Raptor Systems Basics Training
What is Raptor Systems Basic Training
Raptor Systems Basic Training is a 2-day course designed to expedite the new user onboarding process through an in-depth introduction to Raptor Development tools, general embedded systems, and model-based controls engineering. The class is hands-on and project-based, allowing users to gain familiarity with the Raptor Platform by building, deploying, calibrating, and refining a real-world control application.
Cost / Seat - $3,000
Key Learning Outcomes:
- Master the Basics of the Raptor System
- Discover Best Practices
- Implement Fault Management and CAN Communication
- Explore Data Storage Best Practices
Minimum Qualifications:
- This training is open to users of all levels
How Do I Attend?
Raptor System Basic Training will be held on-site at New Eagle Headquarters in Ann Arbor, Michigan.
Register today to reserve your seat and our sales team will follow up to finalize your reservation details and collect payment. Additional classes may be made available as seats fill up. Remote training and training at the customer location are offered at request.
Register Now to Reserve Your Seat in Our Upcoming Classes
Course Curriculum
Day 1:
- Introduction to Real-Time Systems
- Overview of Raptor Systems and Model-Based Design
- Raptor Hardware and Software Components
- Raptor System Application Development Process
- Raptor Software Installation and Configuration
- Raptor-Cal Introduction & Module Fundamentals
- Raptor-Cal Operating Principles and File Types
- Raptor-Cal Features and Workflow
- Raptor Controller Basics
- Hands-On Exercise: Flashing and Calibrating a Module in Raptor-Cal
- Introduction to Raptor-Dev
- Raptor System Algorithm Development Workflow
- Model Preparation for Raptor Libraries
- Raptor Blocks
- How to Build an Application
- Hands-On Exercise: Kit Setup and Simple Simulink Model Build and Flash
Day 2:
- Raptor-Dev Libraries
- Timed Trigger, Application Monitoring, and Tool Chain Definition Blocks
- Raptor I/O, Table Axis, and Interpolation Blocks
- Signal Characterization and Basic Control Strategies
- PID Control
- Hands-On Exercise: Throttle Project - Characterization and Controls
- Fault Management
- Fault Basics and Introduction to Raptor Fault Blocks
- Hands-On Exercise: Throttle Project - Faults
- CAN Communication
- CAN Communication Basics and Raptor CAN Blocks
- Hands-On Exercise: Throttle Project - CAN
- Data Storage
- Data Store, Data Read, and Data Write Blocks
- Hands-On Exercise: Data Storage