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    • Associate Professor
    • School of Curriculum, Pedagogy and Assessment
    • Associate ProfessorSchool of Curriculum, Pedagogy and Assessment

    A central question that animates my research is: What supports quality teaching? I have applied this question to curriculum-based teaching and learning in schools, teacher preparation, my own teaching within initial teacher education, and more broadly to teaching in the academy. 

    My research coalesces around the practice of teaching and lived experiences of teachers and learners. I have published in relation to curriculum issues and developments and how teachers navigate curriculum changes, teacher development and teacher preparation programmes and systems, practice-focused research in initial teacher education, pre-service teacher identity development as culturally responsive and sustaining teachers and as critically engaged educational professionals, twenty-first century education and development of critical information literacy and digital citizenship, social sciences education, and gender relations and ICT in schooling contexts. 

    A major research project I was involved in as a co-investigator was the Teaching and Research Learning Initiative (TLRI) research project titled "Shifting the conceptualisation of knowledge and learning in the integration of the new New Zealand Curriculum in initial and continuing teacher education." My current research projects relate to understanding curriculm developments and teachers' voices in relation to curriculum changes, practice-oriented assessment in teacher education, and exploration of the complexity of teaching.

     

    I began my career as a secondary school teacher, before moving into teacher education and academia. This grounding as a teaching professional means that I value relationships with teachers and their roles as curriculum leaders and developers.

    A central question that animates my research is: What supports quality teaching? I have applied this question to curriculum-based teaching and learning in schools, teacher preparation, my own teaching within initial teacher education, and more broadly to teaching in the academy. 

    My research coalesces around the practice of teaching and lived experiences of teachers and learners. I have published in relation to curriculum issues and developments and how teachers navigate curriculum changes, teacher development and teacher preparation programmes and systems, practice-focused research in initial teacher education, pre-service teacher identity development as culturally responsive and sustaining teachers and as critically engaged educational professionals, twenty-first century education and development of critical information literacy and digital citizenship, social sciences education, and gender relations and ICT in schooling contexts. 

    A major research project I was involved in as a co-investigator was the Teaching and Research Learning Initiative (TLRI) research project titled "Shifting the conceptualisation of knowledge and learning in the integration of the new New Zealand Curriculum in initial and continuing teacher education." My current research projects relate to understanding curriculm developments and teachers' voices in relation to curriculum changes, practice-oriented assessment in teacher education, and exploration of the complexity of teaching.

     

    I began my career as a secondary school teacher, before moving into teacher education and academia. This grounding as a teaching professional means that I value relationships with teachers and their roles as curriculum leaders and developers.

    • Faculty of Education
    • Registered to supervise Master's/Doctoral students
    • 16 Peace, Justice and Strong Institutions
    • 4 Quality Education
    • Adjunct Appointment
    • School of Product Design
    • Adjunct AppointmentSchool of Product Design
    Dr. Pram Abhayawardhana’s research is strongly focused on exploring innovative ideas in design, development and testing of formulated products with improved technical attributes while developing solutions to some of the foremost challenges related to environmental and human well-being.
    She believes the interdisciplinary approach plays an important role in creating sustainable, effective, safe and long-lasting products. Pram is interested in developing extraction methods and conducting tests to identify potentially useful material from natural resources. She investigates methods to convert abundant resources with low commercial value into high quality ingredients or products. Her other key areas of interest involves scientifically exploring potential benefits of natural bioactives used in evidence-based complementary and alternative medicinal systems for the prevention and treatment of human diseases. Her interests also include efficacy studies of personal care formulations, application of encapsulation technology, studying in vitro activity of biologically active compounds and release behaviour of encapsulated formulations.
    Dr. Pram Abhayawardhana’s research is strongly focused on exploring innovative ideas in design, development and testing of formulated products with improved technical attributes while developing solutions to some of the foremost challenges related to environmental and human well-being.
    She believes the interdisciplinary approach plays an important role in creating sustainable, effective, safe and long-lasting products. Pram is interested in developing extraction methods and conducting tests to identify potentially useful material from natural resources. She investigates methods to convert abundant resources with low commercial value into high quality ingredients or products. Her other key areas of interest involves scientifically exploring potential benefits of natural bioactives used in evidence-based complementary and alternative medicinal systems for the prevention and treatment of human diseases. Her interests also include efficacy studies of personal care formulations, application of encapsulation technology, studying in vitro activity of biologically active compounds and release behaviour of encapsulated formulations.
    • Faculty of Engineering
    • Registered to supervise Master's/Doctoral students
    • Associate Professor
    • Civil and Environmental Engineering
    • Associate ProfessorCivil and Environmental Engineering
    My main area of research is on the resistance of steel and concrete structures to the effects of fires. I am particularly interested in developing simplified methods for the analysis and design of floor systems. I am also interested in the behaviour of steel connections at elevated temperatures.
    My main area of research is on the resistance of steel and concrete structures to the effects of fires. I am particularly interested in developing simplified methods for the analysis and design of floor systems. I am also interested in the behaviour of steel connections at elevated temperatures.
    • Faculty of Engineering
    • Registered to supervise Master's/Doctoral students
    • Associate Head of Department
    • Computer Science and Software Engineering
    • Associate Head of DepartmentComputer Science and Software Engineering
    • Associate Professor
    • Computer Science and Software Engineering
    • Associate ProfessorComputer Science and Software Engineering

    I am interested in how information-rich computational systems can better support human discovery and learning, particularly through tools that enable more interpretable and collaborative forms of understanding and communication. Focus areas include:

     

    • Intelligent systems for environmental and social challenges
    • GIScience and spatial data science
    • Representation across machine learning models, natural language, and domain-specific data
    • Dynamic and automated scientific workflow systems
    • Decentralized knowledge systems

    I am interested in how information-rich computational systems can better support human discovery and learning, particularly through tools that enable more interpretable and collaborative forms of understanding and communication. Focus areas include:

     

    • Intelligent systems for environmental and social challenges
    • GIScience and spatial data science
    • Representation across machine learning models, natural language, and domain-specific data
    • Dynamic and automated scientific workflow systems
    • Decentralized knowledge systems
    • Faculty of Engineering
    • Registered to supervise Master's/Doctoral students
    • Lecturer - Teaching and Admin
    • Digital Screen
    • Lecturer - Teaching and AdminDigital Screen
    • Research Associate
    • School of Curriculum, Pedagogy and Assessment
    • Research AssociateSchool of Curriculum, Pedagogy and Assessment

    Kia ora! My name is Ellie - I love pushing the boundaries of interactive technology. I enjoy working on storytelling projects with a central identity/kaupapa of curiosity, knowledge and play, with particular interest in cinematic AR/VR, games, physical and/or digital interactive exhibitions and virtual film production.

    My professional background is within film and television, with a special focus on factual/educational media. My academic interests are within the development of 360-degree cinematic virtual reality and non linear storytelling experiences, with my recent research being on interactive portals. In particular, my focus is on 360-degree scene transitions utilising cutting edge, novel techniques for enhancing narrative and spatial coherency in VR spaces.

    Kia ora! My name is Ellie - I love pushing the boundaries of interactive technology. I enjoy working on storytelling projects with a central identity/kaupapa of curiosity, knowledge and play, with particular interest in cinematic AR/VR, games, physical and/or digital interactive exhibitions and virtual film production.

    My professional background is within film and television, with a special focus on factual/educational media. My academic interests are within the development of 360-degree cinematic virtual reality and non linear storytelling experiences, with my recent research being on interactive portals. In particular, my focus is on 360-degree scene transitions utilising cutting edge, novel techniques for enhancing narrative and spatial coherency in VR spaces.

    • Faculty of Arts
    • Professor
    • School of Physical & Chemical Sciences
    • ProfessorSchool of Physical & Chemical Sciences
    My research is in the areas of astroparticle physics and cosmology. Astroparticle physics involves research at the interface of astronomy and particle physics. It is a synergy which operates in both directions; particle physics is applied to better understand astrophysical objects as well as using the Universe as a laboratory for high-energy physics.

    My group are members of the IceCube collaboration which operates the IceCube neutrino observatory at the South Pole. Our collaboration has achieved a series of break-through results discovering astrophysical neutrinos in 2013 and identifying the first source of these neutrinos in 2017.
    My research is in the areas of astroparticle physics and cosmology. Astroparticle physics involves research at the interface of astronomy and particle physics. It is a synergy which operates in both directions; particle physics is applied to better understand astrophysical objects as well as using the Universe as a laboratory for high-energy physics.

    My group are members of the IceCube collaboration which operates the IceCube neutrino observatory at the South Pole. Our collaboration has achieved a series of break-through results discovering astrophysical neutrinos in 2013 and identifying the first source of these neutrinos in 2017.
    • Faculty of Science
    • Registered to supervise Master's/Doctoral students
    • Assistant Lecturer
    • School of Earth and Environment
    • Assistant LecturerSchool of Earth and Environment

    I am an Assistant Lecturer at the School of Earth and Environment of the University of Canterbury. I teach remote sensing for Earth observation and geospatial analysis using Synthetic Aperture Radar (SAR) and multispectral optical imagery. My research involves radar signal processing for Earth observation and biological applications and radar instrumentation.

    I am an Assistant Lecturer at the School of Earth and Environment of the University of Canterbury. I teach remote sensing for Earth observation and geospatial analysis using Synthetic Aperture Radar (SAR) and multispectral optical imagery. My research involves radar signal processing for Earth observation and biological applications and radar instrumentation.

    • Faculty of Science
    • Adjunct Appointment
    • School of Psychology, Speech and Hearing
    • Adjunct AppointmentSchool of Psychology, Speech and Hearing
    I serve as an Adjunct Senior Fellow in the School of Psychology, Speech and Hearing | Te Kura Mahi ā-Hirikapo at the University of Canterbury | Te Whare Wānanga o Waitaha. Primarily, I am a lecturer in the Religion Programme | Mātai Wairuataka at the University of Otago | Ōtākou Whakaihu Waka, teaching psychology of religion, and scientific study of religion.

    As a member of the New Zealand Attitudes and Values Study (NZAVS) research group, my research centres on socio-political psychology, human flourishing, and wellbeing across religious and non-religious groups. In 2023-2024, I led the Muslim Diversity Study (MDS)—a multi-city, longitudinal project established during my Templeton Religion Trust-funded postdoctoral fellowship. While the fellowship has ended, the MDS continues under my co-leadership along with Prof Joseph Bulbulia (Victoria University of Wellington) and focuses on the socio-political psychology, wellbeing, and flourishing in the Muslim community of New Zealand. At its peak, I coordinated a team of 30 research assistants, and I continue to work closely with collaborators to deepen our understanding of Muslim experiences in Aotearoa New Zealand.

    More broadly, I come from a multidisciplinary background that integrates cognitive sciences, neuroscience, social psychology, and the scientific study of religion. Currently, My research explores how religious beliefs and practices shape human cognition, behaviour, and social dynamics. Methodologically, I draw on experimental, neuroscientific (EEG/ERP), longitudinal, cross-sectional, quantitative, and qualitative approaches to investigate complex questions about the human mind, behaviour, and society.

    During my PhD, I received advanced training in cognitive psychology and neuroscience, with a particular focus on memory suppression and the use of event-related potentials (ERPs) to detect concealed knowledge—work that intersects with forensic neuroscience. My first postdoctoral fellowship expanded my expertise into contemplative neuroscience, where I investigated the neural correlates of meditative and religious practices.
    I serve as an Adjunct Senior Fellow in the School of Psychology, Speech and Hearing | Te Kura Mahi ā-Hirikapo at the University of Canterbury | Te Whare Wānanga o Waitaha. Primarily, I am a lecturer in the Religion Programme | Mātai Wairuataka at the University of Otago | Ōtākou Whakaihu Waka, teaching psychology of religion, and scientific study of religion.

    As a member of the New Zealand Attitudes and Values Study (NZAVS) research group, my research centres on socio-political psychology, human flourishing, and wellbeing across religious and non-religious groups. In 2023-2024, I led the Muslim Diversity Study (MDS)—a multi-city, longitudinal project established during my Templeton Religion Trust-funded postdoctoral fellowship. While the fellowship has ended, the MDS continues under my co-leadership along with Prof Joseph Bulbulia (Victoria University of Wellington) and focuses on the socio-political psychology, wellbeing, and flourishing in the Muslim community of New Zealand. At its peak, I coordinated a team of 30 research assistants, and I continue to work closely with collaborators to deepen our understanding of Muslim experiences in Aotearoa New Zealand.

    More broadly, I come from a multidisciplinary background that integrates cognitive sciences, neuroscience, social psychology, and the scientific study of religion. Currently, My research explores how religious beliefs and practices shape human cognition, behaviour, and social dynamics. Methodologically, I draw on experimental, neuroscientific (EEG/ERP), longitudinal, cross-sectional, quantitative, and qualitative approaches to investigate complex questions about the human mind, behaviour, and society.

    During my PhD, I received advanced training in cognitive psychology and neuroscience, with a particular focus on memory suppression and the use of event-related potentials (ERPs) to detect concealed knowledge—work that intersects with forensic neuroscience. My first postdoctoral fellowship expanded my expertise into contemplative neuroscience, where I investigated the neural correlates of meditative and religious practices.
    • Faculty of Science
    • 3 Good Health and Well Being
    • Technician
    • Electrical and Computer Engineering
    • TechnicianElectrical and Computer Engineering
    • Faculty of Engineering
    • Senior Lecturer Above Bar
    • Department of Economics and Finance
    • Senior Lecturer Above BarDepartment of Economics and Finance
    My main research interest is economics and financial literacy education. Specifically, the effect of social economic standing on the provision of economics and financial literacy education, as well as the understanding of economics and financial literacy education.
    My main research interest is economics and financial literacy education. Specifically, the effect of social economic standing on the provision of economics and financial literacy education, as well as the understanding of economics and financial literacy education.
    • UC Business School
    • Registered to supervise Master's/Doctoral students
    • Lecturer
    • Department of Accounting and Information Systems
    • LecturerDepartment of Accounting and Information Systems

    Heba is a lecturer and researcher in accounting, auditing, sustainability reporting, and stakeholder accountability in Aotearoa New Zealand. Her research focuses on the quality and credibility of corporate financial and sustainability reporting and on how different stakeholders perceive, interpret, and use reported information. She holds a PhD in Accounting from Te Whare Wānanga o Waitaha | University of Canterbury.

     

    A central strand of her work examines sustainability reporting and assurance, including the role of assurance in strengthening the credibility of corporate disclosures and supporting stakeholder trust. Her research also explores climate-related disclosure, financial auditing, reporting regulation, and the extent to which reporting and assurance practices promote meaningful organisational accountability rather than primarily serving managerial or reputational purposes.

     

    Heba primarily uses qualitative research methodologies, including interviews, document analysis, and interpretive approaches. Her work contributes to debates on corporate accountability, reporting credibility, stakeholder engagement, sustainability governance, and the role of accounting and assurance in supporting transparent and accountable organisational decision-making.

    Heba is a lecturer and researcher in accounting, auditing, sustainability reporting, and stakeholder accountability in Aotearoa New Zealand. Her research focuses on the quality and credibility of corporate financial and sustainability reporting and on how different stakeholders perceive, interpret, and use reported information. She holds a PhD in Accounting from Te Whare Wānanga o Waitaha | University of Canterbury.

     

    A central strand of her work examines sustainability reporting and assurance, including the role of assurance in strengthening the credibility of corporate disclosures and supporting stakeholder trust. Her research also explores climate-related disclosure, financial auditing, reporting regulation, and the extent to which reporting and assurance practices promote meaningful organisational accountability rather than primarily serving managerial or reputational purposes.

     

    Heba primarily uses qualitative research methodologies, including interviews, document analysis, and interpretive approaches. Her work contributes to debates on corporate accountability, reporting credibility, stakeholder engagement, sustainability governance, and the role of accounting and assurance in supporting transparent and accountable organisational decision-making.

    • UC Business School
    • Registered to supervise Master's/Doctoral students
    • 11 Sustainable Cities and Communities
    • 13 Climate Action
    • 9 Industry, Innovation and Infrastructure
    • 16 Peace, Justice and Strong Institutions
    • 4 Quality Education
    • 17 Partnerships for the Goals
    • Associate Dean-Academic
    • School of Health Sciences
    • Associate Dean-AcademicSchool of Health Sciences
    • Associate Professor
    • School of Health Sciences
    • Associate ProfessorSchool of Health Sciences
    I have been working as a Māori/public health researcher since completing my Masters degree in public health in 2000. I have been involved in research across a wide range of areas relating to Māori advancement, including traditional Māori healing, Māori-focused service, programme and organisational evaluation, and Māori community, iwi and hapū development. I recently completed a PhD in Health Sciences, investigating the concept of identity as it features in the lives and experiences of Māori adoptees.
    I have been working as a Māori/public health researcher since completing my Masters degree in public health in 2000. I have been involved in research across a wide range of areas relating to Māori advancement, including traditional Māori healing, Māori-focused service, programme and organisational evaluation, and Māori community, iwi and hapū development. I recently completed a PhD in Health Sciences, investigating the concept of identity as it features in the lives and experiences of Māori adoptees.
    • Faculty of Health
    • Registered to supervise Master's/Doctoral students
    • Senior Lecturer
    • Faculty of Law
    • Senior LecturerFaculty of Law
    • Faculty of Law
    • Registered to supervise Master's/Doctoral students
    • 1 No Poverty
    • 3 Good Health and Well Being
    • 5 Gender Equality
    • 8 Decent Work and Economic Growth
    • 10 Reduced Inequalities
    • 11 Sustainable Cities and Communities
    Fields of Research
    • Associate Professor
    • School of Physical & Chemical Sciences
    • Associate ProfessorSchool of Physical & Chemical Sciences
    I am an astronomer/physicist who works mainly on stellar and galactic astrophysics. I have been heavily involved in the Korea Microlensing Telescope (KMTNet) project over the last decade, and also use data from Gaia to study the binary star populations of star clusters. I am a member of the Roman Galactic Exoplanet Survey project infrastructure team, and are looking forward to the launch of this new space telescope in 2026.
    I am an astronomer/physicist who works mainly on stellar and galactic astrophysics. I have been heavily involved in the Korea Microlensing Telescope (KMTNet) project over the last decade, and also use data from Gaia to study the binary star populations of star clusters. I am a member of the Roman Galactic Exoplanet Survey project infrastructure team, and are looking forward to the launch of this new space telescope in 2026.
    • Faculty of Science
    • Registered to supervise Master's/Doctoral students
    Fields of Research
    • Emeritus Professor
    • Mechanical Engineering
    • Emeritus ProfessorMechanical Engineering
    Research interests include: mechanical engineering design; water jets
    Research interests include: mechanical engineering design; water jets
    • Faculty of Engineering
    • Teaching Lab Manager
    • School of Physical & Chemical Sciences
    • Teaching Lab ManagerSchool of Physical & Chemical Sciences
    Nathan is the Teaching Laboratory Manager within the School of Physical and Chemical Sciences (SPCS).  After graduating, he developed his technical expertise through hands‑on roles across teaching laboratories and research environments before returning to UC to support the next generation of scientists.
     
    He oversees the operation of the SPCS teaching laboratories, ensuring that equipment, materials, and experimental setups are prepared, maintained, and safe for student use. Alongside his core laboratory responsibilities, Nathan also supports the use of a range of equipment, from the teaching space, outside of the SPCS teaching laboratory — including sets of pH meters and portable UV‑Vis spectrophotometers.
    Nathan is the Teaching Laboratory Manager within the School of Physical and Chemical Sciences (SPCS).  After graduating, he developed his technical expertise through hands‑on roles across teaching laboratories and research environments before returning to UC to support the next generation of scientists.
     
    He oversees the operation of the SPCS teaching laboratories, ensuring that equipment, materials, and experimental setups are prepared, maintained, and safe for student use. Alongside his core laboratory responsibilities, Nathan also supports the use of a range of equipment, from the teaching space, outside of the SPCS teaching laboratory — including sets of pH meters and portable UV‑Vis spectrophotometers.
    • Faculty of Science
    • Outreach & community engagement
    • Technical expertise & support
    Fields of Research
    • Emeritus Professor
    • Electrical and Computer Engineering
    • Emeritus ProfessorElectrical and Computer Engineering
    Research interests include:
    -Nanolithography and nanofabrication
    -Micro and nano-scale devices
    -BioNanotechnology
    -Surface texturing for solar cells
    Research interests include:
    -Nanolithography and nanofabrication
    -Micro and nano-scale devices
    -BioNanotechnology
    -Surface texturing for solar cells
    • Faculty of Engineering
    • Lecturer
    • School of Psychology, Speech and Hearing
    • LecturerSchool of Psychology, Speech and Hearing

    Dr. Dwain D. Allan is the founding director of Taiwhanga Whakahaere Hinengaro – The Mind Control Lab at the University of Canterbury and a leading expert on the psychology of success. His work focuses on how we can change, direct, and harness the power of the mind to unlock greater potential and achieve success in a world of accelerated flux. He is especially interested in the subjective aspects of the mind — and, more particularly, the profound but hidden influence they exert on objective reality. In addition to his core research programme, Dr. Allan is a recognised authority in the fields of human–AI interaction, social robotics, systems science, and the relationship between the mind and social technology products.


    Beyond academia, Dr. Allan is a respected founder, board member, advisor, and go-to expert for success-motivated individuals. Clients include world-class founders, CEOs, executives, athletes, coaches, and thought leaders, whom he teaches how to use his models and methods. Unsurprisingly, therefore, Dr. Allan has a special interest in producing scholarly knowledge that is both theoretically important and practically useful.

     

    His iwi affiliations include Ngāi Te Rangi, Ngāpuhi, Ngāti Raukawa, and Ngāti Whakaue.

     

    ——

     

    Research Topics:

     

    ➟ Success Psychology

    ➟ Mindsets and Self Beliefs

    ➟ Mental Performance and Psychological Thriving

    ➟ Mind and Behaviour Change

    ➟ Psychological Interventions

    ➟ Meaning and Mental Representation

    ➟ Placebos and Self-Fulfilling Prophecies

    ➟ Plasticity and Change

    ➟ Confidence and Self-Efficacy

    ➟ Psychological Construction and Perceptual Control 

    ➟ Computational and Theoretical Neuroscience of Feedback

    ➟ Drive and Motivation

    ➟ Peak Performance and Coaching Psychology

    ➟ Executive and Leadership Psychology

    ➟ Social Influence and Cyberpsychology

     

    ——

     

    UC Research Commitments:

     

    ➟ Societal Resilience

    ➟ Sustainable Futures

    ➟ Technology for Real-World Benefit

     

    ——


    Media Keywords:

     

    ➟ Psychology 

    ➟ Success 

    ➟ Beliefs 

    ➟ Mindsets

    ➟ Achievement 

    ➟ High-Performance

    ➟ Mental Performance

    ➟ Mental Wellbeing

    ➟ Winning

    ➟ Flourishing 

    ➟ Thriving

     

    ——

     

    📌  Dr. Allan is not currently considering PhD students. If you're interested in working with the lab, please complete the Lab Membership Form → HERE

    Dr. Dwain D. Allan is the founding director of Taiwhanga Whakahaere Hinengaro – The Mind Control Lab at the University of Canterbury and a leading expert on the psychology of success. His work focuses on how we can change, direct, and harness the power of the mind to unlock greater potential and achieve success in a world of accelerated flux. He is especially interested in the subjective aspects of the mind — and, more particularly, the profound but hidden influence they exert on objective reality. In addition to his core research programme, Dr. Allan is a recognised authority in the fields of human–AI interaction, social robotics, systems science, and the relationship between the mind and social technology products.


    Beyond academia, Dr. Allan is a respected founder, board member, advisor, and go-to expert for success-motivated individuals. Clients include world-class founders, CEOs, executives, athletes, coaches, and thought leaders, whom he teaches how to use his models and methods. Unsurprisingly, therefore, Dr. Allan has a special interest in producing scholarly knowledge that is both theoretically important and practically useful.

     

    His iwi affiliations include Ngāi Te Rangi, Ngāpuhi, Ngāti Raukawa, and Ngāti Whakaue.

     

    ——

     

    Research Topics:

     

    ➟ Success Psychology

    ➟ Mindsets and Self Beliefs

    ➟ Mental Performance and Psychological Thriving

    ➟ Mind and Behaviour Change

    ➟ Psychological Interventions

    ➟ Meaning and Mental Representation

    ➟ Placebos and Self-Fulfilling Prophecies

    ➟ Plasticity and Change

    ➟ Confidence and Self-Efficacy

    ➟ Psychological Construction and Perceptual Control 

    ➟ Computational and Theoretical Neuroscience of Feedback

    ➟ Drive and Motivation

    ➟ Peak Performance and Coaching Psychology

    ➟ Executive and Leadership Psychology

    ➟ Social Influence and Cyberpsychology

     

    ——

     

    UC Research Commitments:

     

    ➟ Societal Resilience

    ➟ Sustainable Futures

    ➟ Technology for Real-World Benefit

     

    ——


    Media Keywords:

     

    ➟ Psychology 

    ➟ Success 

    ➟ Beliefs 

    ➟ Mindsets

    ➟ Achievement 

    ➟ High-Performance

    ➟ Mental Performance

    ➟ Mental Wellbeing

    ➟ Winning

    ➟ Flourishing 

    ➟ Thriving

     

    ——

     

    📌  Dr. Allan is not currently considering PhD students. If you're interested in working with the lab, please complete the Lab Membership Form → HERE

    • Faculty of Science
    • Registered to supervise Master's/Doctoral students
    • 9 Industry, Innovation and Infrastructure
    • 3 Good Health and Well Being
    • 8 Decent Work and Economic Growth
    • 4 Quality Education
    • Consulting & advisory services
    • Collaborative research projects
    • Industry partnerships & innovation
    • Media enquiries
    • Outreach & community engagement
    Fields of Research
    • Professor
    • Electrical and Computer Engineering
    • ProfessorElectrical and Computer Engineering
    Growth, fundamental material properties, and device applications of metal oxide semiconductor films and nanostructures, in particular ZnO, SnO2, In2O3, Ga2O3 and their alloys. The engineering of electronic devices for optical displays, environmental sensors, smart windows, photovoltaics, memristor-based computing, and electrochemical carbon capture. Optoelectronic devices for monitoring erythemal UV exposure for epidemiological studies and primary prevention involving melanoma risk and vitamin D deficiency. School-based experiential SunSmart education programs.
    Growth, fundamental material properties, and device applications of metal oxide semiconductor films and nanostructures, in particular ZnO, SnO2, In2O3, Ga2O3 and their alloys. The engineering of electronic devices for optical displays, environmental sensors, smart windows, photovoltaics, memristor-based computing, and electrochemical carbon capture. Optoelectronic devices for monitoring erythemal UV exposure for epidemiological studies and primary prevention involving melanoma risk and vitamin D deficiency. School-based experiential SunSmart education programs.
    • Faculty of Engineering
    • Registered to supervise Master's/Doctoral students
    • 13 Climate Action
    • 7 Affordable and Clean Energy
    Fields of Research
    • Senior Lecturer Above the Bar
    • School of Physical & Chemical Sciences
    • Senior Lecturer Above the BarSchool of Physical & Chemical Sciences

    My research is primarily interested in how proteins do their jobs, and the myriad of structural forms and interactions that affect their functioning. By using structure-function relationships as a scaffold, I am interested in how this function can be tuned to yield desirable functional features. This research involves studying both soluble and membrane proteins, with an emphasis on studying enzymes. Alongside the proteinaceous research, I am interested in fundamental aspects of mass spectrometry analyses of proteins, and developing supporting software, to uncover new and enabling methodologies.

     

    The research combines structural biology, mass spectrometry, biochemistry, and synthetic biology to investigate the molecular mechanisms of proteins and enzymes, with applications ranging from bioplastic production to antimicrobial resistance and drug discovery. 

    My research is primarily interested in how proteins do their jobs, and the myriad of structural forms and interactions that affect their functioning. By using structure-function relationships as a scaffold, I am interested in how this function can be tuned to yield desirable functional features. This research involves studying both soluble and membrane proteins, with an emphasis on studying enzymes. Alongside the proteinaceous research, I am interested in fundamental aspects of mass spectrometry analyses of proteins, and developing supporting software, to uncover new and enabling methodologies.

     

    The research combines structural biology, mass spectrometry, biochemistry, and synthetic biology to investigate the molecular mechanisms of proteins and enzymes, with applications ranging from bioplastic production to antimicrobial resistance and drug discovery. 

    • Faculty of Science
    • Registered to supervise Master's/Doctoral students
    • 12 Responsible Consumption and Production
    • 3 Good Health and Well Being
    • 4 Quality Education
    • 9 Industry, Innovation and Infrastructure
    • 16 Peace, Justice and Strong Institutions
    • Collaborative research projects
    • Consulting & advisory services
    • Industry partnerships & innovation
    • Media enquiries
    • Technical expertise & support
    Fields of Research
    • Associate Professor
    • School of Forestry
    • Associate ProfessorSchool of Forestry
    I am a trained wood scientist with a focus on molecular aspects of plant cell walls. My research includes fundamental and applied projects.
    At the fundamental end I am working on a better understanding of the supramolecular architecture of plant cell walls in particular the structure of cellulose fibrils and how this structure determines macroscopic wood properties. This research involves specialised IR and NMR spectroscopy as well as various forms of diffraction.
    Most of my current external research funding is for applied research on wood quality attracting funding from several sources. Particularly exciting is my involvement as science team leader of the NZDFI, which envisages New Zealand as a world-leader in breeding ground-durable eucalypts, and to be home to a valuable sustainable hardwood industry based on eucalypt forests, by 2050.
    As a biomaterial, wood is highly variable. This variability poses significant problems to the wood processing industry. My work is trying to reduce the variability of wood and by that gaining efficiency in the wood processing industry. The major factor restricting the incorporation of wood properties into tree breeding programmes is the lack of fast but robust analytical techniques. Therefore development of such assessments is a key part of the research, many of which are only available in this field at our world-leading NZ School of Forestry.
    I am a trained wood scientist with a focus on molecular aspects of plant cell walls. My research includes fundamental and applied projects.
    At the fundamental end I am working on a better understanding of the supramolecular architecture of plant cell walls in particular the structure of cellulose fibrils and how this structure determines macroscopic wood properties. This research involves specialised IR and NMR spectroscopy as well as various forms of diffraction.
    Most of my current external research funding is for applied research on wood quality attracting funding from several sources. Particularly exciting is my involvement as science team leader of the NZDFI, which envisages New Zealand as a world-leader in breeding ground-durable eucalypts, and to be home to a valuable sustainable hardwood industry based on eucalypt forests, by 2050.
    As a biomaterial, wood is highly variable. This variability poses significant problems to the wood processing industry. My work is trying to reduce the variability of wood and by that gaining efficiency in the wood processing industry. The major factor restricting the incorporation of wood properties into tree breeding programmes is the lack of fast but robust analytical techniques. Therefore development of such assessments is a key part of the research, many of which are only available in this field at our world-leading NZ School of Forestry.
    • Faculty of Engineering
    • Registered to supervise Master's/Doctoral students
    • 12 Responsible Consumption and Production
    • 13 Climate Action
    Fields of Research
    • Lecturer
    • Mathematics and Statistics
    • LecturerMathematics and Statistics
    • Faculty of Engineering
    • Executive Dean
    • Faculty of Health
    • Executive DeanFaculty of Health
    • Associate Professor
    • School of Health Sciences
    • Associate ProfessorSchool of Health Sciences
    My background as a nurse in ICU and mental health led to my initial research around families / whanau and their experiences following a death in ICU. I am a qualitative researcher interested in practice based and educational research. Using a phenomenological approach to explore how people create meaning and purpose in their lives is an ongoing theme in my research and practice.

    I have many years of experience in nursing and health educational leadership and management. My interest in health workforce planning and development has contributed to leading numerous collaborative projects between education and practice including curriculum development, evaluation and innovation in educational delivery.

    My career has spanned New Zealand, Australia, the UK and the South Pacific. I have served on advisory groups, panels and committees for groups such as Health Quality and Safety, Nursing Council of NZ, Vanuatu Qualifications Authority, NZ Qualification Authority and the National Nurse Leaders group.
    My background as a nurse in ICU and mental health led to my initial research around families / whanau and their experiences following a death in ICU. I am a qualitative researcher interested in practice based and educational research. Using a phenomenological approach to explore how people create meaning and purpose in their lives is an ongoing theme in my research and practice.

    I have many years of experience in nursing and health educational leadership and management. My interest in health workforce planning and development has contributed to leading numerous collaborative projects between education and practice including curriculum development, evaluation and innovation in educational delivery.

    My career has spanned New Zealand, Australia, the UK and the South Pacific. I have served on advisory groups, panels and committees for groups such as Health Quality and Safety, Nursing Council of NZ, Vanuatu Qualifications Authority, NZ Qualification Authority and the National Nurse Leaders group.
    • Faculty of Health
    • Registered to supervise Master's/Doctoral students
    Fields of Research
    • Professor
    • School of Forestry
    • ProfessorSchool of Forestry

    I am a forest engineer and quantitative geneticist, fascinated by variability in natural and human-made forest ecosystems. I focus my efforts on characterizing and exploiting wood variability trends, in an effort to increase site productivity and forest value. I collaborate with domestication and breeding projects, including the New Zealand Radiata Pine Breeding Programme and Drylands Forest Initiative (durable eucalypts).

    My personal website contains copies of all my publications. https://luis.apiolaza.net

    I am a forest engineer and quantitative geneticist, fascinated by variability in natural and human-made forest ecosystems. I focus my efforts on characterizing and exploiting wood variability trends, in an effort to increase site productivity and forest value. I collaborate with domestication and breeding projects, including the New Zealand Radiata Pine Breeding Programme and Drylands Forest Initiative (durable eucalypts).

    My personal website contains copies of all my publications. https://luis.apiolaza.net

    • Faculty of Engineering
    • Registered to supervise Master's/Doctoral students
    • 15 Life on Land
    • 13 Climate Action
    Fields of Research
    • Senior Lecturer
    • Management, Marketing and Tourism
    • Senior LecturerManagement, Marketing and Tourism

    My research is aimed at understanding how tourism can be a tool for sustainable development. Applying critical and community-engaged approaches, I explore how social entrepreneurship can make tourism an equitable and sustainable form of livelihood for local communities and subsequently create positive community change. Advocating for sustainable consumption in tourism, my research also examines the environmentally responsible behaviours of tourists. My other research interests include community development, geotourism and geopark development, and critical tourism studies. I serve as Research Notes Editor for Tourism in Marine Environments, Editorial Board Member for Tourism Management Perspectives, and Review Editor for Frontiers in Sustainable Tourism. Apart from academic research, I have been actively involved in practitioner-based research for tourism planning consultancy projects in the Philippines and New Zealand.

    My research is aimed at understanding how tourism can be a tool for sustainable development. Applying critical and community-engaged approaches, I explore how social entrepreneurship can make tourism an equitable and sustainable form of livelihood for local communities and subsequently create positive community change. Advocating for sustainable consumption in tourism, my research also examines the environmentally responsible behaviours of tourists. My other research interests include community development, geotourism and geopark development, and critical tourism studies. I serve as Research Notes Editor for Tourism in Marine Environments, Editorial Board Member for Tourism Management Perspectives, and Review Editor for Frontiers in Sustainable Tourism. Apart from academic research, I have been actively involved in practitioner-based research for tourism planning consultancy projects in the Philippines and New Zealand.

    • UC Business School
    • Registered to supervise Master's/Doctoral students
    • 12 Responsible Consumption and Production
    • 11 Sustainable Cities and Communities
    • 10 Reduced Inequalities
    • 15 Life on Land
    • 8 Decent Work and Economic Growth
    • 17 Partnerships for the Goals
    Fields of Research