HIL Fundamentals Using VeriStand Course Overview

In the HIL Fundamentals Using VeriStand Course, you will learn how to use the out-of-the-box features of VeriStand to develop real-time testing applications. This course introduces real-time testing and walks you through building a VeriStand test system that includes real-time simulation, hardware I/O, and alarming. You also learn to create sophisticated real-time stimulus profiles to stimulate a unit under test and log its responses to a variety of real-world conditions.

Course Details:

HIL Fundamentals Using VeriStand Course Outline


Introduction to Real-Time Test

Describe the different types of real-time test, the use cases for each, and the benefits of component reuse throughout the development cycle.

  • Solving Industry Challenges with Real-Time Test
  • Defining Real-Time Test Terminology
  • Using RTT for Software Development and Verification

Introduction to NI VeriStand

Navigate the VeriStand environment, create user interfaces, and describe how VeriStand is used for real-time test.


  • Using VeriStand for Real-Time Test
  • Creating and Deploying a Project in VeriStand
  • Configuring User Interfaces with VeriStand

Implementing Models in VeriStand

Prepare pre-existing models for import into VeriStand, then import and configure the execution of those models.

  • Generating Models for VeriStand
  • Importing Models into VeriStand
  • Controlling Model Execution

Mapping and Managing Channels

Create mappings between system components, manage their I/O with aliases, and create user channels and calculated channels. 

  • Configuring System Mappings
  • Creating and Using Aliases
  • Creating User Channels and Calculated Channels

Configuring Hardware for HIL Systems

Describe the different hardware platforms and I/O technologies used with NI VeriStand and establish connections to that hardware.

  • Configuring Hardware and Software in NI MAX
  • Configuring an XNET Device in VeriStand
  • Configuring Custom Devices in VeriStand
  • Configuring an SLSC Device in VeriStand
  • Configuring an FPGA Device in VeriStand
  • Creating and Using Scales

Applying Stimuli to Validate Test Requirements

Stimulate devices under test by creating stimulus profiles and real-time sequences with VeriStand or Python.

  • Creating Real-Time Sequences and Stimulus Profiles
  • Using Python for Real-Time Sequences

Logging Data

Implement data logging on the host computer and the real-time target.

  • Logging Data

Automating VeriStand

Automate VeriStand to meet the workflow needs.

  • Automating VeriStand with the .NET API and Python
  • Automating VeriStand with ASAM XIL and TestStand

Viewing System Diagnostics and Benchmarking

View system information and benchmark the system against performance requirements.


  • Viewing System Diagnostics and Benchmarking

Configuring Distributed Systems

Distribute VeriStand applications across multiple targets or hosts.

  • Configuring Distributed Systems

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