NiryoAcademy: 1 Year Subscription

Product Code: NO-NA-1

Description

Unlock the future of robotics education

NiryoAcademy brings robotics to life in the classroom, equipping students with essential skills and career-ready experiences.

  • Out-of-the-box educational content that saves teachers time
  • A complete solution combining your hardware and ready-to-use resources
  • Lessons designed in collaboration with educators and robotics experts

 

 

 


Course Catalogue

My First Automation with Blockly

  • Learn how to run your first automation with Blockly In this course, you will program your Ned2 robot to detect, pick, and place objects autonomously using Blockly.
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PID Tuning for a Pick & Place

  • After exploring the fundamentals of PID control during the workshop, it’s time to put your knowledge into practice! In this post-workshop activity, you’ll experiment directly with the Niryo robot’s wrist (axis 5) to achieve smooth, precise, and stable movements. By tuning the PID parameters, you’ll discover how small adjustments can make a big difference in the quality of robotic motion and apply these insights in a real pick & place challenge.

From Blockly to Python with the Ned2 Robot

  • Move from visual to text-based programming by exploring the transition from Blockly to Python with the collaborative robot Ned2.Learn how to structure your code, understand Python logic, and control a real robot autonomously.

Project Lab: Designing an Autonomous Tool Changer

  • Robotic tool-changing systems enable a single robot to switch automatically between different tools, enhancing flexibility, efficiency, and adaptability in industrial automation. In this project, students design, assemble, and program a quick tool changer for the Niryo Ned2, gaining hands-on experience in mechanical assembly, electronics, 3D printing, and programming.
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CTE : Introduction to Robotics, Blocks Programming, and Automation

STEM Curriculum

  • Hello there! Want to see how real factory robots work? We’re diving into the industrial world! We’ll be doing the same stuff they do: grabbing materials, transforming them into products, and shipping them out. Think of it as a factory simulation! So, before we do anything else, we need to learn the fundamentals. It’s like, we need to learn to “talk robot” so we can all understand what’s going on.

Create your own ROS2 Robotic Stack from scratch

Add-on ROS2 : Enhance your simulated Niryo Robot for Dynamic Obstacle Avoidance

Add-on ROS2 : Perform your first simulated pick and place with the Niryo NED2

  • This add-on introduces a gripper to the simulated robot, enabling basic pick and place functionality. It enhances the realism of the simulation by allowing interaction with objects in the environment.You will learn how to integrate the gripper, control its motion, and execute simple pick and place tasks using MoveIt2 and Gazebo. This extension is ideal for testing manipulation workflows and preparing for real-world deployment. Let’s take the simulation a step further.

Vision Pipeline: From Camera to Grasping with the Niryo Ned2

Bundle Discovery : Order Assembly and Preparation

Exploring AI-Driven Collaboration in Robotics

CNC Machine Tool Loading and Unloading

Learning Path: Modeling of the Ned2

Complete Direct Geometric Model of the Ned2

Getting started with Blockly Pick and Place

  • Students discover the basic functions of the robotic arm NED2. In this exercise, the robotic arm NED2, using the basic blocks of the Blockly “No Code” programming environment, performs a simple operation to pick up and place an object.

Sorting of merchandise under the supervision of a Web server

Robotic arm Ned2 gesture control with Arduino

  • The student discovers how to connect and communicate simple instructions between an Arduino and the Ned2’s Raspberry Pi.

Controlling the Ned2 with an Arduino based control box

  • The student discovers how to connect and communicate simple instructions between an Arduino and Ned’s Raspberry Pi.

Discovering the 6 axes of the NED2 Robotic Arm

  • The student discovers the concept of the 6 axes and how it applies to Ned2.

Design of special jaws for the Ned2

  • Redesign the custom gripper jaws to hold jars of capsules.

The Ned2 and the Modbus protocol

Voice control of the Ned2 with Arduino

  • The student discovers how to connect and communicate simple instructions between an Arduino and the Ned2’s Raspberry Pi.

Control the Ned2 by voice with Python

  • The student will use Python programming to send commands to the robotic arm.

The Coffee Challenge

  • The NED2 Robotic Arm makes a cup of coffee without human intervention.

Automated Object Sorting with Agile Methodology