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In 2017, the European Centre for Disease Prevention and Control (ECDC) developed a competency model for individuals who work in public health emergency preparedness (PHEP) in European Union (EU) countries. The model serves as the basis for developing competency-based training programmes to support professionals in PHEP efforts at the country level. The competency model describes the knowledge and skills professionals need when working in national-level PHEP, such as preparedness committee members or their equivalents. In order to develop the model, existing competency statements were reviewed, as well as case studies and reports. Fifty-three professionals from the EU and other countries provided feedback to the model by participating in a three-stage consultation process. The model includes 102 competency, 100 knowledge and 158 skill statements. In addition to specifying the appropriate content for training programmes, the proposed common competency model can help to standardise terminology and approaches to PHEP training.

The harmonisation of training programmes for infection control and hospital hygiene (IC/HH) professionals in Europe is a requirement of the Council recommendation on patient safety. The European Centre for Disease Prevention and Control commissioned the 'Training Infection Control in Europe' project to develop a consensus on core competencies for IC/HH professionals in the European Union (EU). Core competencies were drafted on the basis of the Improving Patient Safety in Europe (IPSE) project's core curriculum (CC), evaluated by questionnaire and approved by National Representatives (NRs) for IC/HH training. NRs also re-assessed the status of IC/HH training in European countries in 2010 in comparison with the situation before the IPSE CC in 2006. The IPSE CC had been used to develop or update 28 of 51 IC/HH courses. Only 10 of 33 countries offered training and qualification for IC/HH doctors and nurses. The proposed core competencies are structured in four areas and 16 professional tasks at junior and senior level. They form a reference for standardisation of IC/HH professional competencies and support recognition of training initiatives.

Background: Navarra has an information system of HIV diagnoses working since the beginning of the epidemic up to the present day. This study aims at describing and evaluating this system, focusing on its sensitivity., Methods: The updated guidelines for evaluating public health surveillance systems from the CDC were used to describe the purpose and operation of the system and to analyse its attributes for the period 1985-2003. For the evaluation of the sensitivity the regional database of antiretrovirals distribution was used., Results: The HIV surveillance system of Navarra is confidential and name-based, and includes all HIV-infection cases diagnosed each year. The information sources of the system are: (a) all the laboratories in the public health system that perform the western blot test, and (b) hospital discharge registries. The system covers the entire population of Navarre (584,734 inhabitants). It uses the HIV case definition proposed by the European Centre for the Epidemiological Monitoring of AIDS. The system is well-accepted by the community and by all the stakeholders, including those providing data. By the end of 2003 it included 2302 HIV cases, and 98.8% of all patients who had ever received antiretrovirals in Navarra., Conclusions: The HIV information system of Navarra is simple, useful, well-accepted and highly sensitive. The information about antiretroviral distribution was useful for this evaluation.

Background: Taking into account that one of the Spanish National Epidemological Surveillance Network's missions is that of providing information for taking action, it is then absolutely essential that its information be disseminated in a timely manner. This study is aimed at ascertaining what information is being published on the National Epidemology Center webpages and on those of the Municipal and Autonomous Community Epidemiological Surveillance Services and assessing the timeliness of the information published., Methods: A review was conducted of the contents of the Surveillance Services webpages of April 3 - May 5, 2006. The information was considered to be "timely" if the information read on the webpage during Week 17 provided the epidemological week 15 bulletin., Results: A total of ninety percent (90%) of the Services have a webpage, fifty percent (50%) of which provide the listing of the compulsorily reportable disease and the case definition, a total of 44% having protocols for taking action and 11% having dynamic tables. The epidemological bulletins can be accessed via eight-three percent (83%) of the pages, six percent of which are updated in a timely manner. A total of seventy-seven (77%) of the pages provide weekly influenza information, seventy-eight percent (78%) in week 15. A total seventy-two percent (72%) have a search system as well as links to other Surveillance Services., Conclusions: The information provided by the Epidemological Surveillance Services has been found to vary to a certain degree. Influenza information is being disseminated in a timely manner, this however not being the case for the Epidemiological Bulletin.