Agilex ROS2 COURSE (ROS2 COURSE)

Reading about ROS 2 and watching a robot obey you are two very different experiences, and most learners know the gap well. The Agilex ROS2 COURSE (ROS2 COURSE) is built to close it by putting a real, interactive robot, the LIMO, at the center of every lesson, so each concept you study has a machine to try it on.

This product is available through this page, by quotation.

Background

Two partners, one learning track

The course series is the result of a collaboration between AgileX Robotics and The Construct. AgileX Robotics builds the LIMO robot and sits within a wider family of mobile platforms and kits that you can browse in the AgileX category. The Construct brings the teaching side. Together they describe the series as comprehensive ROS2 courses centered around the LIMO robot.

That pairing matters for a buyer. A course written by people who do not know the hardware tends to stay generic, and hardware sold without a learning path tends to sit on a shelf. Here the teaching and the machine come from the same collaboration, so the exercises are shaped around the robot you will actually be working with.

A gateway to ROS 2

The course is presented as a gateway to learning ROS 2, the next-generation framework for advanced robot applications. Learners explore core concepts and tools using the interactive LIMO Robot, an ideal platform for applying knowledge in real-world scenarios.

The series is organized as four named courses, each with its own goal and its own final project. They run from the basics of robotics and Python, through ROS 2 and navigation, to mobile manipulation and finally deep learning on NVIDIA hardware. You can start at the beginning or choose the course that matches the skill you need next.

Technical Specifications

Specifications as published by the manufacturer; confirmed against the datasheet at quotation.

The manufacturer has not published the course duration, the number of lessons, the language of instruction, the access period, the certificate, the prerequisites, the delivery format or the course content in the box; they are confirmed at quotation.

What topics does the ROS2 COURSE cover?

Across the series, the topic list is ROS 2 Basic Concepts, ROS 2 Topics, Mapping, Robot Localization in the Environment, Path Planning in ROS 2, Obstacle Avoidance in ROS 2, RTAB-Map Basic Concepts and Autonomous Navigation with RTAB-Map.

Read in order, that list tells a story. You begin with how a ROS 2 system is put together and how its parts pass messages to each other through topics. You then move to the questions every mobile robot must answer: what does the space around me look like, where am I inside it, how do I get to the goal, and how do I avoid what is in the way. The last two items bring in RTAB-Map, so mapping and navigation are treated as a complete workflow rather than as separate tricks.

There is also a deep learning demonstration. It shows deep learning models, ROS-based mapping and navigation working together, and explains how to use Jetson Nano to run AI models and integrate them with ROS for effective environmental mapping and robot navigation. That is the thread that leads into Course 4.

How do the four courses differ from one another?

Each course has a clear job. Course 1 is about foundations: basic robotics concepts and Python programming, finishing with a project in which you plot sensor data and compute Limo's odometry. It gives you the habit of looking at what a robot senses and turning it into numbers you can reason about.

Course 2 moves into ROS 2 itself, teaching the basics with Python along with 2D or 3D navigation. Its final project is obstacle avoidance using laser data, which is a very practical test of whether the concepts have stuck.

Course 3 turns to mobile manipulators. The goal is pick and place tasks, and the final project is a full pick and place solution for Limo PRO. Course 4 teaches deep learning using NVIDIA libraries and Jetson Nano, and ends with a project that integrates deep learning algorithms so the robot follows a person and avoids obstacles.

In short, the first two courses build the core skills, while the last two apply them to a specific kind of task: manipulation in one case and AI-driven perception in the other.

Who is the Agilex ROS2 COURSE for?

The intended audience is wide: beginners and enthusiasts, students, startups, developers, researchers and professionals. The structure of the series lets each of them enter at a different point.

A beginner or hobbyist will find the natural starting place in Course 1, where robotics concepts and Python come first. A student can follow the series as a path from fundamentals to applied projects, with each final project giving something concrete to show. A developer already comfortable with code may care most about the ROS 2 and navigation material in Course 2.

Startups and researchers tend to ask a different question: can the team get a working autonomous behavior on a real robot quickly? Courses 3 and 4, with pick and place and person following, speak to that need. Professionals who want to build up ROS 2 skills in a structured way can use the topic list as a checklist. If you are also comparing other AgileX platforms, the AgileX category is the place to look.

What is the Agilex ROS2 COURSE used for?

1. Learning robotics from first principles. Course 1 covers basic robotics concepts and Python programming.
2. Understanding ROS 2. Core concepts, nodes and topics are explored on the interactive LIMO Robot.
3. Mapping and localization. Learners build a map of the environment and place the robot within it.
4. Path planning and obstacle avoidance. Course 2 ends with obstacle avoidance driven by laser data.
5. Mobile manipulation. Course 3 teaches pick and place tasks and ends with a full solution for Limo PRO.
6. Deep learning on the robot. Course 4 uses NVIDIA libraries and Jetson Nano, finishing with person following and obstacle avoidance.

Pricing and Availability

We do not publish prices on this page. Quotation is the way to buy: tell us which of the courses you need and how many learners or teams you have, and we will respond with a quote. Delivery, customs and support are arranged with the quotation. The Agilex ROS2 COURSE (ROS2 COURSE) is available on this page.

Frequently Asked Questions

What robot does the course use?

The courses are centered around the LIMO robot. Course 3 names Limo PRO for its final project, and Course 4 uses Jetson Nano alongside NVIDIA libraries.

Who created the courses?

AgileX Robotics and The Construct collaborated to create them.

Do I need to know ROS before starting?

Entry requirements are not listed in our sources, so ask when you request your quotation. Course 1 teaches basic robotics concepts and Python programming, and the intended audience includes beginners.

What will I build at the end of each course?

Course 1 ends by plotting sensor data and computing Limo's odometry. Course 2 ends with obstacle avoidance using laser data. Course 3 ends with a full pick and place solution for Limo PRO. Course 4 ends with deep learning algorithms that follow a person and avoid obstacles.

Does the course cover navigation and mapping?

Yes. The topics include Mapping, Robot Localization in the Environment, Path Planning in ROS 2, Obstacle Avoidance in ROS 2, and Autonomous Navigation with RTAB-Map.

Is a certificate included, and how long does access last?

Our sources do not say, so please raise both questions when you ask for your quotation and we will answer them there.

Where can I buy the Agilex ROS2 COURSE (ROS2 COURSE) and what does it cost?

You can buy it through this page by requesting a quotation. We do not list a price here; the quote covers the courses you choose and the arrangements for delivery and support.

Summary

The problem with learning robotics is the distance between a tutorial and a machine that moves. The Agilex ROS2 COURSE (ROS2 COURSE) shortens that distance by building four courses around the LIMO robot, from Python and odometry, through ROS 2 navigation and obstacle avoidance, to pick and place and deep learning with Jetson Nano. Each course ends in a project that proves the skill, and the audience reaches from beginners to professionals. For details on what is included and how you take part, this page is the starting point.