Production AI Model Development and Ethics
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Production AI Model Development and Ethics
This course is part of multiple programs.
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What you'll learn
Apply custom training loops with callbacks (early-stopping, checkpointing) and diagnose gradient issues using norm and activation analysis.
Implement feature engineering pipelines for structured and text data, then evaluate ML experiments to select production-ready models.
Create comprehensive model cards for LLM features that detail intended use, technical limitations, and specific fairness metrics.
Evaluate AI systems against established ethical guidelines to identify biases and propose actionable mitigation strategies.
Skills you'll gain
Details to know
March 2026
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There are 3 modules in this course
This comprehensive program provides end-to-end training on the production machine learning lifecycle, designed to take your models from experiment to deployment. Youβll progress from applying feature engineering pipelines with scikit-learn and selecting models through rigorous evaluation, to optimizing PyTorch models with custom training loops and advanced diagnostics. Finally, you will master the principles of responsible AI by creating model cards and auditing systems for ethical compliance. By the end of this course, you will be able to build, tune, and deploy efficient, reliable, and ethical AI solutions. These skills are essential for ML engineers who develop and maintain robust, production-grade machine learning systems.
This module is for machine learning practitioners and data scientists who are ready to move beyond notebooks and build production-grade ML systems. Getting a model to work once is easy; making it reliable, reproducible, and efficient in production is the real challenge. This module provides the engineering discipline to bridge that gap. By the end, you will not only be building models, but also be capable of engineering reliable, efficient, and production-worthy ML systems.
What's included
2 videos2 readings2 assignments2 ungraded labs
2 videosβ’Total 11 minutes
- How to Build a ColumnTransformer: Step-by-Stepβ’7 minutes
- Why a High Accuracy Score Can Be a Lieβ’4 minutes
2 readingsβ’Total 14 minutes
- The What and How of Scikit-learn Pipelinesβ’7 minutes
- From Evaluation to Recommendationβ’7 minutes
2 assignmentsβ’Total 60 minutes
- Submit Your Feature Engineering and Evaluation Reportβ’30 minutes
- AI Graded Open-Ended Questionsβ’30 minutes
2 ungraded labsβ’Total 82 minutes
- Build a Pipeline for Churn Predictionβ’22 minutes
- How to Diagnose Overfitting with TensorBoardβ’60 minutes
This module introduces the core concepts of PyTorch Lightning that streamline deep learning development. You will learn why refactoring from raw PyTorch is essential for building scalable, production-ready models. You will get hands-on experience structuring your code into a LightningModule and using the Trainer to handle the engineering boilerplate, allowing you to focus purely on the science.
What's included
4 videos3 readings5 assignments2 ungraded labs
4 videosβ’Total 26 minutes
- Building Your First LightningModuleβ’6 minutes
- Implementing Callbacks in the Trainerβ’7 minutes
- When Training Goes Wrong: The Exploding Gradientβ’7 minutes
- Monitoring Gradients with a Custom Callbackβ’6 minutes
3 readingsβ’Total 15 minutes
- The Core Components: LightningModule and Trainerβ’5 minutes
- What are Callbacks? EarlyStopping and ModelCheckpointingβ’5 minutes
- What to Look For: Diagnosing Instability with Gradientsβ’5 minutes
5 assignmentsβ’Total 60 minutes
- Final Project: Fine-Tune, Diagnose, and Deployβ’30 minutes
- Hands-On Learning: Refactoring Steps for a BERT LightningModule β’15 minutes
- Knowledge Check: Lightning Componentsβ’5 minutes
- Knowledge Check: Callback Configurationβ’5 minutes
- Knowledge Check: Diagnostic Scenariosβ’5 minutes
2 ungraded labsβ’Total 120 minutes
- Hands-On: Implement Early Stopping and Cloud Checkpointingβ’60 minutes
- Hands-On: Build and Use a Gradient Monitoring Callbackβ’60 minutes
This module equips engineers, auditors, and AI practitioners with the concrete skills to move from ethical principles to engineering practice. You will learn to create comprehensive model cards that document a system's intended use, dataset origins, performance metrics, and limitations, ensuring every stakeholder understands what the system does and where it might fail.
What's included
4 videos4 readings3 assignments2 ungraded labs
4 videosβ’Total 28 minutes
- Anatomy of a Model Cardβ’7 minutes
- From Data to Disclosure β Writing with Precisionβ’6 minutes
- Frameworks for Ethical AI Evaluationβ’7 minutes
- Conducting a Structured AI Ethics Auditβ’7 minutes
4 readingsβ’Total 43 minutes
- Why Documentation Defines Trustβ’6 minutes
- Common Pitfalls in Model Documentationβ’6 minutes
- Build Your First Model Cardβ’25 minutes
- Lessons from Real-World AI Failuresβ’6 minutes
3 assignmentsβ’Total 50 minutes
- AI Ethics Accountability Toolkit Projectβ’30 minutes
- Model Documentation Review Quizβ’10 minutes
- Ethics Audit Checkpoint Quizβ’10 minutes
2 ungraded labsβ’Total 85 minutes
- Build Your First Model Cardβ’60 minutes
- Ethics Audit Simulation β The Chatbot Review (Task-Based)β’25 minutes
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Frequently asked questions
In this course, production-ready model development means turning a model from a one-time experiment into a repeatable, dependable workflow. The emphasis is on consistent data preparation, careful evaluation, stable training behavior, and clear ethical documentation rather than just getting a model to work once.
You would use it when a model needs to be reused, compared, maintained, or reviewed beyond an initial experiment. The course treats it as the right approach when training, evaluation, and documentation all need to stay consistent as work moves toward real use.
It sits in the build-and-test phase between having a modeling idea and relying on that model in a real setting. In the course, it connects data preparation, experiment review, training diagnostics, and responsible documentation into one repeatable process.
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ΒΉ Some assignments in this course are AI-graded. For these assignments, your data will be used in accordance with Coursera's Privacy Notice.
