How to run Jupyter Notebooks in your workspace

Learn how to run your Jupyter Notebooks directly in your workspace in Azure Machine Learning studio. While you can launch Jupyter or JupyterLab, you can also edit and run your notebooks without leaving the workspace.

See how you can:

  • Create Jupyter Notebooks in your workspace
  • Run an experiment from a notebook
  • Change the notebook environment
  • Find details of the compute instances used to run your notebooks


Create notebooks

In your Azure Machine Learning workspace, create a new Jupyter notebook and start working. The newly created notebook is stored in the default workspace storage. This notebook can be shared with anyone with access to the workspace.

To create a new notebook:

  1. Open your workspace in Azure Machine Learning studio.

  2. On the left side, select Notebooks.

  3. Select the Create new file icon above the list User files in the My files section.

    Create new file

  4. Name the file.

  5. For Jupyter Notebook Files, select Notebook as the file type.

  6. Select a file directory.

  7. Select Create.

You can create text files as well. Select Text as the file type and add the extension to the name (for example, or myfile.txt)

You can also upload folders and files, including notebooks, with the tools at the top of the Notebooks page. Notebooks and most text file types display in the preview section. No preview is available for most other file types.


Content in notebooks and scripts can potentially read data from your sessions and access data without your organization in Azure. Only load files from trusted sources. For more information, see Secure code best practices.

Clone samples

Your workspace contains a Samples folder with notebooks designed to help you explore the SDK and serve as examples for your own machine learning projects. You can clone these notebooks into your own folder on your workspace storage container.

For an example, see Tutorial: Create your first ML experiment.

Use files from Git and version my files

You can access all Git operations by using a terminal window. All Git files and folders will be stored in your workspace file system.


Add your files and folders anywhere under the ~/cloudfiles/code/Users folder so they will be visible in all your Jupyter environments.

To access the terminal:

  1. Open your workspace in Azure Machine Learning studio.

  2. On the left side, select Notebooks.

  3. Select any notebook located in the User files section on the left-hand side. If you don't have any notebooks there, first create a notebook

  4. Select a Compute target or create a new one and wait until it's running.

  5. Select the Open terminal icon.

    Open terminal

  6. If you don't see the icon, select the ... to the right of the compute target and then select Open terminal.

    Open terminal from ...

Learn more about cloning Git repositories into your workspace file system.

Copy and Paste in Terminal

  • Windows: Ctrl-Insert to copy and use Ctrl-Shift-v or Shift-Insert to paste.
  • Mac OS: Cmd-c to copy and Cmd-v to paste.
  • FireFox/IE may not support clipboard permissions properly.

Share notebooks and other files

Copy and paste the URL to share a notebook or file. Only other users of the workspace can access this URL. Learn more about granting access to your workspace.

Edit a notebook

To edit a notebook, open any notebook located in the User files section of your workspace. Click on the cell you wish to edit.

You can edit the notebook without connecting to a compute instance. When you want to run the cells in the notebook, select or create a compute instance. If you select a stopped compute instance, it will automatically start when you run the first cell.

When a compute instance is running, you can also use code completion, powered by Intellisense, in any Python Notebook.

You can also launch Jupyter or JupyterLab from the Notebook toolbar. Azure Machine Learning does not provide updates and fix bugs from Jupyter or JupyterLab as they are Open Source products outside of the boundary of Microsoft Support.

Focus mode

Use focus mode to expand your current view so you can focus on your active tabs. Focus mode hides the Notebooks file explorer.

  1. In the terminal window toolbar, select Focus mode to turn on focus mode. Depending on your window width, this may be located under the ... menu item in your toolbar.

  2. While in focus mode, return to the standard view by selecting Standard view.

    Toggle focus mode / standard view

Use IntelliSense

IntelliSense is a code-completion aid that includes a number of features: List Members, Parameter Info, Quick Info, and Complete Word. These features help you to learn more about the code you're using, keep track of the parameters you're typing, and add calls to properties and methods with only a few keystrokes.

When typing code, use Ctrl+Space to trigger IntelliSense.

Clean your notebook (preview)


The gather feature is currently in public preview. The preview version is provided without a service level agreement, and it's not recommended for production workloads. Certain features might not be supported or might have constrained capabilities. For more information, see Supplemental Terms of Use for Microsoft Azure Previews.

Over the course of creating a notebook, you typically end up with cells you used for data exploration or debugging. The gather feature will help you produce a clean notebook without these extraneous cells.

  1. Run all of your notebook cells.
  2. Select the cell containing the code you wish the new notebook to run. For example, the code that submits an experiment, or perhaps the code that registers a model.
  3. Select the Gather icon that appears on the cell toolbar. Screenshot: select the Gather icon
  4. Enter the name for your new "gathered" notebook.

The new notebook contains only code cells, with all cells required to produce the same results as the cell you selected for gathering.

Save and checkpoint a notebook

Azure Machine Learning creates a checkpoint file when you create an ipynb file.

In the notebook toolbar, select the menu and then File>Save and checkpoint to manually save the notebook and it will add a checkpoint file associated with the notebook.

Screenshot of save tool in notebook toolbar

Every notebook is autosaved every 30 seconds. Autosave updates only the initial ipynb file, not the checkpoint file.

Select Checkpoints in the notebook menu to create a named checkpoint and to revert the notebook to a saved checkpoint.

Useful keyboard shortcuts

Keyboard Action
Shift+Enter Run a cell
Ctrl+Space Activate IntelliSense
Ctrl+M(Windows) Enable/disable tab trapping in notebook.
Ctrl+Shift+M(Mac & Linux) Enable/disable tab trapping in notebook.
Tab (when tab trap enabled) Add a '\t' character (indent)
Tab (when tab trap disabled) Change focus to next focusable item (delete cell button, run button, etc.)

Delete a notebook

You can't delete the Samples notebooks. These notebooks are part of the studio and are updated each time a new SDK is published.

You can delete User files notebooks in any of these ways:

  • In the studio, select the ... at the end of a folder or file. Make sure to use a supported browser (Microsoft Edge, Chrome, or Firefox).
  • From any Notebook toolbar, select Open terminal to access the terminal window for the compute instance.
  • In either Jupyter or JupyterLab with their tools.

Run an experiment

To run an experiment from a Notebook, you first connect to a running compute instance. If you don't have a compute instance, use these steps to create one:

  1. Select + in the Notebook toolbar.
  2. Name the Compute and choose a Virtual Machine Size.
  3. Select Create.
  4. The compute instance is connected to the Notebook automatically and you can now run your cells.

Only you can see and use the compute instances you create. Your User files are stored separately from the VM and are shared among all compute instances in the workspace.

View logs and output

Use Notebook widgets to view the progress of the run and logs. A widget is asynchronous and provides updates until training finishes. Azure Machine Learning widgets are also supported in Jupyter and JupterLab.

Change the notebook environment

The Notebook toolbar allows you to change the environment on which your Notebook runs.

These actions will not change the notebook state or the values of any variables in the notebook:

Action Result
Stop the kernel Stops any running cell. Running a cell will automatically restart the kernel.
Navigate to another workspace section Running cells are stopped.

These actions will reset the notebook state and will reset all variables in the notebook.

Action Result
Change the kernel Notebook uses new kernel
Switch compute Notebook automatically uses the new compute.
Reset compute Starts again when you try to run a cell
Stop compute No cells will run
Open notebook in Jupyter or JupyterLab Notebook opened in a new tab.

Add new kernels

The Notebook will automatically find all Jupyter kernels installed on the connected compute instance. To add a kernel to the compute instance:

  1. Select Open terminal in the Notebook toolbar.

  2. Use the terminal window to create a new environment. For example, the code below creates newenv:

    conda create -y --name newenv
  3. Activate the environment. For example, after creating newenv:

    conda activate newenv
  4. Install pip and ipykernel package to the new environment and create a kernel for that conda env

    conda install -y pip
    conda install -y ipykernel
    python -m ipykernel install --user --name newenv --display-name "Python (newenv)"


For package management within a notebook, use %pip or %conda magic functions to automatically install packages into the currently-running kernel, rather than !pip or !conda which refers to all packages (including packages outside the currently-running kernel)

Any of the available Jupyter Kernels can be installed.

Status indicators

An indicator next to the Compute dropdown shows its status. The status is also shown in the dropdown itself.

Color Compute status
Green Compute running
Red Compute failed
Black Compute stopped
Light Blue Compute creating, starting, restarting, setting Up
Gray Compute deleting, stopping

An indicator next to the Kernel dropdown shows its status.

Color Kernel status
Green Kernel connected, idle, busy
Gray Kernel not connected

Find compute details

Find details about your compute instances on the Compute page in studio.

Next steps