Innovation in the teaching of sustainable development in Europe: the case of ISLE Erasmus Network

Sustainable Development (SD) is one of the most widely used terms during the last years. It is a multidisciplinary concept, which applies mostly to life sciences but is not limited to them. Even though the short survey conducted by the authors revealed that there are only a few cases of Higher Educational Institutes (HEIs) around Europe that provide programs dedicated to SD, it is obvious that there is a constant raise in the need for implementing courses related to SD in existing programs. This paper discusses the case study of I.S.L.E., an Erasmus Academic Network, which aims to use the existing knowledge and tools in the context of teaching sustainable development topics in Universities and HEIs around Europe as a basis, and elaborate further by introducing an innovative approach towards the improvement of teaching SD in HEIs, based on the current needs as they are identified by the actions of the Network.

A model driven framework for geographic knowledge discovery

Geographic knowledge discovery (GKD) is the process of extracting information and knowledge from massive georeferenced databases. Usually the process is accomplished by two different systems, the Geographic Information Systems (GIS) and the data mining engines. However, the development of those systems is a complex task due to it does not follow a systematic, integrated and standard methodology. To overcome these pitfalls, in this paper, we propose a modeling framework that addresses the development of the different parts of a multilayer GKD process. The main advantages of our framework are that: (i) it reduces the design effort, (ii) it improves quality systems obtained, (iii) it is independent of platforms, (iv) it facilitates the use of data mining techniques on geo-referenced data, and finally, (v) it ameliorates the communication between different users.

Guidelines for the design of efficient sono-microreactors

Possible drawbacks of microreactors are inefficient reactant mixing and the clogging of microchannels when solid-forming reactions are carried out or solid (catalysts) suspensions are used. Ultrasonic irradiation has been successfully implemented for solving these problems in microreactor configurations ranging from capillaries immersed in ultrasonic baths to devices with miniaturized piezoelectric transducers. Moving forward in process intensification and sustainable development, the acoustic energy implementation requires a strategy to optimize the microreactor from an ultrasound viewpoint during its design. In this work, we present a simple analytical model that can be used as a guide to achieving a proper acoustic design of stacked microreactors. An example of this methodology was demonstrated through finite element analysis and it was compared with an experimental study found in the literature.

La empresa social en España y en Italia durante la crisis ¿un laboratorio de innovación económica y social?

En este artículo analizamos el desarrollo de empresa social en España e Italia en el marco de la crisis económica y social, en términos de difusión y marco jurídico. De esta manera, definimos los confines del “ecosistema” de la empresa social en los dos países e identificamos elementos comunes y especifidades. La hipótesis es que la empresa social representa una herramienta de generación de respuestas proactivas a la crisis, impulsando trayectorias de innovación económica y social, y contribuyendo a un modelo de desarrollo económica y socialmente sostenible. La innovación surge de la capacidad de las empresas sociales de generar respuestas innovativas a demandas emergentes, de su capacidad de crear al mismo tiempo valor social y económico, de satisfacer necesidades individuales y colectivas, de activar dinámicas de cambio de medio y largo plazo, de estimular dinámicas de emprendimiento, de empoderamiento y de valorización en el territorio. Sin embargo, el carácter innovador de la empresa social no surge simplemente de una empresarializacción del Tercer Sector tradicional, y mucho menos como consecuencia de la transferencia de servicios fundamentales del estado a asociaciones, cooperativas y empresas sociales, si con eso se persigue el simple objetivo de reducción de los gastos públicos. Al contrario, detrás de la retórica de la innovación social se puedan esconder proyectos de reducción de los gastos de servicios a través de la reducción de los salarios y de la cualidad de los servicios. El artículo, a partir de la comparación de la difusión del fenómeno y de las perspectivas de desarrollo en España y en Italia, termina con una reflexión crítica sobre las luces y sombras, los riesgos y las oportunidades, relacionados con la difusión de la empresa social, o sea, de la integración de la acción solidaria y la acción económica en prácticas que son al mismo tiempo empresariales y con finalidades sociales.

Empowering global software development with business intelligence

Context: Global Software Development (GSD) allows companies to take advantage of talent spread across the world. Most research has been focused on the development aspect. However, little if any attention has been paid to the management of GSD projects. Studies report a lack of adequate support for management’s decisions made during software development, further accentuated in GSD since information is scattered throughout multiple factories, stored in different formats and standards. Objective: This paper aims to improve GSD management by proposing a systematic method for adapting Business Intelligence techniques to software development environments. This would enhance the visibility of the development process and enable software managers to make informed decisions regarding how to proceed with GSD projects. Method: A combination of formal goal-modeling frameworks and data modeling techniques is used to elicitate the most relevant aspects to be measured by managers in GSD. The process is described in detail and applied to a real case study throughout the paper. A discussion regarding the generalisability of the method is presented afterwards. Results: The application of the approach generates an adapted BI framework tailored to software development according to the requirements posed by GSD managers. The resulting framework is capable of presenting previously inaccessible data through common and specific views and enabling data navigation according to the organization of software factories and projects in GSD. Conclusions: We can conclude that the proposed systematic approach allows us to successfully adapt Business Intelligence techniques to enhance GSD management beyond the information provided by traditional tools. The resulting framework is able to integrate and present the information in a single place, thereby enabling easy comparisons across multiple projects and factories and providing support for informed decisions in GSD management.