FANUC provides a variety of robotic education and training solutions for our customer base, both internal and external. FANUC understands that training needs to be effective, personalized, and affordable. With our state-of-the-art training facilities, on-site customized training, cutting-edge eLearning programs, and Certified Educational Robot Training (CERT), FANUC provides all of the tools necessary to ensure quality robotic education and effective professional development for our diverse clientele.
FANUC Robotics’ main U.S. training facility resides within our World Headquarters in Rochester Hills, Michigan. However, Training can also be executed in most of our regional offices to include: Cincinnati and Holland, Ohio; Charlotte, North Carolina; Chicago, Illinois and Lake Forest, California. Training more than 4500 students per year, our main facility provides:
- A staff of over 25 professional technical trainers
- Assistance from instructional designers, technical writers, and computer based training designers
- 22,000 square feet of training laboratory
- Over 45 robots to ensure maximum hands-on training opportunity.
For customers with special on-site training needs, FANUC Robotics America also offers customized Product training. This customized robotic education includes:
- Detailed analysis of customer needs
- Customization of our Standard product classes
- Special training materials to address unique customer needs.
Online Learning
The eLearn courses are self-paced learning tools for users with specific robotic education interests and needs on a more flexible schedule. The course content and structure is based on an assessment of concepts and skills taught at the FANUC Robotics America’s training facility.
And for the increasingly younger workforce, FANUC Robotics America, Inc. is excited to offer the Certified Education Robot Training (CERT) program, a new certification available to qualified high schools, community colleges, and universities. This is a very effective program, training today’s young people to be qualified for successful careers in tomorrow’s high-tech manufacturing environment.
