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Training: Designing and Implementing a Data Science Solution on Azure (DP-100)

Ref. DP-100T01
Duration:
4
 days
Exam:
Optional
Level:
Intermediate

Designing and Implementing a Data Science Solution on Azure (DP-100)

In this course, Designing and Implementing a Data Science Solution on Azure (DP-100), learn to master machine learning solutions on the cloud with Azure Machine Learning. Our training guides you through data ingestion, model training, deployment, and monitoring of solutions within the Microsoft Azure ecosystem.

Perfectly designed for those with existing knowledge of Python and machine learning, this training will enable you to optimize your projects using the best available tools and techniques. Discover how to transform your data into decisions with a clear strategy and advanced skills in Azure Machine Learning.

Participant profiles

  • Data Specialist

Objectives

  • Use Azure services to develop, train, and deploy machine learning solutions
  • Design a data ingestion strategy
  • Train machine learning models
  • Deploy models in real-time or batch
  • Explore and utilize Azure Machine Learning resources
  • Run machine learning pipelines
  • Optimize models with hyperparameter tuning

Prerequisites

  • Have followed the course: Microsoft Azure Fundamentals (AZ-900)
  • Understanding of data science including how to prepare data, train models, and evaluate competing models to select the best one
  • How to program in the Python programming language and use the Python libraries: pandas, scikit-learn, matplotlib, and seaborn

Course content

Module 1: Design a data ingestion strategy for machine learning projects

  • Identify your data source and format
  • Choose how to serve data to machine learning workflows
  • Design a data ingestion solution

Module 2: Design a machine learning model training solution

  • Identify machine learning tasks
  • Choose a service to train a machine learning model
  • Decide between compute options

Module 3: Design a model deployment solution

  • Understand how model will be consumed
  • Decide on real-time or batch deployment

Module 4: Explore Azure Machine Learning workspace resources and assets

  • Create an Azure Machine Learning workspace
  • Identify Azure Machine Learning resources
  • Identify Azure Machine Learning assets
  • Train models in the workspace

Module 5: Explore developer tools for workspace interaction

  • Explore the studio
  • Explore the Python SDK
  • Explore the CLI

Module 6: Make data available in Azure Machine Learning

  • Understand URIs
  • Create a datastore
  • Create a data asset

Module 7: Work with compute targets in Azure Machine Learning

  • Choose the appropriate compute target
  • Create and use a compute instance
  • Create and use a compute cluster

Module 8: Work with environments in Azure Machine Learning

  • Understand environments
  • Explore and use curated environments
  • Create and use custom environments

Module 9: Find the best classification model with Automated Machine Learning

  • Preprocess data and configure featurization
  • Run an Automated Machine Learning experiment
  • Evaluate and compare models

Module 10: Track model training in Jupyter notebooks with MLflow

  • Configure MLflow for model tracking in notebooks
  • Train and track models in notebooks

Module 11: Run a training script as a command job in Azure Machine Learning

  • Convert a notebook to a script
  • Run a script as a command job
  • Use parameters in a command job

Module 12: Track model training with MLflow in jobs

  • Track metrics with MLflow
  • View metrics and evaluate models

Module 13: Run pipelines in Azure Machine Learning

  • Create components
  • Create a pipeline
  • Run a pipeline job

Module 14: Perform hyperparameter tuning with Azure Machine Learning

  • Define a search space
  • Configure a sampling method
  • Configure early termination
  • Use a sweep job for hyperparameter tuning

Module 15: Deploy a model to a managed online endpoint

  • Explore managed online endpoints
  • Deploy your MLflow model to a managed online endpoint
  • Deploy a model to a managed online endpoint

Module 16: Deploy a model to a batch endpoint

  • Understand and create batch endpoints
  • Deploy your MLflow model to a batch endpoint
  • Deploy a custom model to a batch endpoint
  • Invoke and troubleshoot batch endpoints

Documentation

  • Access to Microsoft Learn (online learning content)

Lab / Exercises

  • Official Microsoft Labs

Exam

  • This course prepares you to the exam DP-100: Designing and Implementing a Data Science Solution on Azure
  • If you wish to take this exam, please select it when you add the course to your basket

Complementary courses

Temptraining funding

ITTA is a partner of Temptraining, the continuing education fund for temporary workers. This training fund can subsidize continuing education for anyone who works for an employer subject to the Collective Work Agreement (CCT) Rental of services.

Additional information

Designing and Implementing a Data Science Solution on Azure (DP-100)

The design and implementation of a data science solution on Azure (DP-100) is a crucial skill for data professionals looking to leverage Azure’s power for their machine learning and artificial intelligence projects. This training guides you through all the necessary steps to master Azure Machine Learning, from data ingestion to model deployment.

Introduction to Data Science on Azure

Azure is Microsoft’s cloud platform, widely used for developing and deploying data science solutions. It offers a range of tools and services that enable the efficient and scalable design, training, and deployment of machine learning models.

Designing a Data Ingestion Strategy

One of the first steps in any data science project is data ingestion. It is essential to choose the appropriate data source and determine the optimal format for your machine learning workflows. A well-designed ingestion solution ensures that data is easily accessible and usable for modeling.

Training Machine Learning Models

Identifying specific machine learning tasks and selecting the appropriate services for model training is crucial. Azure offers various services that facilitate this process, providing flexible computing options to meet the specific needs of each project.

Deploying Machine Learning Models

Deployment is a critical step in making models accessible and operational. Azure allows for either real-time or batch deployment, depending on your application’s needs. Understanding how the model is consumed helps in choosing the best deployment strategy.

Exploring Azure Machine Learning Resources and Assets

The Azure Machine Learning Workspace is where you can manage all aspects of your machine learning projects. The creation and management of resources and assets, such as models and datasets, are facilitated by Azure’s intuitive interface.

Using Development Tools to Interact with Azure

To effectively interact with the Azure Machine Learning workspace, it is important to master various development tools like the Azure Studio, Python SDK, and CLI interface. These tools allow for smooth management and interaction with your projects.

Data Availability in Azure Machine Learning

Creating URIs, data stores, and data assets ensures that your datasets are always available and well-organized for machine learning experiments. Efficient data management is essential for accurate and reproducible results.

Using Compute Targets in Azure

Azure offers various compute options, including compute instances and clusters, which allow for efficient management of the resources needed for model training. These compute targets are optimized to provide high performance and great flexibility.

Exploring and Using Environments in Azure Machine Learning

Environments in Azure Machine Learning play a crucial role in ensuring that experiments are reproducible and isolated. Using curated environments or creating custom environments as per your project’s needs can significantly enhance development efficiency.

Automated Machine Learning and Model Optimization

Automated Machine Learning enables data preprocessing, feature engineering, and experiment execution to find the best classification models. This approach helps automate and optimize the modeling process.

Tracking Model Training with MLflow

MLflow is a powerful tool for model tracking. Configuring MLflow to track experiments in Jupyter notebooks and jobs allows for effective management and evaluation of models, ensuring traceability and reproducibility of results.

Running and Tracking Training Scripts

Running training scripts as command jobs in Azure Machine Learning and using parameters for these jobs ensures great flexibility and efficient management of experiments.

Deploying Models to Endpoints

Deploying models to managed online or batch endpoints makes the models accessible for production applications. Azure facilitates this process by offering robust and scalable deployment options.

Hyperparameter Tuning and Pipeline Execution

Configuring a search space, using sampling methods, and hyperparameter tuning techniques optimize model performance. Additionally, creating and running pipelines in Azure Machine Learning automate and orchestrate the various stages of the machine learning workflow.

Mastering the design and implementation of a data science solution on Azure opens numerous opportunities in the field of machine learning and artificial intelligence. By taking this training, you will be equipped to pass the DP-100 exam successfully and fully exploit the capabilities of Microsoft Azure for your data science projects.

Frequently Asked Questions

What is the design and implementation of a data science solution on Azure?

It is the process of developing, training, deploying, and managing machine learning models using the tools and services provided by Azure.

How difficult is the DP-100 exam?

The DP-100 exam evaluates skills in designing and implementing data science solutions on Azure. With adequate preparation, including a thorough understanding of the modules mentioned, you can pass this exam successfully.

What is the purpose of Azure in data science?

Azure provides a powerful cloud infrastructure for developing and deploying data science solutions, facilitating data ingestion, model training, and production deployment efficiently and scalably.

Prix de l'inscription
CHF 3'000.-
Inclus dans ce cours
  • Training provided by a certified trainer
  • 180 days of access to Official Microsoft Labs
  • Official documentation in digital format
  • Official Microsoft achievement badge

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