Using Panopto in a Common Learning Space

This narrated slideshow provides a step-by-step guide to recording a lecture in a CLS room using Panopto.

Using Zappers in a Common Learning Space (Windows 7)

This 8 minute video provides a step-by-step guide for tutors wishing to use zappers (Turning Point) in a Common Learning Space with Windows 7 and Office 2010.

How to use Turning Point in a Common Learning Space

This is a quick guide based on screenshots which shows you how get started with Turning Point 5 and Office 2013 in Common Learning Spaces.

A MATLAB GUI for learning controller design in the frequency domain

A MATLAB GUI is presented which is used to help students learn to design controllers in the frequency domain. It complements the author’s two previous GUIs for plotting and identification of systems in the frequency domain. It also incorporates the concept used in the “electronic calculator that makes students think” to assist learning. Positive student feedback affirms that the GUI has helped their understanding.

Writing public space : design, philosophy, art

Among the factors explaining the emotional poverty of contemporary urban spaces is the dissociation of those who think, design and adorn them. Using his experience in designing high profile public artworks in Australia, notably Relay (Homebush Bay, Sydney, 2000 Olympics), Nearamnew (Federation Square, Melbourne) and Solution (Docklands, Melbourne), Paul Carter argues that a new dialogue between designers, philosophers and artists is urgently needed. The basis of this dialogue will be an expanded notion of graphicality, a new engagement with the discursive character of public space, and the evolution of postrepresentationalist art practices that make surface the psychic violence and cultural waste involved in the provision of new functionallydefined “places”. This paper traverses a number of projects: Relay (1998‑2000), Nearamnew (1998‑2003), Solution (2002), Save the Wall (2004‑) Golden Grove (2004‑).

Contributions of school design to adolescent identity formation : case studies of four Australian secondary schools

The paper presents a summary of the study that examined the relationship between school design and adolescent identity formation. Reviewing theories and empirical studies of identity development, three major processes involved in adolescent identity formation were identified: (1) separation or individuation process, (2) social integration or relational connectedness, and (3) developmental exploration. Two key characteristics of schools that support these identity formation processes were proposed: (1) having a supportive environment addressing needs for individuation and social integration, and (2) providing opportunities for developmental exploration. Implications of these characteristics for school design were studied through a review of research and practices of learning space design. Four secondary schools in Australia which represented an innovative approach to learning space design were then examined to provide insights into these design-related implications and better understand issues and challenges associated with them. The paper concludes with proposing five design principles which supports adolescent identity development through contributing to processes involved in identity formation.

Cloud-linked and campus-linked students’ perceptions of collaborative learning and design based learning in engineering

The aim of this paper is to analyse and present cloud- link as well as campus-linked students’ perceptions of collaborative learning and design based learning in engineering. Project oriented design based learning (PODBL) is a learning and teaching approach, where students learn through design activities while being driven by project(s). PODBL enhances cloud-linked and campus-linked students’ ability to acquire career essential skills that fulfill future industry needs. A paper-based survey is used to recognise a cohort of students' experience of collaborative learning and design based learning in engineering. The paper-based survey was given to 30 students from an engineering discipline. The quantitative analysis of the survey results shows that more than 50% of the students view collaborative learning to have a large benefit in design-based learning.

Perceptions of change in office space design: redesigning Barwon Water’s office environment

In early 2015 Barwon Water received State government funding to rationalise and renovate its various Geelong-based administrative offices into one complex. Integral to the renovations is a new green-star retrofit of the existing Ryrie Street complex by GHD Woodhead. The project will consolidate all of Barwon Water’s offices onto one site, increase floor space, provide a new ‘green’ atrium, and adopt an open plan layout. Having set a new strategic direction, Barwon Water is now undergoing a wholesale cultural and operational change in order to realise these strategic objectives. Aspirations for workplace design have been identified as: environmentally sustainable; foster innovation and creativity; establish connections; improve communication and collaboration; provide efficient space for effective work; flexibility over time; welcoming and connected to the community; healthy; and, up to date technology. This paper investigates Barwon Water staff perceptions and apprehensions of this prospective consolidation, particularly the proposed open plan office environment. While most research in this topic is informed by an immediate pre-design workshop of staff needs, this research provides a longitudinal perspective of human perceptions about work place environment change and a review of how changes in office environment synergistically align to architectural responses and changes in corporate strategies.

Computer tools to aid the learning and design steps for photovoltaic systems

This paper presents novel simulation tools to assist the lecturers about learning processes on renewable energy sources, considering photovoltaic (PV) systems. The PV behavior, functionality and its interaction with power electronic converters are investigated in the simulation tools. The main PV output characteristics, I (current) versus V (voltage) and P (power) versus V (voltage), were implemented in the tools, in order to aid the users for the design steps. In order to verify the effectiveness of the developed tools the simulation results were compared with Matlab. Finally, a prototype was implemented with the purpose to compare the experimental results with the results from the proposed tools, validating its operational feasibility. © 2011 IEEE.