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Synthetic Data Generation & Use in AI is an applied course designed for data scientists, ML engineers, and AI practitioners who face limitations with real-world datasets. The program explores how synthetic dataāartificially generated but statistically accurateācan overcome data scarcity, improve privacy, and boost the robustness of AI models. Participants will learn generation techniques (GANs, simulations, diffusion models), evaluate data utility and privacy, and apply synthetic data to real AI workflows.
To equip learners with the theoretical understanding and practical skills needed to generate, validate, and deploy synthetic data for AI developmentāenhancing model training, privacy protection, and data diversity in low-data or sensitive environments.
PhD in Computational Mechanics from MIT with 15+ years of experience in Industrial AI. Former Lead Data Scientist at Tesla and current advisor to Fortune 500 manufacturing firms.
Professional Certification Program
To enable secure, bias-mitigated data innovation using synthetic data
To reduce reliance on costly, restricted, or imbalanced real-world datasets
To build competency in cutting-edge generative models and simulation tools
To promote responsible AI through privacy-first data practices
Chapter 1.1: What is Synthetic Data?
Chapter 1.2: Types of Synthetic Data (Tabular, Image, Text, Time-Series)
Chapter 1.3: Benefits Over Real Data ā Privacy, Cost, Scalability
Chapter 1.4: When (and When Not) to Use Synthetic Data in AI
Chapter 2.1: Overview of Synthetic Data Generators (Gretel, MOSTLY AI, SDV)
Chapter 2.2: Using GANs, VAEs, and LLMs for Synthetic Data
Chapter 2.3: Prompt-Based Data Synthesis for NLP Tasks
Chapter 2.4: Preprocessing Real Data for Synthetic Modeling
Chapter 3.1: GAN-based Generation for Images and Video
Chapter 3.2: Synthetic Tabular Data with Statistical Models
Chapter 3.3: Balancing and Augmenting Datasets with Synthetic Samples
Chapter 3.4: Using LLMs to Generate Domain-Specific Text Data
Chapter 4.1: Utility Metrics ā How āUsefulā is Synthetic Data?
Chapter 4.2: Privacy Metrics ā Differential Privacy, k-Anonymity, Membership Inference
Chapter 4.3: Fidelity, Diversity, and Bias Detection
Chapter 4.4: Comparing Synthetic vs. Real Model Performance
Chapter 5.1: Integrating Synthetic Data in Model Training Pipelines
Chapter 5.2: Augmentation Strategies in Low-Data and Imbalanced Settings
Chapter 5.3: Model Debugging and Adversarial Testing with Synthetic Scenarios
Chapter 5.4: Federated Learning and Simulation Environments
Chapter 6.1: Regulatory Considerations and Industry Standards
Chapter 6.2: Transparency, Disclosure, and Responsible Use
Chapter 6.3: Use Cases: Healthcare, Finance, Autonomous Systems
Chapter 6.4: Capstone Project ā Design and Evaluate a Synthetic Data Pipeline
~Video content aligned with weekly modules
Theme: Foundations and Generation Techniques
What is Synthetic Data and Why It Matters
Types of Synthetic Data: Tabular, Image, Text, Time-Series
When to Use (and Avoid) Synthetic Data
Overview of Tools: SDV, Gretel, MOSTLY AI, Unity Perception
Generative Techniques: GANs, VAEs, Diffusion Models
Prompt-Based Synthetic Text Generation with LLMs
Data Preparation for Synthetic Modeling
Theme: Building and Evaluating Synthetic Data Pipelines
Generating Tabular Data with Statistical and Probabilistic Models
GANs for Image and Video Data Simulation
Using LLMs for Task-Specific Text Synthesis
Augmenting Minority Classes in Imbalanced Datasets
Measuring Utility: Similarity, Predictive Parity, Model Transfer
Measuring Privacy: Differential Privacy, K-Anonymity, MIA Defense
Validating Bias and Fidelity in Synthetic Outputs
Comparing Performance: Real vs. Synthetic Training Data
End-to-End Tabular Generation and Testing Pipeline
Theme: Deployment, Ethics, and Industry Use Cases
Using Synthetic Data in Production AI Workflows
Synthetic Data for Simulation, Debugging, and Scenario Planning
Regulatory Landscape: GDPR, HIPAA, and ISO Guidelines
Transparency and Disclosure in AI Products Using Synthetic Data
Federated and Synthetic Learning for Privacy-Preserving AI
Case Study: Synthetic Data in Healthcare AI
Case Study: Synthetic Data for Computer Vision in Automotive
Capstone Briefing: Building and Evaluating Your Synthetic Dataset
Final Recap and Future Trends in Synthetic Data Generation
Title: Generating the Future: The Role of Synthetic Data in Modern AI
Duration: 60 minutes
Focus: Overview of synthetic dataās purpose, scope, and technical foundations
Guest: Research Scientist specializing in generative models or privacy-preserving ML
Interactive: Tool showcase and live demo: creating synthetic tabular data for a toy problem
Title: Quality Matters: Validating Synthetic Data for Performance and Privacy
Duration: 75 minutes
Focus: Utility, fidelity, bias, and privacy trade-offs when using synthetic data in real pipelines
Guest: Data Scientist from an applied AI team (e.g., healthcare, finance, or autonomous systems)
Interactive: Group activity: critique and score a synthetic dataset on realism, risk, and model value
Title: From Sandbox to Scale: Deploying Synthetic Data in Production AI
Duration: 90 minutes
Focus: Best practices, governance, and ethical constraints when using synthetic data at scale
Guest Panel: AI Ethics Advisor + MLOps Engineer + Legal/Compliance Expert
Interactive: Capstone reviews + Q&A on regulatory risk and enterprise readiness
Data scientists, ML/AI engineers, researchers, and data engineers
Professionals in healthcare, finance, robotics, or sensitive data domains
Knowledge of Python, ML frameworks, and basic statistics is recommended
Master the generation of high-fidelity, domain-specific synthetic datasets
Understand legal and ethical implications of synthetic data
Apply synthetic data to improve AI model robustness and reduce bias
Evaluate privacy-preserving techniques for safe data deployment
Integrate synthetic data into production-grade ML pipelines
Fee: INR 21499 USD 249
We are excited to announce that we now accept payments in over 20 global currencies, in addition to USD. Check out our list to see if your preferred currency is supported. Enjoy the convenience and flexibility of paying in your local currency!
List of Currencies
AI innovation in privacy-critical or data-scarce environments
Research and development of data synthesis frameworks
Deployment of scalable, bias-aware training datasets
Synthetic Data Engineer
AI/ML Data Scientist (Synthetic/Simulated Data)
Data Privacy Engineer
Computer Vision/NLP Researcher (Synthetic Learning)
Simulation Engineer (Autonomous Systems)
Responsible AI Data Lead
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