In 2001 the University of New South Wales Faculty of Medicine embarked on designing a curriculum-management system to support the development and delivery of its new, fully integrated, outcome-based, six-year undergraduate medicine program. The Web-enabled curriculum-management system it developed is known as eMed, and it comprises a suite of integrated tools used for managing graduate outcomes, content, activities, and assessment in the new program. The six main tools are a curriculum map, timetable, student portfolio, peer feedback tool, assessment tracking, and results tools. The eMed functions were determined by organizational and curricular needs, and a business management perspective guided its development. The eMed project was developed by a multidisciplinary team, and its successful development was achieved mostly by methodically identifying the scope of each tool and the business processes it supports. Evaluation results indicated a high level of user acceptance and approval. The eMed system is a simple yet effective educational technology system that allows users to evaluate and improve the curriculum in real time. As a second-generation curriculum-management system, eMed is much more than an educational administration system; it is a knowledge network system used by staff and students to transform data and information into knowledge and action. The integration of learning and assessment activities data in the one system gives a depth of curriculum information that is unusual and that allows for data-based decision making. Technologically, eMed helps to keep the medicine program up to date. Organizationally, it strengthens the school's data-driven decision-making process and knowledge network culture.
In the cat there are at least two distinct contractile states of the bladder during urine storage, one when prodromal contractions are present and one when non-micturating contractions are present. It is proposed that prodromal contractions are myogenic. This proposition was examined by comparing prodromal contractions before and after hypogastric nerve section as well as comparing prodromal contractions with the contractions that remain after sectioning of the hypogastric nerves. Key contraction characteristics, such as amplitude, maximum gradient and the variance of the intercontraction interval were not significantly changed by hypogastric nerve section, providing volume effects were corrected for, which suggested that prodromal contractions have a myogenic origin.
Introduction: Across higher education, curriculum mapping has attracted great interest, partly driven by the need to map graduate competencies to learning and assessment for quality assurance and accreditation. Other drivers have included the need to: a) provide tools for curriculum design and renewal, b) improve communication amongst teachers and curriculum developers and c) support learning by informing students about the scope and sequence of their programs. Those embarking on curriculum mapping have sought clarification about what elements of the curriculum should be mapped, how to develop their own map or whether they should adopt externally available products. During our combined experience of mapping six different medical programs over the course of 15 years, we have frequently sought answers to these questions. However, due to the many and varying types of curriculum maps and curriculum-mapping processes that are described in the literature, answers have not been readily forthcoming. Methods:We conducted a comprehensive review of the higher education-including health professions-literature to develop a four-dimensional typology for curriculum maps, which details features related to their purpose, product, process and display. The typology was validated by testing the parameters against six curriculum maps from medical schools around Australia.
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