This course introduces students to ABB’s RobotStudio software. The course accommodates those with none to moderate RobotStudio experience. Following this course, students will be able to create, simulate, and transfer programming in RobotStudio. This course emphasizes offline programming and distinguishes itself by emphasizing interaction directly with the software and real robots.

Participant Profile – Course is intended for those responsible for creating new programs for ABB robots, creating simulations, designing systems and checking for reach capabilities and layout needs. Created for students interested in programming and computer simulation software.
Course Type – Classroom setting, coach-conducted course that combines tutorial with practical exercises.
Course Length – 4 days

This course teaches the foundational principles and skills required to operate and program ABB industrial robots. Technicians, engineers, service personnel, supervisors, and system integrators will all benefit from this course. Following successful completion, students will be able to manually operate robots and create basic programs using the teach pendant. The course emphasizes hands-on experience with the robots.

Participant Profile – Technicians, Engineers, Service Personal, Supervisory Personnel, System Integrator
Course Type – Classroom setting, coach-conducted course that combines tutorial with practical exercises
Course Length – 4 days

This course introduces students to ABB’s RobotStudio software. The course accommodates those with none to moderate RobotStudio experience. Following this course, students will be able to create, simulate, and transfer programming in RobotStudio. This course emphasizes offline programming and distinguishes itself by emphasizing interaction directly with the software and real robots.

Participant Profile – Course is intended for those responsible for creating new programs for ABB robots, creating simulations, designing systems and checking for reach capabilities and layout needs. Created for students interested in programming and computer simulation software.
Course Type – Classroom setting, coach-conducted course that combines tutorial with practical exercises.
Course Length – 4 days

This course advances the skills and knowledge introduced in Programming I. Engineers, supervisors and system integrators will particularly benefit from this course. Students will be able to apply higher level programming techniques and IO integration. The course emphasizes online programming using ABB’s industry-leading RobotStudio software and hands-on experience with real robots.

Participant Profile – I have some quality experience working with ABB robots current robotic workplace operator, programmer, maintenance person, etc. I have taken a robotics programming course and want to move forward with more advanced training
Course Type – Classroom setting, coach-conducted course that combines tutorial with practical exercises. The emphasis is put on the hands-on exercises on an ABB robot.
Course Length – 4 days

The course is designed to teach students how to identify the electrical components, theory of operation, and introduce proper troubleshooting procedures on the robot controller. Approximately 50% of the course is hands-on troubleshooting of actual robot system and controller.

Topics include:
– Theory of operation of the robot controller
– Safety precautions used while troubleshooting the robot controller electrical system
– Description of components in the robot controller
– Principles of logical troubleshooting from power up through emergency stop loop and servo-system
– Input/output interfacing between the robot controller and peripheral equipment

Course objectives:
After successfully completing the course, the participant should be able to:
– Practice safety as it pertains to the robot system
– Identify and use the teach pendant
– Run the robot system in manual mode and automatic mode
– Interpret and respond to event messages. Use event logs
– Identify different parts of the robot modules and arm
– Load system software
– Troubleshoot Power ON circuits
– Troubleshoot computer and drive system to a board level
– Troubleshoot Motors ON / Run Chains circuits
– Troubleshoot the Motors, brakes, and resolvers
– Properly calibrate the robot after a motor change
– Interface an input device and an output device to the robot

Prerequisites:
– Familiarity with use of electronic test equipment (voltmeter and oscilloscope)
– Basic understanding of digital electronics is helpful
– Programming I for Material Handling (US420), Programming I for Arc Welding (US490), Programming I for LaserCutting (US496), or Programming I for Spot Welding
(US491) is strongly recommended.

Student Profile:
– Industrial electricians
– Electrical Troubleshooting technicians
– Engineers
– Supervisory personnel
Course Length: 4 1/2 days

This course teaches the foundational principles and skills required to operate and program ABB industrial robots. Technicians, engineers, service personnel, supervisors, and system integrators will all benefit from this course. Following successful completion, students will be able to manually operate robots and create basic programs using the teach pendant. The course emphasizes hands-on experience with the robots.

Participant Profile – Technicians, Engineers, Service Personal, Supervisory Personnel, System Integrator
Course Type – Classroom setting, coach-conducted course that combines tutorial with practical exercises
Course Length – 4 days

This course teaches the foundational principles and skills required to operate and program ABB industrial robots. Technicians, engineers, service personnel, supervisors, and system integrators will all benefit from this course. Following successful completion, students will be able to manually operate robots and create basic programs using the teach pendant. The course emphasizes hands-on experience with the robots.

Participant Profile – Technicians, Engineers, Service Personal, Supervisory Personnel, System Integrator
Course Type – Classroom setting, coach-conducted course that combines tutorial with practical exercises
Course Length – 4 days

The course goal is to teach students how to properly disassemble and reassemble the mechanical unit. It will also teach proper preventive maintenance procedures.

Topics include:
– Proper safety precautions used while performing mechanical repair
– Operation of robot control and mechanical unit
– Description and operation of mechanical components
– How to use manual for repair and ordering of spare parts

Course objectives:After successfully completing the course, the participant should be able to:
– Perform safety precautions used while doing mechanical repair
– Properly start-up, operate, and shutdown the robot
– Describe the operation of mechanical components
– Disassemble and reassemble mechanical unit
– Use the manual for repair and ordering of spare parts
– Describe preventive maintenance procedures on the robot
– Calibrate robot
– Perform assembly disassembly of the upper arm according to product manual

Prerequisites:
– Mechanical background or experience is helpful

Student Profile:Industrial personnel required to mechanically repair the robots and to perform regular preventive maintenance

Course Length: 3 days

This course introduces students to ABB’s RobotStudio software. The course accommodates those with none to moderate RobotStudio experience. Following this course, students will be able to create, simulate, and transfer programming in RobotStudio. This course emphasizes offline programming and distinguishes itself by emphasizing interaction directly with the software and real robots.

Participant Profile – Course is intended for those responsible for creating new programs for ABB robots, creating simulations, designing systems and checking for reach capabilities and layout needs. Created for students interested in programming and computer simulation software.
Course Type – Classroom setting, coach-conducted course that combines tutorial with practical exercises.
Course Length – 4 days

This course introduces students to ABB’s RobotStudio software. The course accommodates those with none to moderate RobotStudio experience. Following this course, students will be able to create, simulate, and transfer programming in RobotStudio. This course emphasizes offline programming and distinguishes itself by emphasizing interaction directly with the software and real robots.

Participant Profile – Course is intended for those responsible for creating new programs for ABB robots, creating simulations, designing systems and checking for reach capabilities and layout needs. Created for students interested in programming and computer simulation software.
Course Type – Classroom setting, coach-conducted course that combines tutorial with practical exercises.
Course Length – 4 days

The course is designed to teach students how to identify the electrical components, theory of operation, and introduce proper troubleshooting procedures on the robot controller. Approximately 50% of the course is hands-on troubleshooting of actual robot system and controller.

Topics include:
– Theory of operation of the robot controller
– Safety precautions used while troubleshooting the robot controller electrical system
– Description of components in the robot controller
– Principles of logical troubleshooting from power up through emergency stop loop and servo-system
– Input/output interfacing between the robot controller and peripheral equipment

Course objectives:
After successfully completing the course, the participant should be able to:
– Practice safety as it pertains to the robot system
– Identify and use the teach pendant
– Run the robot system in manual mode and automatic mode
– Interpret and respond to event messages. Use event logs
– Identify different parts of the robot modules and arm
– Load system software
– Troubleshoot Power ON circuits
– Troubleshoot computer and drive system to a board level
– Troubleshoot Motors ON / Run Chains circuits
– Troubleshoot the Motors, brakes, and resolvers
– Properly calibrate the robot after a motor change
– Interface an input device and an output device to the robot

Prerequisites:
– Familiarity with use of electronic test equipment (voltmeter and oscilloscope)
– Basic understanding of digital electronics is helpful
– Programming I for Material Handling (US420), Programming I for Arc Welding (US490), Programming I for LaserCutting (US496), or Programming I for Spot Welding
(US491) is strongly recommended.

Student Profile:
– Industrial electricians
– Electrical Troubleshooting technicians
– Engineers
– Supervisory personnel
Course Length: 4 1/2 days

This course introduces students to ABB’s RobotStudio software. The course accommodates those with none to moderate RobotStudio experience. Following this course, students will be able to create, simulate, and transfer programming in RobotStudio. This course emphasizes offline programming and distinguishes itself by emphasizing interaction directly with the software and real robots.

Participant Profile – Course is intended for those responsible for creating new programs for ABB robots, creating simulations, designing systems and checking for reach capabilities and layout needs. Created for students interested in programming and computer simulation software.
Course Type – Classroom setting, coach-conducted course that combines tutorial with practical exercises.
Course Length – 4 days

This course teaches the foundational principles and skills required to operate and program ABB industrial robots. Technicians, engineers, service personnel, supervisors, and system integrators will all benefit from this course. Following successful completion, students will be able to manually operate robots and create basic programs using the teach pendant. The course emphasizes hands-on experience with the robots.

Participant Profile – Technicians, Engineers, Service Personal, Supervisory Personnel, System Integrator
Course Type – Classroom setting, coach-conducted course that combines tutorial with practical exercises
Course Length – 4 days

This course teaches the foundational principles and skills required to operate and program ABB industrial robots. Technicians, engineers, service personnel, supervisors, and system integrators will all benefit from this course. Following successful completion, students will be able to manually operate robots and create basic programs using the teach pendant. The course emphasizes hands-on experience with the robots.

Participant Profile – Technicians, Engineers, Service Personal, Supervisory Personnel, System Integrator
Course Type – Classroom setting, coach-conducted course that combines tutorial with practical exercises
Course Length – 4 days

This course teaches the foundational principles and skills required to operate and program ABB industrial robots. Technicians, engineers, service personnel, supervisors, and system integrators will all benefit from this course. Following successful completion, students will be able to manually operate robots and create basic programs using the teach pendant. The course emphasizes hands-on experience with the robots.

Participant Profile – Technicians, Engineers, Service Personal, Supervisory Personnel, System Integrator
Course Type – Classroom setting, coach-conducted course that combines tutorial with practical exercises
Course Length – 4 days

This course introduces students to ABB’s RobotStudio software. The course accommodates those with none to moderate RobotStudio experience. Following this course, students will be able to create, simulate, and transfer programming in RobotStudio. This course emphasizes offline programming and distinguishes itself by emphasizing interaction directly with the software and real robots.

Participant Profile – Course is intended for those responsible for creating new programs for ABB robots, creating simulations, designing systems and checking for reach capabilities and layout needs. Created for students interested in programming and computer simulation software.
Course Type – Classroom setting, coach-conducted course that combines tutorial with practical exercises.
Course Length – 4 days

This course introduces students to ABB’s RobotStudio software. The course accommodates those with none to moderate RobotStudio experience. Following this course, students will be able to create, simulate, and transfer programming in RobotStudio. This course emphasizes offline programming and distinguishes itself by emphasizing interaction directly with the software and real robots.

Participant Profile – Course is intended for those responsible for creating new programs for ABB robots, creating simulations, designing systems and checking for reach capabilities and layout needs. Created for students interested in programming and computer simulation software.
Course Type – Classroom setting, coach-conducted course that combines tutorial with practical exercises.
Course Length – 4 days

The course goal is to teach students how to properly disassemble and reassemble the mechanical unit. It will also teach proper preventive maintenance procedures.

Topics include:
– Proper safety precautions used while performing mechanical repair
– Operation of robot control and mechanical unit
– Description and operation of mechanical components
– How to use manual for repair and ordering of spare parts

Course objectives:After successfully completing the course, the participant should be able to:
– Perform safety precautions used while doing mechanical repair
– Properly start-up, operate, and shutdown the robot
– Describe the operation of mechanical components
– Disassemble and reassemble mechanical unit
– Use the manual for repair and ordering of spare parts
– Describe preventive maintenance procedures on the robot
– Calibrate robot
– Perform assembly disassembly of the upper arm according to product manual

Prerequisites:
– Mechanical background or experience is helpful

Student Profile:Industrial personnel required to mechanically repair the robots and to perform regular preventive maintenance

Course Length: 3 days