In contrast to traditional learning methods, which are mainly based on theory, RXL enables learners to apply and test their knowledge in real-life contexts. This promotes deeper understanding and improved learning retention.

RXL has many benefits.It can increase student motivation and engagement, deepen their understanding and better prepare them for the world of work. It also provides teachers with a more flexible and interactive learning environment.

RXL can be integrated into lessons in various ways, for example through project work, practicals, experiments or the use of online learning modules that include practical exercises.

Yes, RXL can be adapted to different age groups and learning levels. It can be used in primary schools, secondary schools, higher education and adult education.

Whilst RXL is particularly useful in STEM subjects, it can also be used in other subjects. Any subject that could benefit from practical application can benefit from RXL.

The resources required depend on the specific context.In some cases, experimental materials or technical equipment might be needed, in other cases online learning platforms can be used. It is important that learners have the opportunity to apply what they have learnt in practice.

Technology plays a crucial role in RXL by providing access to a variety of learning materials and formats. It supports the use of e-learning and enables the simulation of real-life experiences when physical hands-on experiences are not possible.

Yes, even teachers with no previous experience of RXL can use this concept. It can be helpful to attend training courses or workshops or to use resources that provide information and guidance on how to use REL.

In the RXL context, learning success can be assessed using various methods. In addition to traditional examinations, the results of practical work, projects or presentations can also be used for assessment. It can also be helpful to consider students' engagement, problem-solving skills and critical thinking.