Our main job as education professionals is to prepare our students for the future. Artificial Intelligence (AI) has already transformed our lives drastically. From car manufacturing and medicine search, to autonomous driving, sports game highlights, and hotel descriptions - all are automated, AI enabled, computer-generated texts these days.

As fascinating as this is today, this is just the beginning. More and more fields will be dominated by AI in the upcoming years.

Although no one knows what exactly this future will bring, and how it will look (70% of the jobs in 10 years have not been invented yet!), we know that AI will be dominant in this future. So students better be ready to master it.

The AI LAB is a turnkey, state-of-the-art modular learning space designed to enable students rotation between the AI Stations. Each configuration includes more than 1,000 instructional hours and provides learners with practical hands-on activities exposing them to multiple disciplines and various scenarios in which artificial intelligence takes control of our lives. It gives students a unique and rich learning experience to ensure that they are ready for their careers, college, and life-in-the-2030s.

Choose From Pre-Configured Labs Or Create Your Own:

Your Success Is Paramount To Us!

Every AI LAB is a complete turnkey system of integrated materials, software, online learning system, networking and servers to backup student projects, cutting-edge equipment and all furnishings necessary to accommodate a group size of up to 30 students.

It's a fully-integrated solution with the highest level of service quality including complete installation, professional development and a direct access to support and online resources to ensure your program success.

The AI LAB by RobotLAB is the next generation of STEM Learning Centers.

It converts generic STEM concepts to real-life experiences, which put artificial intelligence in the center of learning. Developed by the students, the AI is used to control smart cars and drones, automate production lines, design human-robot interactions, and even take them to space exploration where robots must make decisions autonomously, without a hot-link to a human operator many millions of miles away.

The lab is built from AI-Stations, each themed around a subject that puts artificial intelligence in the center.

The AI LAB is designed to enable students to rotate between the AI Stations, exposing them to multiple disciplines and various scenarios where artificial intelligence takes control of our lives. This gives the students an unparalleled and rich experience to ensure that they are ready for their careers, college, and life-in-the-2030s.

It includes all instructional materials, apparatus, software, and equipment necessary to accommodate a class size of your choice. It’s a complete system of integrated materials, furnishings, and curricula that provides a platform for investigation of AI / STEM principles and practices through an integrated series of real-life context-based technological learning experiences using robots.

Intro to Robotics AI Station

ELEMENTARY AI LAB - INTRO TO AI

Developing computational thinking and critical thinking skills is one of the main building blocks for coding, programming and eventually autonomous machines.

The hands-on program is using robot-blocks that don't need computers in order to be programmed. Each block is a computer function, with its own input and output. Students learn about computer programs by snapping blocks together, and building robots that can interact with the environment.

Subjects covered:

Sensors, Actuators, Logic, Cause and Effect, Critical Thinking, Computational Thinking, introduction to robotics and autonomous systems. For advanced students: intro to block-based programming.

What's included?

A typical AI Station includes act, sense and think robotic blocks, tablets and software to program them, curriculum and accessories.

Intro to Coding AI Station

ELEMENTARY AI LAB - INTRO TO AI

Problem-solving is another important skill that is highly ranked in our teach savvy society. The ability to understand the root problem, and come up with a solution is a skill that is too often overlooked by many people.

The hands-on program is using programmable mobile and stationary robots that are a medium to develop, demonstrate problem solving, and coding capabilities. This program encourages hands-on play and learning that makes creative problem-solving concrete and tangible.

Subjects covered:

Block-based programming, problem solving, creativity, scope and sequence, applied robotics in math and geometry, motion, collaboration, game design, trajectories and foundation for scientific thinking.

What's included?

A typical AI Station includes mobile and stationary robots, tablets and software to program them, curriculum and accessories.

Intro to AR/VR AI Station

ELEMENTARY AI LAB - INTRO TO AI

Virtual and Augmented reality technologies are becoming an integral part of our life. The always-connected generation lives an interconnected life, where boundaries between what is real and digital are often blurred.

This unique program brings together physical robots with digital gadgets and accessories, which the students need to program to avoid, hit or run after. Using augmented reality the technology excels in pairing students’ development with technology, science and art, This program strengthen the imagination, encourage problem-solving and promotes critical thinking.

Subjects covered:

Story Telling, making connections between reality and digital objects, block-based programming, problem solving, creativity, scope and sequence, applied robotics in math and geometry, motion, collaboration, game design and the basics of human-robot interaction.

What's included?

A typical AI Station includes mobile robots, tablets and software to program them, curriculum and accessories.

Intro to Engineering AI Station

ELEMENTARY AI LAB - INTRO TO AI

Understanding the inner workings of robots is essential in a world filled with robots. Everything from gear ratio and torque to linear vs angular motion, over to the control level which involves sensors and software needs to play in harmony in order to achieve a useful, working robot.

This program encourages students to create robots from building blocks, look into the machine, modify it, and come up with new solutions to solve the same problem.

Subjects covered:

Basic Engineering concepts, building robots, gears, linear and angular motion, sensors, motors, rigid and flexible designs, control and enforcement mechanisms in software and hardware.

What's included?

A typical AI Station includes various robot kits, assembly and building instructions, tablets and software to program them, curriculum and accessories.

Intro to Space Exploration AI Station

ELEMENTARY AI LAB - INTRO TO AI

Space exploration has captured the imagination of generations. In recent years we are seeing a race to "democratize space" and give access to everyone who wishes (and can afford) going to space. Companies like SpaceX, Virgin Galactic and Blue Origin are selling tickets to space, and it's not long before we could simply hitchhike to mars.

This kit provides building materials for building a mars colony, program it and take the first steps in learning about the new planet using object and pattern recognition.

Subjects covered:

Basic Engineering concepts, building multiple types of robots: cars, house, and bi-pedal, programming, pattern, facial and object recognition.

What's included?

A typical AI Station includes Mars exploration robot kits, assembly and building instructions, tablets and software to program them, curriculum and accessories.

Smart Transportation AI Station

HIGH SCHOOL AI LAB - PRACTICING AI

It is only a matter of time before on-demand, driverless cars will take everyone, everywhere. By 2030 (in just 10 years, even before first-graders graduate from high school!) an estimated 25% of all car sales will be self-driving vehicles. In tandem with autonomous ground transportation, drones have become the most promising airborne technology - from emergency blood delivery, to disease control, environmental aid, and even pizza and Amazon orders delivery. Autonomous tech is changing how we and our stuff move around.

This program is using smart and programmable cars and drones, safe for in-class use, and fully loaded with sensors, that allow students to develop an understanding of autonomous transportation as it is in the 2020s and into the autonomous world upon us starting in the 2030s.

Subjects covered:

Navigation, collision avoidance, self-driving, self-parking, calculating torque, solving a maze, thrust gravity, flight basics and flight control.

What's included?

A typical AI Station includes programmable autonomous cars and programmable drones, computers and software to program them, curriculum and accessories.

Industry 4.0 AI Station

HIGH SCHOOL AI LAB - PRACTICING AI

One of the industries that maximizes the benefits of AI is autonomous manufacturing and warehouse automation. Today, cars are being produced without a human touch thanks to the AI and the affordability of robots. From picking products at a warehouse to getting them ready to ship, autonomous robots can quickly and safely support manufacturers and other industries, if fact, a computerized warehouse allows Amazon to deliver millions of products literally “next day”!

It is essential as educators to prepare our students to face the upcoming new industries and be proactive with these changes. AI LAB curriculum is guiding and preparing them to have a real experience towards the challenges of the future before they graduate and choose their career path.

Subjects covered:

Warehouse Automation, Sorting and Stacking, Visual Sensing, Assembly Lines, Process Automation and optimization, Data Analysis and collaborative robotics.

What's included?

A typical AI Station includes robotic arms, conveyor belts, computer vision kits, computers pre-loaded with software to program them, curriculum and accessories.

Humanoid Robotics AI Station

HIGH SCHOOL AI LAB - PRACTICING AI

Rosie the robot the TV show from the '60s isn't science fiction any more. We have robots that can mop and wash floors, bake pizza, flip burgers and even make coffee without human touch!

The human-robot interaction field is dedicated to understanding, designing and evaluating robotic systems for use by or with humans. By understanding and developing these user experiences, humans and robots can collaborate with each other.

Students are getting real-life experience and development of real-world applications in this field. Hands-on experiences are helping them to master these scenarios and prepare them for the new challenges as these new technologies arise.

Subjects covered:

Introduction to Humanoid Robots, Math and Soccer playing robots, game design, human robot interface, story telling, visual perception (face detection, face recognition, object detection and recognition), tactile sensing, Synchronous Motion, Math and Trigonometric functions, Logic, and Problem Solving.

What's included?

A typical AI Station includes humanoid robots, computers pre-loaded with software to program them, curriculum, and accessories.

Space Exploration AI Station

HIGH SCHOOL AI LAB - PRACTICING AI

Space exploration has captured the imagination of generations. In recent years we are seeing a race to "democratize space" and give access to everyone who wishes (and can afford) to go to space. Companies like SpaceX, Virgin Galactic and Blue Origin are selling tickets to space, and it won't be long before we could simply hitchhike to mars.

This kit, originally developed by NASA, provides building materials and instructions for building a fully functional model of the Curiosity Rover currently exploring Mars. (well, minus the lasers and the reactor of course) This gives students the ability to work in teams on sub assemblies, from electronics, to mechanical features (such as the six-axles suspension system) and over to programming the rover.

Subjects covered:

Wide range of engineering concepts, mechanical assemblies, electrical assemblies, electronics, programming, mechatronics, locomotion of the rover, math to calculate motion pathways, collaboration and process synchronization

What's included?

A typical AI Station includes all the parts needed for assembly and building of the rover, mechanical, motors, wiring, structural and electronics parts, computers and software to program it, curriculum and accessories.

Autonomous Agents AI Station

UNIVERSITY AI LAB - MASTERING AI

An autonomous agent is an intelligent agent operating on an owner's behalf but without any interference from that ownership entity. An intelligent agent is a car that needs to integrate with the rest of the traffic, a soccer player, that needs to pass the ball to its team members, or a shelf-moving robot in a warehouse that needs to deliver its product to the picker.All of them need to negotiate and collaborate with ad-hoc team members that don't always share the same goals.

The embodiment of the Autonomous Agent concept is in the soccer game, and the RoboCup global competition. Robots are operating autonomously (like real soccer players) while collaborating with team members to achieve the collective goal.

Subjects covered:

Multi-Agent Systems, Learning Transfer, Task Decomposition, Reinforced Learning, Ad Hoc Autonomous Agents teams, Machine Learning

What's included?

A typical AI Station includes humanoid robots, a mini soccer field, computers and software to program it, curriculum and accessories.

Smart Warehouse AI Station

UNIVERSITY AI LAB - MASTERING AI

The last-mile in automated fulfillment is a smart warehouse, where items move around to answer demand surge and inventory availability. With products moving around autonomously, companies today can deliver an unrivaled performance from online click to shipment within minutes.

At the heart of the smart warehouse is a swarm of robots working collaboratively on order fulfillment, navigating in an unstructured spaces, with many moving parts, working seamlessly on moving stock in and out the warehouse in record-breaking speeds.

Subjects covered:

SLAM, Computer Vision, Navigation, Obstacle Avoidance, Inverse Kinematics, Resource Allocation, Travelling Salesman Problem

What's included?

A typical AI Station includes Robotic Arms on AGV (autonomous guided vehicles) with various end-effectors, computers and software to program it, curriculum and accessories.

Tele-Operation AI Station

UNIVERSITY AI LAB - MASTERING AI

From remote surgery to bomb disposal, in many cases we don't have the human talent where and when we need it, or we don't want to risk a human in life-threatening situations.

While Da-Vinci surgical robots are helping doctors perform procedures half-a-world away, they also learn, and soon will be able to perform procedures like stitching better than any human doctor. Accurate translation of human motion, while mitigating errors is essential for a successful tele operation solution.

Subjects covered:

Virtual Reality, Forward and Inverse Kinematics, Machine Learning and smoothing algorithms, motion sensors, display and control algorithms

What's included?

A typical AI Station includes Robotic Arms with various end-effectors, computers and software to program it, virtual reality headsets, curriculum and accessories.

HRI AI Station

UNIVERSITY AI LAB - MASTERING AI

Human-Robot Interaction is an important aspect of our interaction with technology and robotics. Whenever humans interact and interface with technology, they bring their biases, for better or worse.

The research AI station is designed to create life-like simulations that surface these biases, and help develop solutions that overcome gaps when interacting with technology.

Subjects covered:

Human-Robot Interaction, programming, Emotions, Chat-Bots, Social Robotics

What's included?

A typical AI Station includes Robotic Heads, computers and software to program it, curriculum and accessories.

Smart Farming AI Station

UNIVERSITY AI LAB - MASTERING AI

Smart Farming is using modern technology to increase the quantity and quality of agricultural products. By using computer vision algorithms, robotic arms, drones, IoT and smart irrigation, the farmer can produce higher yields in a smaller space, using fewer resources, and at a higher quality.

The program is designed to give access to cutting edge technologies that will solve the global feeding challenge ahead of us.

Subjects covered:

Computer Vision, Drone Technology, Autonomous Robotics, Decision making, Kinematics, Mapping.

What's included?

A typical AI Station includes robotic arms, soft grippers, IoT devices computers and software to program it, curriculum and accessories.

The A.I. LAB

A Step Beyond STEM

Education In The Age of AI

What Is AI LAB by RobotLAB?

Choose From Pre-Configured Labs Or Create Your Own:

Elementary AI LAB

High School AI LAB

University AI LAB

Your Success Is Paramount To Us!

AI + Stations = AI LAB

AI Stations

Example of AI-Stations In The AI LAB

Intro to Robotics AI Station

Intro to Coding AI Station

Intro to AR/VR AI Station

Intro to Engineering AI Station

Intro to Space Exploration AI Station

Smart Transportation AI Station

Industry 4.0 AI Station

Humanoid Robotics AI Station

Space Exploration AI Station

Autonomous Agents AI Station

Smart Warehouse AI Station

Tele-Operation AI Station

HRI AI Station

Smart Farming AI Station

Full Customization

Works With Every Budget

RobotLAB, Inc