PROPOSTA DE MODELO DE MEDIÇÕES PARA CONTRATAÇÃO DO GERENCIAMENTO DE PROCESSO DE NEGÓCIO (BUSINESS PROCESS MANAGEMENT- BPM)

O Gerenciamento de Processo de Negócio (Business Process Management- BPM) tem sido uma prática adotada pelas organizações públicas e privadas. O BPM possibilita a identificação eficaz das necessidades e das informações necessárias para suportar a operacionalização ou a automatização do processo de negócio. Considerando que as organizações têm necessitado terceirizar esse serviço, o objetivo desse trabalho foi propor um modelo de medição para contratação dos serviços de BPM. Para atender a esse objetivo, o modelo conceitual construído partiu da premissa que a gestão da contratação de um BPM deve fornecer critérios para mensurar a demanda, ou serviço, avaliar a qualidade dos serviços prestados e a qualidade do produto recebido. O estudo adotou como instrumentos de coleta de dados a pesquisa documental e a revisão sistemática. Com base nos objetivos e questões de pesquisa foram identificados os strings para busca, definidas as fontes de busca, critérios de inclusão e exclusão dos resultados. Todos os trabalhos selecionados foram lidos e analisados e foi utilizado um mapa mental para consolidação dos resultados. Foi utilizado o GQM (Goal, Questions, Metrics) para a elaboração das medições e adotado o estudo de caso. Parte das medições propostas foram aplicadas em 13 modelos de processo de negócio do mundo real com o objetivo de verificar sua coerência e comparar os resultados. Foi realizada entrevista com especialista em modelagem de processos de negócios para avaliar os resultados obtidos e, na percepção deste especialista a maior parte das métricas propostas pela pesquisa é adequada à realidade de mercado, considerando o contexto de terceirização desse serviço.

Using Research Methods in Human Computer Interaction to Design Technology for Resilience

Research in human computer interaction (HCI) covers both technological and human behavioural concerns. As a consequence, the contributions made in HCI research tend to be aware to either engineering or the social sciences. In HCI the purpose of practical research contributions is to reveal unknown insights about human behaviour and its relationship to technology. Practical research methods normally used in HCI include formal experiments, field experiments, field studies, interviews, focus groups, surveys, usability tests, case studies, diary studies, ethnography, contextual inquiry, experience sampling, and automated data collection. In this paper, we report on our experience using the evaluation methods focus groups, surveys and interviews and how we adopted these methods to develop artefacts: either interface’s design or information and technological systems. Four projects are examples of the different methods application to gather information about user’s wants, habits, practices, concerns and preferences. The goal was to build an understanding of the attitudes and satisfaction of the people who might interact with a technological artefact or information system. Conversely, we intended to design for information systems and technological applications, to promote resilience in organisations (a set of routines that allow to recover from obstacles) and user’s experiences. Organisations can here also be viewed within a system approach, which means that the system perturbations even failures could be characterized and improved. The term resilience has been applied to everything from the real estate, to the economy, sports, events, business, psychology, and more. In this study, we highlight that resilience is also made up of a number of different skills and abilities (self-awareness, creating meaning from other experiences, self-efficacy, optimism, and building strong relationships) that are a few foundational ingredients, which people should use along with the process of enhancing an organisation’s resilience. Resilience enhances knowledge of resources available to people confronting existing problems.

ROLE OF ENTERPRISE ARCHITECTURE IN HEALTHCARE ORGANIZATIONS AND KNOWLEDGE-BASED MEDICAL DIAGNOSIS SYSTEM

Enterprise architecture (EA) is a tool that aligns organization’s business-process with application and information technology (IT) through EAmodels. This EA model allows the organization to cut off unnecessary IT expenses and determines the future and current IT requirements and boosts organizational performance. Enterprise architecture may be employed in every firm where the firm or organization requires configurations between information technology and business functions. This research investigates the role of enterprise architecture in healthcare organizations and suggests the suitable EA framework for knowledge-based medical diagnostic system for EA modeling by comparing the two most widely used EA frameworks. The results of the comparison identified that the proposed EA has a better framework for knowledge-based medical diagnostic system.