For campus
The World’s #1 Robotics Teaching & Learning Platform
An easy-to-start, flexible, industry-aligned online robotics teaching and learning platform to modernize your curriculum.
The Construct modernize robotics classes at over 100 universities and colleges worldwide
Past vs. Present
A Modern Way to Teach Robotics
Before
Time-consuming initial setup
now with our system
Ready-to-Go Online System
No need to install anything
No need to set up anything
No requirement for computer type
Works on any operating system
ROS is ready to run online
All ROS/ROS2 distributions are provided
SAML Authentication
Our PLATFORM
An Online Interactive Robotics & ROS Teaching Platform
Ready-to-teach curriculum
The web-based ROS environment, lessons, exercises, exams, and 100,000 ROS projects are ready for use in your classes.
Ready-to-use robot simulations
The platform comes with Gazebo 3D robotics simulator. A variety of off-the-shelf simulated robots are available for your classes. Every student gets a chance to practice.
Practice with 24/7 Remote Real Robots
Students can remotely connect to our 24/7 robots located in Spain to practice what they’ve learned. Give your students access to real-world practice without increasing infrastructure costs.
Modern Course Management
Ensure Your Students’ Learning Outcomes
Self-corrected online exams
The exams are provided, and the system can automatically mark them.
Student progress report
Makes it easier for you to manage students online and track their learning progress.
Create your online assignment
You can create a shareable robot programming assignment using our platform, so your students can do it in a ready-to-use online ROS development environment.
Courses We Provided
From basic to advanced, we offer all topics in robotics programming
Pre-requisite courses
Linux
Python 3
Modern C++
DevOps courses
Jenkins
Continuous Integration
Docker
Git
Robotics Theory courses
Robot Dynamics & Control
Robotics Control
Kinematics of Mobile Robots
Arm Kinematics
Path Planning
Courses for ROS 1
ROS Basics (Python)
ROS Basics (C++)
Programming Drones
FlexBe
Fuse Sensor Data
RTAB-Map
OpenCV
ROS Perception
ROS Control
Unit Testing
RViz Advanced Marker
Debug Cases
Unit Testing
Courses for ROS 2
ROS2 Basics (Python)
ROS2 Basics (C++)
ROS2 for Industrial Robots
URDF for Robot Modeling
ROS2 Control
ROS2 Navigation (Nav2)
ROS2 Manipulation
GTest Framework
Gazebo Simulator
TF ROS2
AI for Robotics courses
Using NVIDIA Jetson Nano
DL with Domain Randomization
ROS DL with TensorFlow
Machine Learning for Robotics
OpenAI with ROS
Reinforcement Learning
Deep Learning for Robotics
Self-Driving Cars with ROS
Advanced Features to Customize Your Course
new!
We Help You Create Your Cloud Robot Lab
Enter a command, and your students can access and program your robots remotely from anywhere.
new!
Customize the Courses at Your Will
The individual units of each course can be combined as you wish, so you can design a course specifically for your teaching needs.
Plans & Pricing
See below our special prices for teaching institutions
Fixed License
10-19 students
1 semester (4 months)- * Complimentary license for the teacher
20-29 students
1 semester (4 months)- * Complimentary license for the teacher
30-49 students
1 semester (4 months)- * Complimentary license for the teacher
50-99 students
1 semester (4 months)- * Complimentary license for the teacher
100+ students
1 semester (4 months)- * Complimentary license for the teacher
Get a 10% discount if payment done before licenses assignment
WE ACCEPT
New option!
Floating License
Get the full pass for your students
The floating license supports sharing of the pool of licenses among your team. For more information about floating licenses, please contact us at info@theconstructsim.com
With The Construct, your students can jump right into ROS without all the hardware and software setup problems. And the best part is that they can do this from anywhere!
Book a Demo & Talk with Our Team of Experts
Have all your students start learning robotics in less than 1 day!
*Only for teachers or managers. For individuals, visit this page