Schema design is the bridge between databases and AI/ML analytics. In this final part of the Database Design series, we explore star and snowflake schemas, fact/dimension modeling, and practical patterns that power scalable analytics, feature stores, and machine learning pipelines. Learn how dimensional modeling, Slowly Changing Dimensions, and schema evolution can simplify pipelines and improve model performance.

Schema design is the bridge between databases and AI/ML analytics. In this final part of the Database Design series, we explore star and snowflake schemas, fact/dimension modeling, and practical patterns that power scalable analytics, feature stores, and machine learning pipelines. Learn how dimensional modeling, Slowly Changing Dimensions, and schema evolution can simplify pipelines and improve model performance.

Schema design is the bridge between databases and AI/ML analytics. In this final part of the Database Design series, we explore star and snowflake schemas, fact/dimension modeling, and practical patterns that power scalable analytics, feature stores, and machine learning pipelines. Learn how dimensional modeling, Slowly Changing Dimensions, and schema evolution can simplify pipelines and improve model performance.

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"Your models are only as good as the data they’re trained on. In AI/ML, we spend 80% of our time cleaning data, yet most quality issues stem from poor database design. Duplicate records, broken joins, and inconsistent schemas silently corrupt feature stores and ML pipelines long before you write a single line of code. This first part of my 3-part series explores why database design is the invisible architecture behind every successful AI/ML system. We’ll cover how poorly designed databases derail models, how relational databases (RDBMS) enforce data quality, and how concepts like primary keys, foreign keys, and constraints directly impact feature engineering, scalability, and compliance. Strong databases mean strong models. Weak databases mean wasted months. Read the full post to learn how to build AI/ML pipelines on solid database foundations."

Aug 1, 2025

"Your models are only as good as the data they’re trained on. In AI/ML, we spend 80% of our time cleaning data, yet most quality issues stem from poor database design. Duplicate records, broken joins, and inconsistent schemas silently corrupt feature stores and ML pipelines long before you write a single line of code. This first part of my 3-part series explores why database design is the invisible architecture behind every successful AI/ML system. We’ll cover how poorly designed databases derail models, how relational databases (RDBMS) enforce data quality, and how concepts like primary keys, foreign keys, and constraints directly impact feature engineering, scalability, and compliance. Strong databases mean strong models. Weak databases mean wasted months. Read the full post to learn how to build AI/ML pipelines on solid database foundations."

Aug 1, 2025

"Your models are only as good as the data they’re trained on. In AI/ML, we spend 80% of our time cleaning data, yet most quality issues stem from poor database design. Duplicate records, broken joins, and inconsistent schemas silently corrupt feature stores and ML pipelines long before you write a single line of code. This first part of my 3-part series explores why database design is the invisible architecture behind every successful AI/ML system. We’ll cover how poorly designed databases derail models, how relational databases (RDBMS) enforce data quality, and how concepts like primary keys, foreign keys, and constraints directly impact feature engineering, scalability, and compliance. Strong databases mean strong models. Weak databases mean wasted months. Read the full post to learn how to build AI/ML pipelines on solid database foundations."

Aug 1, 2025

My biggest failure wasn’t a startup — it was postponing failure itself. I delayed my dreams out of fear and stayed stuck for years. Here’s what I learned about failing fast, rebuilding smarter, and finally creating a life on my own terms at 45.

May 21, 2025

My biggest failure wasn’t a startup — it was postponing failure itself. I delayed my dreams out of fear and stayed stuck for years. Here’s what I learned about failing fast, rebuilding smarter, and finally creating a life on my own terms at 45.

May 21, 2025

My biggest failure wasn’t a startup — it was postponing failure itself. I delayed my dreams out of fear and stayed stuck for years. Here’s what I learned about failing fast, rebuilding smarter, and finally creating a life on my own terms at 45.

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Schema design is the bridge between databases and AI/ML analytics. In this final part of the Databas...

Aug 2, 2025

Schema design is the bridge between databases and AI/ML analytics. In this final part of the Databas...

Aug 2, 2025

Schema design is the bridge between databases and AI/ML analytics. In this final part of the Databas...

Aug 2, 2025

Data integrity, normalisation, and ERDs are the unsung heroes of AI/ML systems. Poor constraints and...

Aug 2, 2025

Data integrity, normalisation, and ERDs are the unsung heroes of AI/ML systems. Poor constraints and...

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Data integrity, normalisation, and ERDs are the unsung heroes of AI/ML systems. Poor constraints and...

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"Your models are only as good as the data they’re trained on. In AI/ML, we spend 80% of our time cl...

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