Knowledge Transfer on the Topic of Resilience

Project »resiLIR«: Technological Advancement and Functional Expansion of the Web-Based Knowledge Transfer Tool

People can strengthen their resilience – that is, their ability to consciously deal with psychological stress – through personal coaching or digital training. However, it is more difficult to clearly identify their needs and select appropriate content. With the development of resiLIR, the first digital offering was created that combines self-assessment and training. In this project, we are continuing to expand this digital platform.

Individual Coaching and Group-Specific Training Programs

The project expands the resiLIR online resilience training program to include screening, individual coaching, and target group-specific training. A digital questionnaire module helps users identify their needs and select suitable offerings. The coaching function supports resilience experts in accepting, processing, and managing requests. The administration interface can be used to compile training content specifically for different target groups. This results in training plans that are tailored to the individual preferences, self-assessments, and previous training progress of the users.

Intuitive Digital Services, Flexible Data Models, and Intelligent Control Methods

The new resiLIR functions are based on intuitive interaction concepts that enable simple operation and a positive user experience. Coaching in particular significantly expands the previous range of services. resiLIR uses flexible data models to ensure that screening, self-assessments, and training content can be combined precisely. These allow content that has been created once to be used multiple times and maintained more easily. In addition, a planning component ensures that training programs are customized: it links the identified needs, collected progress data, and existing content to create a coherent offering. In this way, resiLIR is even more tailored to the needs of its users.

Project Partner

Leibniz-Institut für Resilienzforschung (LIR) gGmbH

ResiLIR Process Representation
© Freepik / Fraunhofer ITWM
ResiLIR Process Representation