SIRET: 93459153800012
AI Practical eBooks Collection
Empowering the Future of Applied Artificial Intelligence
The AI Practical eBooks Collection is an innovative series designed to transform how students, engineers, researchers, and professionals learn and apply artificial intelligence. Unlike traditional academic resources, this collection delivers a fully hands-on experience, real-world-ready AI applications across a wide range of high-impact sectors including healthcare, insurance, supply chain, banking, energy, retail, education, agriculture, and more.
What Makes This Collection Different?
- Step-by-step implementations using structured, synthetic datasets
- Fully executable Python code with Jupyter/Colab integration or desktop Python environments
- Real-world-inspired case studies with downloadable, ready-to-run files
- No setup barriers: pre-configured environments for immediate exploration
- Practice-to-certification model: turn your work into a professional credential
- Tested, ready-to-deploy AI apps included in every book
From Learning to Recognition
This collection uniquely bridges learning and career validation. Each book walks you through the complete development of working AI applications. After completing a book, readers have the option to submit their deployment files—trained models, scripts, and fully functional apps—for expert review.
Submissions scoring 90 out of 100 or higher receive an official, individual certification (e.g., Certified AI Healthcare Modeler, AI Insurance Modeler) relevant to the domain of the book. A €250 certification fee applies and is available only to verified book owners.
All models can be built and deployed either in Google Colab or on a local desktop Python environment, especially for small datasets.
After working through the case studies using the provided synthetic data, readers can immediately apply the same pipelines to their own real-world projects. Since each book contains a ready-to-use AI application, users only need to replace the synthetic features and sample values with their actual features and data—everything else, from preprocessing to deployment, is already included and explained.
You learn by doing, then deploy by adapting—just replace the synthetic features with your real ones and launch your AI app in minutes.
Who Should Read This?
- Professionals applying AI in their sector (e.g., healthcare, banking, retail)
- Engineers & Data Scientists building real-world, operational pipelines
- Students & Researchers shifting from theory to application
- Organizations training talent for AI deployment
- Entrepreneurs developing intelligent, scalable solutions
Why We Use Synthetic Data (And Why That is a Strength)
Important Note: All models and case studies in this book are developed using synthetic datasets, carefully designed to simulate partially realistic patterns while avoiding any ethical, legal, or privacy issues. Sharing real-world data is often restricted—but learning how to build and evaluate AI systems does not have to be.
This approach enables readers to safely explore and apply full AI pipelines—including data preprocessing, model training, evaluation, deployment, and interpretation—without depending on inaccessible or sensitive datasets.
To move toward real-world deployment, we strongly recommend partnering with domain experts to source and validate actual datasets relevant to your field.
This book is your foundation. The path from simulation to production is yours to build—with the tools and knowledge you gain here.
How to Apply for Certification
To receive an official certification (e.g., Certified AI Healthcare Modeler, Certified AI Insurance Modeler), readers must complete all case studies in the book and submit their working deployment files for expert review.
Each book contains two case studies, and candidates are expected to:
- Select the best-performing model for each case study
- Include the complete, functional code covering:
- Data preprocessing
- Model training
- Model saving and loading
- Final deployment as an AI application
- Ensure that all code runs successfully and reflects the full, working pipeline
Accepted submission formats:
.ipynb
files (for Google Colab or Jupyter Notebook).py
files (for standard Python scripts)
Send your complete submission via the button below:
Submit for Certification- Only submissions with complete and functioning code will be reviewed.
- A minimum score of 90 out of 100 is required to receive certification.
- The certification process is available only to verified book owners.
- The certification is granted only to individuals (not to companies) and is issued in partnership with a vocational academic center accredited by the Moroccan government.
- A €250 certification fee applies to the review and issuance process.
Corporate Training Requests
Organizations interested in training their teams to develop and deploy real-world AI applications can request a dedicated 3-day training program. This hands-on, project-based experience is designed and led by Dr. Rachid Ejjami and his expert partners to help employees build production-ready AI solutions tailored to their domain using proven methodology and tools.
All training sessions are based on the same fully executable AI pipelines featured in the eBook series. Teams will learn to adapt these pipelines to their internal datasets, without ever needing to share sensitive company data.
Training can be delivered in either English or French, depending on your team’s preference.
To request a custom training session for your company, please click the button below and fill out the request form:
Request Corporate Training

Mastering AI Models in the Insurance Domain
This book presents a practical and structured guide to applying Artificial Intelligence in the insurance industry, designed for students, engineers, researchers, and insurance professionals. It is built around two end-to-end case studies: Precision and Personalization in Predicting Insurance Premium Costs (using a dataset of 21,001 records) and Insurance Claim Fraud Detection (based on 35,000 records). Both datasets are synthetic and simulate real-world insurance scenarios only partially, created strictly for educational use. Their structure and features are designed to partially mirror the complexities of actual industry data, offering a safe and ethical environment for hands-on learning. Readers are guided through data preprocessing, feature engineering, model training, evaluation, and deployment. With full access to executable Python code, downloadable datasets, and deployable applications via Google Colab, Jupyter Notebook, or desktop GUI (Tkinter), this book empowers learners to build intelligent insurance solutions while promoting fairness, personalization, and fraud prevention.
PDF format
You can access the full content of this book at no cost. For readers who wish to showcase their applied skills, an official AI Insurance Modeler Certification is available upon submission of your completed project files.


AI in Healthcare: A Practical Journey Through Machine Learning and Deep learning
This book provides a structured, hands-on journey into applying Artificial Intelligence in healthcare, designed for students, engineers, researchers, and healthcare professionals. It focuses on two end-to-end case studies: predicting breast cancer recurrence using machine learning (24,206 records), and forecasting patient mortality risk using deep learning (17,635 records). While the datasets used are synthetic and carefully crafted to simulate real-world complexity, they are intended strictly for educational purposes. Readers are advised not to rely on the feature interpretations but instead use this book to learn how to build, train, evaluate, and deploy AI models. For real-world application, users must construct appropriate datasets in collaboration with healthcare specialists.The book includes fully executable source code, downloadable datasets, and deployment-ready examples for use in Google Colab, Jupyter Notebook, or standalone Python environments. Upon completing the practical exercises, readers may optionally submit their implementations to earn a certification as an AI Healthcare Modeler, validating their applied skills.The book includes fully executable source code, downloadable datasets, and deployment-ready examples—including running applications for both case studies—that can be used in Google Colab, Jupyter Notebook, or standalone Python environments. Upon completing the practical exercises, readers may optionally submit their implementations—covering model training, saving, loading, and running the application interface—to earn a certification as an AI Healthcare Modeler, validating their applied skills through hands-on execution.Preview Sample
PDF format
Buyers can optionally submit their project files to receive an official AI Healthcare Modeler Certification.
Details are provided at the top of this page.


Smart Supply Chain Solutions with AI: From Forecasting to Delivery
This book offers a hands-on, practical guide to applying Artificial Intelligence (AI) in supply chain management through two detailed case studies on demand forecasting and logistics optimization. The first case study, AI-Based Demand Forecasting, and Inventory Management uses a synthetic dataset of 41,001 records simulating historical sales, inventory levels, and seasonal influences to demonstrate how machine learning models can improve forecasting accuracy and operational planning. The second case study, AI-Enhanced Logistics, and Route Optimization is built on 29,653 synthetic records reflecting traffic data, weather conditions, and delivery urgency, showcasing how AI can optimize routes, reduce fuel consumption, and enhance delivery performance. Both datasets are synthetic and designed to partially simulate real-world logistics environments, making them ideal for educational purposes. Readers are guided through complete machine learning workflows with reproducible Python code, from data preprocessing to model training and evaluation. This book is intended for students, researchers, and professionals looking to understand and implement AI solutions in supply chain contexts. It encourages readers to apply the techniques to their data for real-world impact.Preview Sample
PDF format
Buyers can optionally submit their project files to receive an official AI Supply Chain Modeler Certification.
Details are provided at the top of this page.


Machine Learning in Banking: Building Predictive Models for Risk and Fraud
This book presents a comprehensive, hands-on exploration of Artificial Intelligence (AI) applications in the banking sector, focusing on fraud detection and credit risk assessment through two detailed case studies using high-quality synthetic datasets. The first case study, AI-Powered Fraud Detection System, is based on 32,101 records that partially simulate realistic financial transactions, guiding readers through the entire machine learning pipeline—including data cleaning, feature engineering, model training, evaluation, and deployment. The second case study, Risk Assessment and Credit Scoring Using AI uses 33,510 synthetic records to mirror borrower behavior and financial history, demonstrating how to build robust and interpretable credit scoring models. These synthetic datasets are designed to reflect partially realistic patterns, allowing for safe experimentation while preserving educational value and practical relevance. Designed for researchers, students, and professionals, the book blends theoretical foundations with executable Python code and best practices, offering an end-to-end learning experience for applying AI effectively in modern financial environments.Preview Sample
PDF format
Buyers can optionally submit their project files to receive an official AI Banking Modeler Certification.
Details are provided at the top of this page.


AI-Powered Energy Management: Forecasting Consumption and Detecting Fraud with Machine Learning
This book offers a practical and comprehensive exploration of Artificial Intelligence (AI) applications in the energy sector, focusing on two critical challenges: optimizing building energy consumption and detecting fraud in smart meter data. Designed for students, researchers, data scientists, and industry professionals, the book presents two in-depth case studies built on high-quality synthetic datasets that partially simulate real-world energy environments. The first case study, AI-Driven Building Energy Consumption Forecasting, utilizes a dataset of 51,001 records and demonstrates how predictive modeling—using algorithms such as linear regression and ensemble methods—can enhance energy efficiency in buildings. The second case study, AI-Driven Energy Fraud Detection in Smart Meters, is based on 44,316 records and explores how machine learning models like Decision Trees, Logistic Regression, and Random Forests can detect anomalous and fraudulent energy consumption patterns. Each case study guides readers through the full machine-learning pipeline, including data preprocessing, model selection, evaluation, and performance interpretation. Emphasizing practical implementation, this book bridges the gap between theory and application, empowering readers to deploy AI solutions that drive efficiency, transparency, and resilience in modern energy systems.Preview Sample
PDF format
Buyers can optionally submit their project files to receive an official AI Energy Modeler Certification.
Details are provided at the top of this page.
Support
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For inquiries about the books, purchasing options, technical issues, or additional information, feel free to reach out:
Email: support@jngr5.com
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