research capacity building: digital futures - crn
DESCRIPTION
A presentation focussed on exploring the ecosystem of research capacity building.TRANSCRIPT
Capacity Building of University Researchers through the Digital
Futures - CRN
Professor Mike Keppell Director, Digital Futures - CRN
Executive Director Australian Digital Futures Institute
!University Research Performance Forum
22-23 July, 2014 - Sydney
Harnessing creativityWhat did we do before the internet
Translation to societyAsk the right questions
Know your adoption partnersNeed one front doorValue proposition
Relevance, impact on peoples lives
Tell compelling storiesEcosystem
Tell the stories of output and impact and get others to tell them for you
Research leaders need to become research advocatesBuild a strong leadership mentoring culture
Overview
n About USQ n Focussed research n Australian Digital Futures
Institute (ADFI) n Digital Futures - CRN n Management n Evaluations n Principles
3
About USQ
n Regional University !
n 75% of students study at a distance or online
!
n Toowoomba, Springfield, Ipswich, Fraser Coast
4
Digital Futures
Agriculture & Environment
Resilient Regions
Focussed Research
Australian Digital Futures Institute
Vision
ADFI’s vision is to transform the knowledge and skills of society through fostering digital literacies
Literacy is a contested conceptnThere is currently no universally accepted
definition of media literacy, information literacy, digital literacy, or even of “media” itself.
nThe digital divide is much more than a ‘technology access’ divide; without the skills to use the technologies an even greater divide emerges – the information literacy divide.
n http://www.unesco.org/new/fileadmin/MULTIMEDIA/HQ/CI/CI/pdf/unesco_mil_indicators_background_document_2011_final_en.pdf
ADFI
RUN Maths & Science Digital
Classroom
NATA Five Tertiary Education
Associations
Digital Rural Futures
Conference
Making the Connection
ACCERT Paper to Pixels
From Access to Success
e-Health Mental Health
Digital Futures - CRN
Collaborative Research Networks
n In 2011, the CRN Networks scheme - $61.5 million for 12 projects - was announced.
n In 2013, three more institutions were awarded further funding
n USQ applied for and was awarded $5.1M for the Digital Futures - Collaborative Research Network (CRN)
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Research Capacity Building
$5.1 million
Partnership with ANU & UniSA
90 Researchers
5 projects
Leadership Development Program
Digital Futures - CRN: Outcomesn An increase in the number of research active
staff n Increased mentorship activity through
the Research Leadership Development Program (RLDP)
n An increase in joint publications n An increase in joint applications for competitive
grants n An increase in the number of HDR student
completions n Collaborative research that is influential in policy
circles.
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USQ-CRN Structuren A total of 90 staff are now involved in the CRN
(including partners) with USQ = 78 (19 of these full-time) and external = 12.
n Research Leadership Development Program (RLDP) with 16 cohort members and a working group
n 5 x research projects with 5 x CRN funded Postdoctoral Fellows and 9 x CRN funded PhD students
n CRN Management Committee & Partner Steering Group
n Other CRN funded professional and academic staff include the CRN Project Manager and Research Development Officer, a Project Officer, two Mid-Career Researchers and a Postdoctoral Fellow.
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Project 1: Facilitating Mobility
n Developing an evaluation framework for mobile learning
!Goal: This project will form the foundation for a program of research in mobile learning that will support exploration of the changing nature of learning in a connected age.
Project 3: Virtual Extension
n Investigating the impact of a web-based, 'discussion-support', agricultural-climate information system on Australian farmers' operational decision making
n Goal: To develop and test the effectiveness of a technology rich learning environment to help farmers make complex decisions around climate risk management.
The Australian sugar industry is strongly influenced by both the impacts of daily weather and also seasonal climate variation. The success of the sugar industry depends heavily on capitalising on the opportunities and minimising the risks associated with climate variability along the supply chain. The excessive rainfall events and climate of the 2010/11 season have highlighted the critical need for improvement in more consistent and reliable delivery of accurate and useful climate forecasts with the aim of minimising the risks associated with sugar delivery and harvest management along the supply chain. Sugar production in Australia mainly occurs in discontinuous regions spanning 2100 km along the coast of eastern Australia within 50 km of the coastline. This region experiences extreme seasonal and annual variability in temperature and rainfall. Much of this inter-annual variability is due to the Pacific Ocean El Nino-Southern Oscillation (ENSO) phenomenon.
The ability to more precisely forecast the extremes in our seasonal climate patterns for all key sugar growing regions and to fully develop knowledge on how this relates to industry planning is of vital practical and financial importance to the Australian sugar industry.
Targeted support tools and systems Development of appropriate decision support planning tools for 'harmonising' sugarcane harvesting management along the supply chain (managing the timing of production, harvesting, storage and logistics planning) through the provision of improved seasonal climate forecasts of relevance to all sectors in the sugar industry value chain to facilitate more dynamic and adaptable harvesting management plans.
Broader global cane production assessment Provision of global sugar production assessments to enable the Australian sugar industry to take advantage of global supply/demand conditions.
Development of longer term climate scenarios Development of longer term climate scenarios/projections (e.g. up to 2 years) that will incorporate advances developed at the UK Met Office Hadley Centre for Climate Research (UKMO) and Australian Bureau of Meteorology, made relevant for both Australian and global sugar producing regions.
Communication and delivery tools Develop new methods in communication systems in order to deliver model outputs (harvested cane, seasonal forecasts and decision support planning tools) via targeting workshops, training and extension plans.
Targeted climate forecasting for key sugar producing regions
Provision of regularly appraised and improved 'targeted' forecasts for nominated key sugar producing regions at weekly, monthly, seasonal, and up to 6-9 month lead periods at mill-level area scales. • This will include the initiation of new processes
that will enable the provision of warnings and alerts of extreme events (relevant to breakdowns and other stoppages, to be defined by the industry) - updated with the provision of improved models as they become available globally and on a regular basis as determined by QSL.
Supporting Decision-Making in the Sugar Industry with Integrated Seasonal Climate Forecasting
භ Roger C Stone1 භ Shahbaz Mushtaq1 භ Torben Marcussen 1 භ Neil Cliffe1 භ Lynda Brunton 1
භ Yvette Everingham2 1. ACSC, University of Southern Queensland (USQ) , Toowoomba, Australia;
2. James Cook University (JCU), Townsville, Australia
Harvested cane forecasting Develop appropriate climate forecast methods that also incorporate utilization of a discounted base approach). • This will involve the interaction of crop models
with advanced climate forecast systems (at a number of scales), with further validation using Geographic Information Systems/Remote Sensing (GIS/RS systems).
• This will provide significantly more reliable, accurate and useful forecast systems in regards to (i) tonnes of harvested cane (ii) potential yield, and (iii) Commercial Cane Sugar (CCS). Furthermore, it also involves validation of mill-level sugarcane crop forecasts.
Research objectives
Introduction
Acknowledgements: • Queensland Sugar Limited (QSL) for providing funding associated with this research. • The Collaborative Research Network for Digital Futures.
Integrated climate – crop simulation model system required to provide detailed yield forecasts. Courtesy: Y. Everingham
Management
Director
7. Address issues early
1. Start with the end in
mind
3. Think win-win
4. Be consistent
5. Never Compromise
quality
6. Be Transparent
2. Play-to-your-
strengths
8. Sustainability
Scaffold
Evaluation
EvaluationnDepartment of
Education - 15 CRNs !
nSustainability - USQ initiated !
nLeadership development program !
n Impact evaluation - PhD Student
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Building Capacity
Work in Ways that Fit Your Context
Provide Space for Researchers
Distributive Leadership
Mentoring Culture
Provide Feedback as Feed-Forward
Ecosystem
University
ADFI DF-CRN
Community
5 Projects Leadership Program
Research KPIs
Any Questions?