Caracterização e Impacte das quedas de doentes, como indicador de qualidade, num hospital E.P.E.

RESUMO - Introdução: As quedas dos doentes são um dos principais eventos adversos que podem ocorrer em contexto hospitalar, levando por um lado, ao aumento de encargos económicos e sociais, e por outro a consequências físicas e psicológicas nos doentes e respectiva família. Para a sua prevenção, é necessário investir na segurança do doente através de uma avaliação e consequente gestão do risco de quedas. Este trabalho insere-se na estratégia de melhorar a segurança do doente e a qualidade dos cuidados prestados. Objectivos: Avaliar em que medida o formulário existente responde às actuais necessidades de gestão do risco de quedas e suas consequências. Por outro lado, com base numa extensa revisão da literatura nacional e internacional, e tendo em conta as dinâmicas de qualidade e segurança do doente que têm sido criadas no hospital em estudo, propor um formulário mais eficaz que permita responder aos desafios que se colocam nos dias de hoje. Metodologia: Tratou-se de um estudo descritivo exploratório assente no paradigma quantitativo. A população do estudo foi constituída por 98 doentes que sofreram quedas durante o internamento no ano de 2010, num hospital E.P.E. (Entidade Pública Empresarial) Conclusão: As quedas ocorreram mais frequentemente em indivíduos do sexo masculino com doenças cérebro-vasculares e infecciosas, sendo que na maioria das vezes não resultaram em consequências graves. O formulário que aqui se recomenda tem a vantagem de ser informatizado e caracterizar aspectos relacionados com os custos. ---------------- ABSTRACT - Introduction: Falls of patients are one of the main adverse events that may occur in a hospital context, leading on the one hand, to an increase of economic and social burden, and, on the other hand, physical and psychological consequences for patients and their families. For its prevention, we need to invest in patient safety through an assessment and consequent management of the fall risk. This work is inserted in the strategy to improve the Patient safety and the quality of health care. Objectives: To assess the extent to which the form responds to current needs of managing the fall risk and their consequences. On the other hand, on the basis of an extensive review of national and international literature, and taking into account the dynamics of quality and safety of the patient that are created at the hospital in study, to propose a form more efficient in order to respond to the challenges that we face nowadays. Methodology: It was an exploratory descriptive study based on the quantitative paradigm. The population study was constituted by 98 patients who had suffered falls during hospitalization in the year 2010, in a hospital E.P.E. Conclusion: Falling occurred more frequently in male individuals with cerebral-vascular and infectious diseases, and in most of the time, falls have not resulted in serious consequences. The form recommended here has the advantage of being computerized and characterize aspects related with costs.

Architettura Prefabbricata –L’obra Colombo a Lisbona Project Management’s Point of View

L'Edilizia Ingegneria Materiali Tecnologia

Bullwhip effect, in production control: a comparison between traditional methods and LPS

21th Annual Conference of the International Group for Lean Construction (IGLC 21), July 2013, Fortaleza, Brazil

Fisheries Safety Management

Fisheries is one of the most dangerous professions in the world. Fatal accidents and injuries in the fisheries are characterized as well as particular circumstances that may cause or aggravate the risk of accidents. Aspects of safety management of fishing vessels are covered in this paper: areas of concern when doing a risk assessment in fishing vessels, fundamental elements on a safety management system for the fisheries and the need for international and national level instruments as well as legal and compulsory measures

Development of web services to help risk management of construction projects

Dissertação apresentada na Faculdade de Ciências e Tecnologia da Universidade Nova de Lisboa para obtenção do grau de Mestre em Engenharia Electrotécnica e de Computadores

Development of a fuzzy qualitative risk assessment model applied to construction industry

Dissertação para obtenção do Grau de Doutor em Engenharia Industrial

Implementing quality management systems in small and medium construction companies: a contribution to a road map for success

Leadership and Management in Engineering, January 2009

Environmental data management in the Sado Estuary

Estuaries are perhaps the most threatened environments in the coastal fringe; the coincidence of high natural value and attractiveness for human use has led to conflicts between conservation and development. These conflicts occur in the Sado Estuary since its location is near the industrialised zone of Peninsula of Setúbal and at the same time, a great part of the Estuary is classified as a Natural Reserve due to its high biodiversity. These facts led us to the need of implementing a model of environmental management and quality assessment, based on methodologies that enable the assessment of the Sado Estuary quality and evaluation of the human pressures in the estuary. These methodologies are based on indicators that can better depict the state of the environment and not necessarily all that could be measured or analysed. Sediments have always been considered as an important temporary source of some compounds or a sink for other type of materials or an interface where a great diversity of biogeochemical transformations occur. For all this they are of great importance in the formulation of coastal management system. Many authors have been using sediments to monitor aquatic contamination, showing great advantages when compared to the sampling of the traditional water column. The main objective of this thesis was to develop an estuary environmental management framework applied to Sado Estuary using the DPSIR Model (EMMSado), including data collection, data processing and data analysis. The support infrastructure of EMMSado were a set of spatially contiguous and homogeneous regions of sediment structure (management units). The environmental quality of the estuary was assessed through the sediment quality assessment and integrated in a preliminary stage with the human pressure for development. Besides the earlier explained advantages, studying the quality of the estuary mainly based on the indicators and indexes of the sediment compartment also turns this methodology easier, faster and human and financial resource saving. These are essential factors to an efficient environmental management of coastal areas. Data management, visualization, processing and analysis was obtained through the combined use of indicators and indices, sampling optimization techniques, Geographical Information Systems, remote sensing, statistics for spatial data, Global Positioning Systems and best expert judgments. As a global conclusion, from the nineteen management units delineated and analyzed three showed no ecological risk (18.5 % of the study area). The areas of more concern (5.6 % of the study area) are located in the North Channel and are under strong human pressure mainly due to industrial activities. These areas have also low hydrodynamics and are, thus associated with high levels of deposition. In particular the areas near Lisnave and Eurominas industries can also accumulate the contamination coming from Águas de Moura Channel, since particles coming from that channel can settle down in that area due to residual flow. In these areas the contaminants of concern, from those analyzed, are the heavy metals and metalloids (Cd, Cu, Zn and As exceeded the PEL guidelines) and the pesticides BHC isomers, heptachlor, isodrin, DDT and metabolits, endosulfan and endrin. In the remain management units (76 % of the study area) there is a moderate impact potential of occurrence of adverse ecological effects and in some of these areas no stress agents could be identified. This emphasizes the need for further research, since unmeasured chemicals may be causing or contributing to these adverse effects. Special attention must be taken to the units with moderate impact potential of occurrence of adverse ecological effects, located inside the natural reserve. Non-point source pollution coming from agriculture and aquaculture activities also seem to contribute with important pollution load into the estuary entering from Águas de Moura Channel. This pressure is expressed in a moderate impact potential for ecological risk existent in the areas near the entrance of this Channel. Pressures may also came from Alcácer Channel although they were not quantified in this study. The management framework presented here, including all the methodological tools may be applied and tested in other estuarine ecosystems, which will also allow a comparison between estuarine ecosystems in other parts of the globe.

Noise management at work

Every single day millions of European workers are exposed to noise at work. One in five of European’s workers have to raise his voice to be heard for at least half of the time that there are at work and 7% suffer from work-related hearing impairment. In Europe noise-induced hearing loss is the most common reported occupational disease. This paper deals with issues related with noise management at work, especially regarding the compliance with the new noise European Directive, (2003/10/EC).

Práticas organizacionais formais utilizadas para a aprendizagem com acidentes de trabalho

O SHO 2010, Colóquio Internacional de Segurança e Higiene Ocupaciona

Environmental management and mudit training at the New University of Lisbon by University-Industry co-operation

Environmental Training in Engineering Education (ENTREE 2001) - integrated green policies: progress for progress, p. 329-339 (Florence, 14-17 November 2001; proceedings published as book)

In situ measured cross section geometry of old timber structures and its influence on structural safety

Old timber structures may show significant variation in the cross section geometry along the same element, as a result of both construction methods and deterioration. As consequence, the definition of the geometric parameters in situ may be both time consuming and costly. This work presents the results of inspections carried out in different timber structures. Based on the obtained results, different simplified geometric models are proposed in order to efficiently model the geometry variations found. Probabilistic modelling techniques are also used to define safety parameters of existing timber structures, when subjected to dead and live loads, namely self-weight and wind actions. The parameters of the models have been defined as probabilistic variables, and safety of a selected case study was assessed using the Monte Carlo simulation technique. Assuming a target reliability index, a model was defined for both the residual cross section and the time dependent deterioration evolution. As a consequence, it was possible to compute probabilities of failure and reliability indices, as well as, time evolution deterioration curves for this structure. The results obtained provide a proposal for definition of the cross section geometric parameters of existing timber structures with different levels of decay, using a simplified probabilistic geometry model and considering a remaining capacity factor for the decayed areas. This model can be used for assessing the safety of the structure at present and for predicting future performance.

Lean construction in rehabilitation works – suitability analysis and contribution for the definition of an implementation model

Proceedings IGLC-19, July 2011, Lima, Perú

BIM-lean synergies in the management on MEP works in public facilities of intensive use – a case study

21st Annual Conference of the International Group for Lean Construction – IGLC 21 – Fortaleza, Brazil

Electrodialytic remediation of two types of air pollution control residues and their applicability in construction materials

Dissertação para obtenção do Grau de Mestre em Engenharia do Ambiente Perfil de Engenharia de Sistemas Ambientais