Daily life in today’s dynamic world requires fast adaptation of people’s behavior to new challenges emerged from environmental, health, urban housing, transportation, etc. problems. A strong and complex tool in changing behaviors, education consumes significant resources and requires time for effective impact. The present study proposes a roadmap, integrating advanced methods for industrial competitive development (QFD) in configuring efficient educational interventions for changing people’s behavior on special thematic areas, such as environment and recycling. A literature review on applicable behavioral theories led to more than 30 behavioral factors (constructs) targetable by education, their specific impact evaluation being the subject of a survey among education professionals. Finally, to reach a mapping of efficient interventions with low costs, high impact and fast results criteria, educational interventions and behavioral factors were correlated by the QFD method on three dimensions addressing: teachers and trainers, contents and tools, respectively the national & institutional level. The current research results are focused particularly on changing recycling behaviors, but the overall concept and methodology can be expanded to incorporate any preoccupation in the areas of environment and health, as long-term drivers of public well-being.

The capacity to act as quickly as possible in the event of an emergency is a major concern for all those involved in providing first aid. Responses in due time are crucial for efficient alarm and event management. Currently, in most systems, notifications regarding alarms and events are sent to a list of recipients. The recipients can be operators, workstations, and/or formations. For a more effective response, it would be advantageous for an alarm or event to be announced to the operators, workstations, and/or the mobile formations closest to the location where the alarm or event occurred. The authors present an innovative solution—an integrated system consisting of a mobile application intended for users and a web application for dispatchers—which aims to reduce the response time and to facilitate the identification of the emergency situation. The proposed applications are validated through usability tests, the results of which demonstrate the ease of use and acceptance of the application by users and dispatchers. It is shown that this tool can have benefits at a large scale, but depends on the involvement of governmental decision-makers for implementation.