Challenges implementing work-integrated learning in human resource management university courses

The examination of work-integrated learning (WIL) programs in the undergraduate Human Resource Management (HRM) curriculum is an area under-represented in the Australian literature. This paper identifies the challenges faced in implementing WIL into the HRM undergraduate curriculum. Qualitative semi-structured interviews were conducted with 38 participants including academics, careers advisors, professionals and students from nine Australian universities. The findings show that a lack of resources, a clash of agendas, legal and ethical issues, expectations, the HRM profession and academic perspectives of WIL, are impacting on how WIL programs in HRM are being developed. Recommendations are made for the future development of WIL in HRM

Alien Registration- Double, Annie L. (Bath, Sagadahoc County)

https://digitalmaine.com/alien_docs/9509/thumbnail.jp

Minds at the edge of chaos

The concept of a mental model is increasingly becoming of interest to organisations, as it is a person\u27s beliefs, thoughts, interpretations, or otherwise termed, \u27mental model\u27 that can affect our actions and therefore how people achieve organisational outcomes (Jensen & Rasmussen 2004). This paper establishes a robust definition of the concept of a mental model for future research. The research was conducted using coherent conversations as part of a complexity-based inquiry. This project seeks to understand and explore the views held by individuals about actual work practices and ideal work practices. This research concludes that the individuals, who make up the organisation, are in a state of chaotic edge thinking, where everything is perceived as a threat, procedures are formed to control, and people react radically. Moreover, this is concluded to be due to miscommunication and a lack of communicative connectedness between staff and supervising managers

Hippopotamid dispersal across the Mediterranean in the latest Miocene: A re-evaluation of the Gravitelli record from Sicily, Italy

The first dispersal of Hippopotamidae out of Africa is recorded around 6 Ma, but this event is documented only in a few European localities. Among them, the uppermost Miocene deposits of Gravitelli in Sicily yielded particularly abundant hippopotamid remains. These specimens, published at the beginning of the 20th century, went lost during the 1908 earthquake that destroyed the city of Messina. The specimens from Gravitelli were ascribed to a new species, Hippopotamus siculus; their generic attribution was not questioned during the first half of the past century and they have not been revised in recent decades. The remains of the Gravitelli hippopotamid were mainly represented by isolated teeth and a few postcranial remains. Morphological and dimensional characters of the specimens, such as long lower premolars, lowcrowned molars, a lower canine with longitudinal ridges and a groove on the lateral surface and the overall dimensions suggest that the Sicilian hippopotamid was characterized by plesiomorphic features. The morphology of the specimens collected from Gravitelli is similar to that of Hexaprotodon? crusafonti, Archaeopotamus harvardi, Hexaprotodon sivalensis and Hexaprotodon garyam. Hexaprotodon? siculus is also morphometrically similar to Hexaprotodon sivalensis, but the lower premolars in the former are longer and wider than in the latter. Accordingly, we provisionally refer the Gravitelli hippopotamid to the genus Hexaprotodon. Hexaprotodon? siculus is dimensionally different from the Spanish latest Miocene hippopotamid, herein referred to as Archaeopotamus crusafonti, and the two species are considered as valid taxa. The paleobiogeography of the latest Miocene hippopotamids from the Mediterranean Basin is discussed

A Late Occurring “Hipparion” from the middle Villafranchian of Monopoly, Italy (early Pleistocene; MN16b; ca. 2.5 Ma)

We report here for the first time the occurrence in the Montopoli large mammal fossil assemblage of a small equid taxon identified as “Hipparion” sp., associated to the monodactyl large horse Equus cf. livenzovensis. This occurrence has been recognised on a specimen that the late De Giuli (1938-1988) identified as Hipparion sp. in unpublished notes available in the archives of the Vertebrate Palaeontology Laboratory of the Dipartimento di Scienze della Terra at the Università degli Studi di Firenze. Although fragmentary, the specimen documents the occurrence of “Hipparion” at the middle Villafranchian (early Pleistocene, ca. 2.5 Ma) site of Montopoli, one of the latest occurrences of an hipparionine horse in western Europe. The western Eurasian “Hipparion” evolutionary history is summarised herein