Indeed iscribe md software#

Leon Osterweil, University of Massachusetts Amherst, USA.

Kevin Sullivan, University of Virginia, USA.

Reza Samavi, McMaster University, Canada.

Rüdiger Breitschwerdt, Flensburg University of Applied Sciences, Germany.

Bert-Jan Van Beijnum, University of Twente, The Netherlands.

Hilda Tellioglu, Vienna University of Technology, Austria.

Indeed iscribe md software#

Lero – the Irish Software Research Centre and Health Research Institute Towards a Connected Health Delivery FrameworkĬraig Kuziemsky, Raja Manzar Abbas, Noel Carroll Yves Ledru, Yoann Blein, Lydie du-Bousquet, Roland Groz, Arnaud Clère, Fabrice BertrandĪn Ontology for a Patient-Centric Interoperability Healthcare FrameworkĪ Workflow for Healthcare systems via OCL and SMT Solving Requirements for a trace property language for medical devices

Gabriela Moise, Petre-Gabriel Moise, Petre-Sorin Moise Towards Holons-based Architecture for Medical Systems A Case Studyīenjamin Eze, Craig Kuziemsky, Liam Peyton Operationalizing Privacy Compliance for Cloud-hosted Sharing of Healthcare Data. Towards an Effective Medicine of Precision by using Conceptual Modelling of the Genome Clancey, Anil Raj, Anuar Zaini Md Zain, Khairul Faizi Khalid, Audrey Ooi ZenatiĪpplication of a Double-Loop Learning Approach for Healthcare Systems Design in an Emerging Market Toward Improving Surgical Outcomes by Incorporating Cognitive Load Measurement into Process-Driven Guidance Keynote: Software Engineering with Conflicting User Needs: Patient Accessible Electronic Patient Recordsġ1h00-12h30 Processes for Healthcare Systems She is also a leader of the Swedish national consortium DOME, where researchers from seven universities research different aspects of patient accessible electronic health records. Prof Cajander leads the Health Technology and Organisations research group at Uppsala University. Her main research areas are eHealth and Information Technology and Work from a sociotechnical and gender perspective, focusing on how human centered software engineering can influence how organisations work with ICT deployment and can impact digital work environments. Prof Åsa Cajander is an Associate Professor of Computer Science at Uppsala University. The conflicting needs of the different user groups will be illustrated by role play, and she will relate and discuss the findings in relation to the design and development of eHealth systems. In this key note she will present the patients' perspective of the system, and contrast that with the perspectives of physicians and nurses. This experience has made her revisit the core values of user centeredness, as the different user groups of PAEHR indeed describe conflicting user needs.

With roots in Human Centred Software Engineering, and in User Centred Systems Design, Prof Åsa Cajander has led research on Patient Accessible Electronic Health Records (PAEHR) since 2012. Software Engineering with Conflicting User Needs: Patient Accessible Electronic Patient Records Prof Åsa Cajander, Uppsala University Sweden The software engineering research community has an important role to play in helping to improve development practices and mitigate the risk associated with technology-induced medical errors and unintended consequences of software-intensive medical systems. Despite these ongoing investments, however, research on reported outcomes and technology-induced adverse effects often paints a sobering picture. The development and implementation of software-intensive systems has been seen as a key enabler for healthcare system reform and many jurisdictions have provided major investments and incentive programs to propel this transformation. Healthcare systems in many countries have been under mounting pressure to find innovative ways to remain sustainable, accessible and efficient in presence of a rapidly aging demographics and an increased demand for complex care.

Program - International Workshop on Software Engineering in Healthcare Systems