Description:
FRI 1 DEC - FRI 9 FEB 2023 Ballarat artist Geoff Wallis presents his recent series of paintings in the exhibition, Made You Look! Informed by his extensive knowledge of art history and contemporary art issues and ideas, the subject of Wallis’ paintings is art itself. For Wallis, text is used as a kind of meta-commentary, to invite or provoke direct responses from his audience about interpretation and value judgement and broader issues surrounding authenticity, reality, and purity as they pertain to art. Beyond its semantic role, text also plays an important syntactical or formal part in the paintings’ aesthetic - one in which chance, process and facture all figure prominently. Geoff Wallis was formerly an academic, lecturing in Art History at Federation University, Ballarat, and has curated significant exhibitions and written extensively on art and artists. This exhibition was opened by Ola Wallis, the artist’s granddaughter, and the artist, on Fri 1 Dec @ 6.30pm. Image: Geoff Wallis Your Call, 2021 acrylic, oil and aerosol paint on canvas H1450 x W1380 mm Courtesy the artist
Description:
FRI 1 DEC - FRI 9 FEB 2023 Ballarat artist Geoff Wallis presents his recent series of paintings in the exhibition, Made You Look! Informed by his extensive knowledge of art history and contemporary art issues and ideas, the subject of Wallis’ paintings is art itself. For Wallis, text is used as a kind of meta-commentary, to invite or provoke direct responses from his audience about interpretation and value judgement and broader issues surrounding authenticity, reality, and purity as they pertain to art. Beyond its semantic role, text also plays an important syntactical or formal part in the paintings’ aesthetic - one in which chance, process and facture all figure prominently. Geoff Wallis was formerly an academic, lecturing in Art History at Federation University, Ballarat, and has curated significant exhibitions and written extensively on art and artists. This exhibition was opened by Ola Wallis, the artist’s granddaughter, and the artist, on Fri 1 Dec @ 6.30pm. Image: Geoff Wallis Your Call, 2021 acrylic, oil and aerosol paint on canvas H1450 x W1380 mm Courtesy the artist
Description:
PurposeA slew of conventional change models and theories appear in the extant change literature. Despite being theoretically sound, these a priori structured approaches to organizational change management have questionable application given the rapidly changing business environments. Novel approaches, offering greater flexibility to fast changing external conditions, may offer superior models to organizational change and organizational transformation (OT) in particular. In this paper, the application of a complex adaptive system (CAS) framework, from complexity theory (CT), for managing OT is assessed theoretically.Design/methodology/approachA conceptual paper.FindingsA review of the extant change literature suggests that current approaches and models for organizational change are limited in their ability to reflect OT responses to today's highly dynamic external environments. New models are required to inform and guide organizations. A new model, i.e. CAS framework, is deemed suitable to guide the OT implementation.Originality/valueThis paper critically analyses different approaches to change management, consolidates CAS framework, reviews its applications in the field of management and presents a case for CAS's application for the management of OT.
Description:
WED 21 JUN - SUN 9 JUL 2023 Through a unique collaboration between Federation TAFE’s visual arts program, H.M.Prison Langi Kal Kal and Hopkins Correctional Centre, select First Nations Indigenous artists present their recent work to celebrate their rich cultural heritage and traditions and the significance and power of creativity, expressing ideas surrounding identity, country, kinship and friendship during NAIDOC 2023. Federation University Australia acknowledges the Traditional Custodians of the lands and waters where its campuses are located, and we pay our respects to Elders past and present, and extend our respect to all Aboriginal and Torres Strait Islander and First Nations Peoples. **Open for NAIDOC Week, from Sun 2 to Sun 9 July 2023, 12 -5pm. This exhibition opening and Welcome to Country was held on Friday 23 June @ 6 - 8pm. Language Source: Wadawurrung Language App Image: Nev F Dancing Man, 2023 acrylic on canvas 80 x 50 cm Courtesy the artist “Happiness is so overlooked until you have none. Dance and be happy"
Description:
WED 21 JUN - SUN 9 JUL 2023 Through a unique collaboration between Federation TAFE’s visual arts program, H.M.Prison Langi Kal Kal and Hopkins Correctional Centre, select First Nations Indigenous artists present their recent work to celebrate their rich cultural heritage and traditions and the significance and power of creativity, expressing ideas surrounding identity, country, kinship and friendship during NAIDOC 2023. Federation University Australia acknowledges the Traditional Custodians of the lands and waters where its campuses are located, and we pay our respects to Elders past and present, and extend our respect to all Aboriginal and Torres Strait Islander and First Nations Peoples. **Open for NAIDOC Week, from Sun 2 to Sun 9 July 2023, 12 -5pm. This exhibition opening and Welcome to Country was held on Friday 23 June @ 6 - 8pm. Language Source: Wadawurrung Language App Image: Nev F Dancing Man, 2023 acrylic on canvas 80 x 50 cm Courtesy the artist “Happiness is so overlooked until you have none. Dance and be happy"
Description:
The taxonomy of medically important parasites continues to evolve. This minireview provides an update of additions and updates in the field of human parasitology from June 2020 through June 2022. A list of previously reported nomenclatural changes that have not been broadly adapted by the medical community is also included.
Description:
Physical practice is the cornerstone of acquiring and developing movement skills in physical education and sport. However, research has suggested that psychological tools, such as mental imagery (MI), could effectively supplement a learner's physical practice schedule. MI is the mental simulation of a movement or situation in the absence of an overt physical output. Previous reviews have established the efficacy of MI for improving motor skills in sport. Further investigation, however, will help strengthen previous findings by focusing exclusively on studies that apply MI programs for the development of sport-specific motor skills. The purpose of this paper is to examine the overall effectiveness of MI programs for developing sport-specific motor skills and investigate program principles that may moderate the efficacy of MI programs, such as practice type, skill level, skill complexity, performance measures, duration, practice setting, and session frequency. By examining key program variables for MI, this review seeks to provide practical recommendations for physical educators and sports coaches on how they might effectively design and deliver a MI program to develop sport-specific motor skills. The review was conducted according to the Preferred Reporting Items for Systematic Reviews and Meta-analyses (PRISMA) guidelines. To provide practical recommendations for physical educators and sports coaches for effective MI programs, the following moderator variables were examined using subgroup analysis: (1) skill complexity, (2) skill level, (3) program duration, (4) session frequency, (5) MI practice type, and (6) practice context. The PEDro scale was used to assess study quality. The presence of publication bias was evaluated using the Trim and Fill method to calculate an adjusted and unbiased overall effect. The systematic review included 36 studies (n = 1449). A random-effects meta-analysis of standardised mean differences yielded an initial 135 individual effect sizes. A composite approach accounted for statistical dependence between effects and yielded 58 individual effects for further analysis. Analysis indicated that MI has a significant effect on performance (g = 0.476). Further analysis revealed significant effects on performance outcomes for MI combined with physical practice and MI alone (g = 0.579 and 0.298, respectively). Subgroup analyses revealed these beneficial effects be moderated by skill complexity, elements of skill performance, and MI delivery type. These results presented in our meta-analysis highlight the overall benefit of MI practice for developing sport-specific motor skills. However, there is a paucity of research on the effects of MI on complex skills and in physical education and sport coaching contexts. Although most studies presented in this review were conducted in controlled research settings, there are clear parallels between the skills practiced in these studies and those implemented in physical education and sport coaching. The efficacy of MI alone presents a potentially beneficial tool when physical practice is not possible or when physical training needs reduction (e.g. in-season sports competition). Therefore, it is encouraged that physical educators and sports coaches collaborate with sport psychology practitioners to investigate the efficacy of the several MI program variables presented in this review.
Description:
This paper outlines the necessity and suitability of in-line inspection (ILI) using intelligent pigging for Corrosion Resistant Alloy (CRA) subsea clad pipelines through an incident that occurred during a baseline survey performed on a 20-inch y CRA clad pipeline of 2.7 km long. In this incident, an ultrasonic (UT) intelligent pigging tool was impacted and resulted in damage to the pipeline's clad layer. This damage was due to the collosion of the sealing pigs with the rear of the UT intelligent pigging tool, resulting in the UT intelligent pigging tool to get stuck and stop at the end of the pipeline. Pressure surges were used to dislodge the UT intelligent pigging tool, but caused the UT pig to be crashed into the pig receiver, resulting in severe damage to the UT pigging tool. The analysis of the metal swarf recovered from the pig receiver revealed that the damage was limited to the pipeline's clad layer. It was also revealed that a bypass has occurred to the sealing pigs causing damage to the sensor carriers of the intelligent pigging tool.