- To discover key robotics concepts through short activities and quizzes.
- To build a robot from component level to a fully functioning, controllable machine.
- To practise the engineering process through a series of practical challenges.
- To learn how to code our robotic equipment and see how the codes perform in realtime.
- To turn language into code in a fast-paced team activity.
- To learn about ancient robots and experience building one.
- To gain an insight into the functions of the drive, the controller, the processor, the end-effector, the sensor, and the arm through our fun human robot challenge.
- To learn the origins of robotics.
- To remain calm under pressure and pay attention to detail during our code breaker challenge.
- To wirelessly control a robot and take part in several challenges.
- To link the workshop content to a variety of STEM based careers.
- To identify the tools used for robotics and engineering.
- To practise the following employability skills within a robotics and engineering context: Analytical skills, teamwork, technical skills, leadership, communication, resilience, and creativity.
- To gain insight into the application of robotics in the modern world (domestic, industrial, research, medical, educational, and exploratory).
- To be introduced to some of the world's most famous robots and their functions/capabilities.
- To inspire young people to investigate STEM-based careers.
- To learn whilst having fun in a relaxed environment.