered
Week 8: Recommendation Systems (Live)
Build production-ready recommendation systems that handle sparse and time-varying data at scale.
Concepts Covered
Week 9: Revision Break
A dedicated break week to consolidate learning and catch up on pending coursework.
Week 10: Elective Project
Develop an end-to-end solution by selecting a problem statement from a chosen domain and applying appropriate data science and AI techniques.
Concepts Covered
Week 11: Generative AI and Agentic AI Foundations
Understand the architecture of autonomous AI agents and build functional single-agent systems.
Concepts Covered
Week 12: Building & Evaluating Agentic AI Workflows
Design multi-agent systems and evaluate their performance using production-grade metrics.
Concepts Covered
Weeks 13–15: Capstone Project
Design and deliver an end-to-end AI solution for a selected problem statement, integrating concepts and techniques from across the program.
Concepts Covered
Self-Paced Module: Ethical and Responsible AI
Understand and apply ethical principles across the AI lifecycle to design fair, transparent, and responsible AI systems.
Concepts Covered
Self-Paced Module | Claude-Based AI Workflows
This module is designed to build practical capability in applying Artificial Intelligence and Data Science 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.
Concepts Covered
Masterclass on Anthropic
This masterclass covers the Anthropic AI landscape, exploring Claude models, Constitutional AI, and key safety and alignment principles. Learners will apply effective prompting, use the Claude API for tasks and integrations, generate structured outputs, build simple applications, critically compare Claude with other AI models, and evaluate ethical considerations for deploying AI systems.
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.
Sales Performance Analysis for a Regional Retailer
A/B Test Analysis for a Subscription Fitness App
Customer Segmentation for a D2C Beauty Brand
Credit Default Risk Prediction for a Digital Lender
Demand Forecasting and SKU Prioritization for a Quick-Commerce Platform
Defect Detection on a Manufacturing Production Line
Personalized Product Recommendations for an E-commerce Marketplace
Employee HR Policy Single-Agent Assistant
Banking Customer Service Multi-Agent Copilot
Work on hands-on projects and case studies
Engage in practical projects and program-specific case studies using emerging tools and technologies
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10+
Case Studies
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2 Projects
Industry-Relevant
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Access
OpenAI API keys, Codex
Description
Build an end-to-end solution by selecting a problem from retail analytics, HR analytics, forecasting, computer vision, or recommendation systems. Work on real-world datasets to apply exploratory data analysis, Machine Learning, deep learning, and recommendation system techniques to solve a chosen business problem.
Skills you will learn
- EDA
- Machine Learning
- Deep Learning
- Recommendation Systems
- Predictive Modeling
Description
Design and deliver an end-to-end AI solution on a problem statement of your choice, drawing from any topic covered in the program. Work on real-world challenges across data science, Machine Learning, deep learning, recommendation systems, and generative and Agentic AI workflows to build scalable, production-ready solutions.
Skills you will learn
- End-to-End AI Systems
- Data Science
- Machine Learning
- Deep Learning
- Generative AI
- Agentic AI
Master in-demand AI and Data Science tools
Benefit from hands-on experience with 10+ top AI and Data Science tools
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
Learn from renowned faculty with expertise across AI and data science.
Interact with our mentors
Interact with dedicated and experienced AI and data science experts who will guide you to excellence.
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 USD 3,900
Advance your career
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Engage with MIT faculty and industry experts through live online sessions and recorded lectures
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Learn from real-world case studies, projects, and a curriculum infused with the latest advancements in AI
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Apply cutting-edge tools and frameworks, including Python, Google Colab, OpenAI, n8n, Gemini, Codex, and more
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Benefit from access to OpenAI API keys and Codex for AI-assisted coding provided by Great Learning
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 · To be announced
Admissions Open
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