About the course

Week 1-2: Cell Safety & Safe Working Practices (6 hours)

Week 1 (Session 1 and 2):

• Introduction to robotic safety standards and regulations
• Risk assessment and mitigation strategies
• Safe working practices in a robotic cell

Week 3-4: Robot Jogging/Operation (6 hours)

Week 3 (Session 3 and 4):

• Basics of robot operation and control
• Jogging and manual control of robot movements
• Handling emergency stops and recovery procedures

Week 5-6: Creating & Testing Programs (6 hours)

Week 5 (Session 5 and 6):

• Understanding programming languages (TP and KAREL)
• Writing and editing robot programs
• Testing and debugging robot programs

Week 7-8: Motion Types & Co-ordinate Systems (6 hours)

Week 7 (Session 7 and 8):

• Different motion types (joint, linear, circular, etc.)
• Working with co-ordinate systems
• Programming complex robot motions

Week 9-10: Inputs and Outputs (6 hours)

Week 9 (Session 9 and 10):

• Understanding digital and analog inputs and outputs
• Wiring and configuring I/O devices
• Integrating external devices with the robot controller

Week 11-12: Registers (6 hours)

Week 11 (Session 11 and 12):

• Introduction to robot registers
• Using registers for data storage and manipulation
• Advanced register applications and examples

Week 13-14: Advanced Programming Techniques (6 hours)

Week 13 (Session 13 and 14):

• Advanced programming concepts for robotic automation
• Complex logic and decision-making in robot programs
• Case studies and real-world applications

Week 15-16: Maintenance and Troubleshooting (6 hours)

Week 15 (Session 15 and 16):

• Routine maintenance procedures for robotic systems
• Diagnosing and troubleshooting common robot issues
• Repair and replacement of components

Week 17-18: Robot Networking and Communication (6 hours)

Week 17 (Session 17 and 18):

• Communication protocols in robotic systems
• Networking multiple robots and controllers
• Troubleshooting communication issues

Week 19-20: Final Projects and Certification (6 hours)

Week 19 (Session 19 and 20):

• Group projects: Design, program, and implement a robotic application
• Project presentations and peer feedback
• Course conclusion.

By the end of this 20-week Robotic Training for FANUC Controllers course, participants will possess a comprehensive skill set, from safety practices and robot operation to advanced programming and troubleshooting. You'll be well-prepared to work with FANUC robotic systems in diverse industrial applications. Join us for this in-depth training program and take the first step towards becoming a proficient FANUC robotic technician or engineer.

Assessment

You will be assessed with a series of practical scenarios to complete.

Information About Fees

£995