We have the answers to your questions! - Don't miss our next open house about the data universe!

Mastering the DP-100 Exam: Your Path to Success

- Reading Time: 2 minutes
dp 100

The DP-100 certificate is a title given to experts excelling in Data Science and Machine Learning (ML). This means they can train and deploy solutions on Azure (Designing and Implementing a Data Science Solution on Azure), and among other things, run Machine Learning workloads on Azure with Azure ML Service. This involves knowing how to plan and generate a relevant work parameter for Data Science workloads on Azure.

Prerequisites for DP-100 Exam

Before taking the DP-100 exam, each candidate needs to know a few things:

  1. Fundamentals of Azure services
  2. Experience in the Python language for working with data, using libraries such as Numpy, Pandas and Matplotlib.
  3. Understanding of Data Science to prepare data and train machine learning models using popular ML libraries such as Scikit-Learn, PyTorch or Tensorflow.

DP-100 Exam topics

The following areas are the main subjects on which the knowledge required to acquire the Microsoft DP-100 certificate is measured.

1. Setting up an Azure Machine Learning workspace

2. Running experiments and training models

  • Create ML models using the Azure ML Designer (automate a Microsoft Certified Azure Data Scientist Associate pipeline using a designer).
  • Run training scripts in an Azure ML workspace (create and run an experiment using the Azure ML SDK, use data from a dataset, configure script execution parameters, etc.).
  • Generate metrics, retrieve experiment results and troubleshoot experiment execution (this involves covering log metrics generated from an experiment execution and displaying experiment output).

3. Optimization and model management

  • Create an ML model using Azure ML Studio’s automated Machine Learning and the Azure ML SDK.
  • Set hyperparameters using hyperdrive (define hyperparameter values for the model, select sampling methods, etc.).
  • Interpret each model and generate data by importance of its characteristics (selection of a model and data interpreter).
    Record and monitor the model to avoid data drift (record the trained model and monitor for data drift).

4. Deploying and using ML models

  • Create compute targets for production (focus on security for deployed services and evaluation of compute options).
    Deploy the ML model as a service (configure deployment parameters, use deployed services, etc.).
  • Create and run a batch inference pipeline (create a batch inference pipeline and obtain outputs.
  • Deploy a designer pipeline as a Web service (create a compute target resource and use the deployed endpoint).

You are not available?

Leave us your e-mail, so that we can send you your new articles when they are published!
icon newsletter


Get monthly insider insights from experts directly in your mailbox