title: Holding a mirror to society? Sociodemographic diversity within clinical psychology training programmes across Aotearoa.

authors: Scarf, Damian

subjects: Education, Medical

abstract: It has recently been demonstrated by Crampton et al that there has been a marked increase in the sociodemographic diversity of the University of Otago’s health professional programmes between 2010 and 2016.1 This change is evidenced by the fact that a historic 76 health professional Māori graduates crossed the Dunedin Town Hall stage in December 2018. A key driver of this change was the University of Otago’s Division of Health Sciences Mirror on Society selection policy. Here, by documenting the sociodemographic diversity of an equally important professional programme, clinical psychology, we highlight the need for similar selection policies to be implemented Aotearoa/New Zealand wide.

text: Holding a mirror to society? Sociodemographic diversity within clinical psychology training programmes across Aotearoa. It has recently been demonstrated by Crampton et al that there has been a marked increase in the sociodemographic diversity of the University of Otago’s health professional programmes between 2010 and 2016.1 This change is evidenced by the fact that a historic 76 health professional Māori graduates crossed the Dunedin Town Hall stage in December 2018. A key driver of this change was the University of Otago’s Division of Health Sciences Mirror on Society selection policy. Here, by documenting the sociodemographic diversity of an equally important professional programme, clinical psychology, we highlight the need for similar selection policies to be implemented Aotearoa/New Zealand wide.

year: 2019

title: Integrating Maori perspectives into community resilience frameworks for the built environment

authors: Boston, Megan

abstract: Many governments and organisations have attempted to construct frameworks for improving community resilience, particularly as related to the built environment. Many frameworks, globally and locally, take a large overview of society and miss the potential to incorporate cultural, social, and engineering practices followed by indigenous people. However, there is much to learn from the traditional practices of Maori that could directly improve community resilience after a disaster. To date, little research has worked on integrating Maori cultural views into resilience frameworks. Using survey and interview data investigating Maori cultural views on resilience and aspects of the built environment, five Maori values were identified to strengthen resilience. These values are matauranga (knowledge), kotahitanga (unity), kaitiakitanga (guardianship), whakawhanaungatanga (relationships), and manakitanga (extending love). Further, communities can increase community cohesion and unity through adapting building and community layouts learned from observing traditional Maori practices, such as a central marae.

text: Integrating Maori perspectives into community resilience frameworks for the built environment Many governments and organisations have attempted to construct frameworks for improving community resilience, particularly as related to the built environment. Many frameworks, globally and locally, take a large overview of society and miss the potential to incorporate cultural, social, and engineering practices followed by indigenous people. However, there is much to learn from the traditional practices of Maori that could directly improve community resilience after a disaster. To date, little research has worked on integrating Maori cultural views into resilience frameworks. Using survey and interview data investigating Maori cultural views on resilience and aspects of the built environment, five Maori values were identified to strengthen resilience. These values are matauranga (knowledge), kotahitanga (unity), kaitiakitanga (guardianship), whakawhanaungatanga (relationships), and manakitanga (extending love). Further, communities can increase community cohesion and unity through adapting building and community layouts learned from observing traditional Maori practices, such as a central marae.

year: 2022

title: A computerized Langmuir probe system

authors: Pilling, L.S.

subjects: Langmuir probes

abstract: For low pressure plasmas it is important to record entire single or double Langmuir probe characteristics accurately. For plasmas with a depleted high energy tail, the accuracy of the recorded ion current plays a critical role in determining the electron temperature. Even for high density Maxwellian distributions, it is necessary to accurately model the ion current to obtain the correct electron density. Since the electron and ion current saturation values are, at best, orders of magnitude apart, a single current sensing resistor cannot provide the required resolution to accurately record these values. We present an automated, personal computer based data acquisition system for the determination of fundamental plasma properties in low pressure plasmas. The system is designed for single and double Langmuir probes, whose characteristics can be recorded over a bias voltage range of ±70 V with 12 bit resolution. The current flowing through the probes can be recorded within the range of 5 nA–100 mA. The use of a transimpedance amplifier for current sensing eliminates the requirement for traditional current sensing resistors and hence the need to correct the raw data. The large current recording range is realized through the use of a real time gain switching system in the negative feedback loop of the transimpedance amplifier.

text: A computerized Langmuir probe system For low pressure plasmas it is important to record entire single or double Langmuir probe characteristics accurately. For plasmas with a depleted high energy tail, the accuracy of the recorded ion current plays a critical role in determining the electron temperature. Even for high density Maxwellian distributions, it is necessary to accurately model the ion current to obtain the correct electron density. Since the electron and ion current saturation values are, at best, orders of magnitude apart, a single current sensing resistor cannot provide the required resolution to accurately record these values. We present an automated, personal computer based data acquisition system for the determination of fundamental plasma properties in low pressure plasmas. The system is designed for single and double Langmuir probes, whose characteristics can be recorded over a bias voltage range of ±70 V with 12 bit resolution. The current flowing through the probes can be recorded within the range of 5 nA–100 mA. The use of a transimpedance amplifier for current sensing eliminates the requirement for traditional current sensing resistors and hence the need to correct the raw data. The large current recording range is realized through the use of a real time gain switching system in the negative feedback loop of the transimpedance amplifier.

year: 2003-07