Curricula for teaching end-users to kinesthetically program collaborative robots

Area of Science:

• Robotics
• Human-Computer Interaction
• Education

Background:

• End-user robot programming methods, like kinesthetic teaching, have increased robot accessibility.
• Kinesthetic teaching, while intuitive, presents challenges due to user unfamiliarity with robot kinematics and interface limitations.
• Developing effective kinesthetic demonstrations requires significant physical and cognitive skills, often learned through self-guided practice.

Purpose of the Study:

• To compare the effectiveness of curriculum-based training versus self-guided practice for developing end-user robot programming skills.
• To identify factors influencing user confidence and success in robot programming.
• To inform the design of future training interventions for robot programmers.

Main Methods:

• A study comparing two learning interventions: curriculum-based training and self-guided practice.
• Participants engaged in robot programming tasks using kinesthetic teaching.
• Data collected on programming proficiency, user confidence, and success factors.

Main Results:

• No significant difference in programming proficiency was found between the curriculum-based training group and the self-guided practice group.
• Key insights were gained into factors contributing to user confidence and programming success.
• The study identified potential areas for improving learning interventions.

Conclusions:

• Both curriculum-based training and self-guided practice can be viable methods for learning robot programming.
• Understanding user confidence and success factors is crucial for designing effective robot programming education.
• Further research is needed to optimize training structures for end-user robot programmers.