Objectives:
• Pre-Test
• System Safety Protocols
• Basic Programming & Manipulation
• TCP Setup
• Develop language independent model
• Advanced variables in programs
• Error & Fault Recover
• Create Condition Monitoring
• Troubleshooting
• Conveyor Tracking
• Advanced Force Control
• Palletizing
• Peripheral Equipment Interface
• System Variables
• Advanced control Script structures
• Post Test

This course is hands-on experience with demonstrations, presentations for student based learning along with a Pre and Post Test for confirmation of knowledge retained.

Universal Robots was founded in 2005 by the engineers Esben Østergaard, Kasper Støy, and Kristian Kassow. During joint research at the Syddansk Universitet Odense, they came to the conclusion that the robotics market was dominated by heavy, expensive, and unwieldy robots. As a consequence they developed the idea to make robot technology accessible to small and medium-sized businesses.[4]

In 2008 the first UR5 cobots were available on the Danish and German market. In 2012 the second cobot, UR10, was launched.[  At Automatica 2014 in Munich the Company launched a totally revised version of its cobots.

One year later, in spring 2015 the table-top cobot UR3 was launched.[7] At Automatica 2018 in Munich a brand new generation of Universal Robots’ cobots called e-Series was launched raising the standard for collaborative robots.

In September 2019, the company launched UR16e suited for high-payload tasks, like heavy material handling, heavy machine tending, packaging & palletising, and autonomous mobile robots (AMRs).

UR was purchased by Teradyne for US$285 million in 2015.