Towards a process reference model for research management: An action design research effort at an Australian university

Increasing emphasis in the Higher Education sector for high impact research has generated a proliferation of activities aimed at supporting university research processes, commonly referred to as ‘research management’. While there has been considerable growth in this new field, it remains an elusive area, with a lacuna on what comprises good ‘research management’. A lack of common terminology and definition of the activities comprised within research management limits the capacity to provide efficient services, properly share learnings and consistently assess the effectiveness of this work. This paper discusses the development of a research management reference model, through an Action Design Research (ADR) project conducted at a leading Australian university. The model defines 10 core domains (with areas of activities and processes within each) that constitutes the end-to-end research management process. The model was derived and validated across four ADR cycles of a detailed case study – which proved its potential value. Future research is planned to further validate the model in other universities, both within Australia and internationally

Subwavelength integrated photonics

In the late nineteenth century, Heinrich Hertz demonstrated that the electromagnetic properties of materials are intimately related to their structure at the subwavelength scale by using wire grids with centimetre spacing to manipulate metre-long radio waves. More recently, the availability of nanometre-scale fabrication techniques has inspired scientists to investigate subwavelength-structured metamaterials with engineered optical properties at much shorter wavelengths, in the infrared and visible regions of the spectrum. Here we review how optical metamaterials are expected to enhance the performance of the next generation of integrated photonic devices, and explore some of the challenges encountered in the transition from concept demonstration to viable technology