
Course introduction and module 1 for synthetic data generation.
This module discuss about the statistical profile creation of the seed data.
Walk through the python notebook and the .py file to understand various statistical measures we can adopt to create a profile for the dataset.
Understand why privacy is a critical even for synthetic dataand what are the risk sources. What is Differential Privacy and its usage.
Practice Differential privacy in action in a jupyter notebook.
Understand the process of setting up a LLM to generate synthetic data including prompt structure and design.
Generate synthetic data using the python script.
Understand the process of data validation, types of validation and its role in improving the data generation process.
Python notebook to test and validate the generated ataset.
This is the python notebook explaining the Train synthetic and Test real (TSTR) validation framework.
Master the Future of Data Privacy: Build Production-Ready Synthetic Data Pipelines using LLMs
Are you tired of your AI, data science or machine learning projects stalling for months due to endless legal approvals, GDPR/HIPAA compliance bottlenecks, or data sharing restrictions? In today’s strict regulatory landscape, accessing high-quality, real-world data has become the single biggest obstacle to AI innovation. Traditional methods like data masking or anonymization are no longer enough—they ruin data utility and still leave you vulnerable to re-identification risks.
This course offers you an alternative: Genuinely Privacy-Protected Synthetic Data.
Designed specifically for data scientists, machine learning engineers, and data architects, this comprehensive program teaches you how to generate entirely artificial datasets that perfectly preserve the statistical patterns and predictive power of your original data—without containing a single row of real personal information.
While we walk through every concept using healthcare as our primary anchor—because it is one of the most demanding, highly regulated, and privacy-sensitive domains in the world—every single technique taught in this curriculum is completely domain-agnostic. The exact same workflow applies seamlessly whether you are working in finance, fraud detection, legal tech, or clinical analytics.
By the end of this course, you will transition from traditional data restrictions to complete data freedom. You will have a working, hands-on understanding of the entire end-to-end synthetic generation lifecycle: profiling complex source datasets, implementing advanced mathematical privacy guardrails, leveraging cutting-edge Large Language Models (LLMs) for high-fidelity tabular data generation, and executing rigorous validation frameworks to prove your synthetic output is reliable, robust, and safe to share.