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FANUC K–12 Introductory Robotics Package
Build Foundational Industrial Robotics Skills through Simulation and eLearning
Build a foundation in industrial robotics with the FANUC K–12 Introductory Robotics Package. Developed for eligible nonprofit K–12 schools, the package combines FANUC eLearning, ROBOGUIDE simulation software, instructor resources and a material-handling teach pendant.
Students can begin learning robot operation and programming in a simulated environment while developing familiarity with the terminology, interfaces and workflows used with industrial FANUC robots. The package helps schools introduce automation concepts before expanding into more advanced hands-on robotics and certification programs.
Help students move from robotics concepts to industrial robot programming with FANUC software, eLearning and instructor-guided activities.
An Introduction to Industrial Robotics
Learn Through Simulation
ROBOGUIDE Academic allows students to create, program and test virtual robotic workcells without requiring continuous access to a physical robot.
Develop Programming Skills
FANUC Robot Operations, HandlingTool and HandlingPRO resources introduce students to robot operation, material handling and program development.
Support the Instructor
Included eLearning and manuals give instructors structured resources for introducing industrial robotics within STEM, engineering, manufacturing and CTE courses.
- One FANUC material-handling teach pendant
- One 1.5-meter cable conversion kit
- One instructor eLearning seat with no renewal required
- Robot Operations eLearning
- HandlingTool eLearning
- HandlingPRO eLearning
- One HandlingTool Operation and Programming manual
- One HandlingPRO manual
- Six ROBOGUIDE Academic licenses with 10-year license terms
- CERT Cart SHAPES simulation model
- Industrial robot terminology and system components
- Fundamental robot-safety concepts
- Teach-pendant navigation and common controls
- Robot startup and operating procedures
- Manual jogging and coordinate systems
- Position teaching and motion instructions
- Basic material-handling program development
- Virtual workcell creation and simulation
- Program testing and troubleshooting
- Connections between robotics and manufacturing careers
Industrial robotics gives students an opportunity to apply concepts from science, technology, engineering and mathematics to real automation challenges. Students can see how programming, mechanical systems, controls and problem-solving work together in modern manufacturing.
Early exposure can help students make informed decisions about pathways in robotics, mechatronics, engineering, industrial maintenance and advanced manufacturing.
FANUC ROBOGUIDE is a computer-based simulation environment used to create, program and evaluate virtual robotic workcells. Students can practice programming and observe robot motion without interrupting a physical training system.
Simulation also makes it possible for multiple students to work on robot programming activities at the same time, helping schools extend learning beyond the number of physical robots available in the lab.
- Advanced manufacturing
- Automation and robotics
- Engineering and STEM
- Mechatronics
- Industrial maintenance
- Computer science and programming
- Career exploration
- Pre-engineering
- Robot operator or programmer
- Automation technician
- Mechatronics technician
- Industrial maintenance technician
- Controls technician
- Manufacturing engineering technician
- Robotic-system integrator
The FANUC K–12 Introductory Robotics Package is available only to eligible nonprofit K–12 schools and is intended for material-handling instruction.
A physical robot is not identified as an included component of this package. Computer requirements, robot compatibility, teach-pendant connectivity and final package contents should be confirmed with Tech-Labs before ordering.
A Starting Point for FANUC Robotics Education
Schools can use this package to introduce industrial robot programming through a combination of instructor-led lessons, self-paced eLearning and virtual simulation. Students can build foundational skills before progressing to hands-on FANUC CERT carts, vision systems and more advanced automation applications.
Start a K–12 Robotics Program
Contact Tech-Labs to confirm school eligibility, computer requirements, robot compatibility and the appropriate FANUC robotics pathway for your students.
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