prtli cycle 5 2010 – 2014 - University College Dublin
Transcription
prtli cycle 5 2010 – 2014 - University College Dublin
PRTLI CYCLE 5 2010 – 2014 Phase 2 - Volume 5 Strand 2 – Structured Ph.D. Education Earth Systems Institute Structured PhD – Earth and Natural Sciences Prepared by Administrative Coordinator – University College Dublin List of Full Partners Trinity College Dublin National University of Ireland Galway University of Limerick List of Devolved Partners Queen’s University Belfast List of Supporting Partners Teagasc University of Ulster Dublin Institute for Advanced Studies Geological Survey Ireland (GSI) Met Eireann – Irish Meteorological Service Sustainable Energy Ireland (SEI) Comhar Sustainable Development Council This volume was submitted in response to the call for proposals PRTLI, Cycle 5, Phase 2. Funded by the Irish Government under the National Development Plan 2007–2013 with the assistance of the European Regional Development Fund. Page 1 of 17 Glossary Executive Summary Structured Ph.D. Education Plan Description of the proposed structured PhD Education plan Benchmarks/models upon which the initiative is based Utilisation of existing structures/embedding the proposed initiative Workpackage 1: Structured component Programme Coordination and Management Recruitment, Supervision, Progression and Welfare Innovation and Entrepreneurial training Additional elective ‘Transferable skills’ modules Horizontal Skills Training Placement/Certification/Diploma in innovation Thematic Workshops Workpackage 2: Disciplinary and multidisciplinary education and research Taught modules: Seminar Series: PhD strand 1: Earth Systems Science and Computational Climate Modelling PhD strand 2: Ecology & Evolutionary Biology PhD strand 3: Sustainable and Competitive AgriFood Production PhD strand 4: Energy and Environmental Engineering PhD strand 5: Transport & Water Engineering PhD strand 6: Economics & Policy Analysis Workpackage 3: The contribution of the ESI PhD programme to other levels of Education Aims Research informing taught undergraduate teaching Continuing Professional Development Workpackage 4: The long-term ‘mainstreaming’ strategy Aims Sustaining intake and internationalisation Quality Assurance, the key to sustainability: Key executive and research personnel Measures to enhance innovative and inclusive teaching & learning Transfer of research knowledge outputs to stakeholders. Dissemination of research results. Expected career opportunities for Ph.D. graduates. Collaboration and Partnering Governance Management Structure, Strategies and Implementation Strategy for managing access to the research capability Strategies for mobility and placement Benefits of the Proposal 3 4 5 5 6 7 7 7 7 8 8 8 8 8 8 9 9 9 9 9 10 10 10 11 11 11 11 11 11 11 12 12 14 14 15 15 16 16 16 17 17 0B 2B 1B 4B 3B 23B 5B 24B 25B 27B 26B 29B 28B 31B 30B 32B 3B 35B 34B 7B 36B 1B 8B 13B 12B 15B 14B 17B Page 2 of 17 18B 16B Glossary 6B CASL CLARITY CNRS CSDS DAFF DIAS EI ENS EPA ERC ESB ESI ETC EU EU ETS FP7 GIS GSI HEI IAWS ICERTS IP IRCHSS IRCSET ISW IUA IUQB MCQ MIT NIEA NIH NUI GALWAY OECD PhD PROF PRTLI 5 PWC QA/QI QUB R&D SEI SFI CSET SRC SME TCD UCC UCD UL UU Complex and Adaptive Systems Laboratory Centre for Sensor Web Technologies Centre National de la Recherche Scientifique, France Comhar Sustainable Development Council (Comhar) Department of Agriculture, Fisheries and Food Dublin Institute for Advanced Studies Enterprise Ireland Earth and Natural Sciences Environmental Protection Agency Energy Research Centre Electricity Supply Board, Ireland Earth Systems Institute Environmental Technology Centre European Union European Union Emissions Trading Scheme Seventh Framework Programme (EU) Geographic Information Systems Geological Survey Ireland Higher Education Institution IAWS Group plc Irish Centre for Rural Transformation and Sustainability Intellectual Property Irish Research Council for Humanities and Social Sciences Irish Research Council for Science, Engineering and Technology Institute for Sustainable World (Queens University Belfast) Irish Universities Association Irish Universities Quality Board Multiple Choice Questions Massachusetts Institute of Technology Northern Ireland Environment Agency National Institutes of Health (USA) National University of Ireland, Galway Organisation for Economic Co-operation and Development Doctor in Philosophy Professor Programme for Research in Third-Level Institutions, Cycle 5 Price Waterhouse Coopers Quality Assurance/ Quality Improvement Queens University Belfast Research and Development Sustainable Energy Ireland Science Foundation Ireland Centre(s) for Science, Engineering & Technology (Campus-Industry Partnerships, Science Foundation Ireland-funded) Strategic Research Cluster (Science Foundation Ireland/industry-funded) Small and Medium Enterprises Trinity College Dublin University College Cork University College Dublin University of Limerick University of Ulster Page 3 of 17 Executive Summary 9B The global change in climate and energy supplies will have a major impact on the island of Ireland, on how our economy evolves and the need for measures to protect our environment. UCD is harnessing its considerable resources to address the challenges by developing an Earth Sciences Institute (ESI, PRTLI 5 Strand 1a). The proposed ESI PhD programme building on the concept that energy and environment are co-dependent, draws on the unique range of disciplines and technologies of UCD, ESI and its partners to create new programmes in Earth and Natural Sciences education. The proposed ESI PhD programme will create a cohort of graduates with a strong background in Energy and Environmental studies, imbued with the innovation and entrepreneurial skills to develop an emerging green technology sector. In addition to a core of postgraduate students specialised in key elements of earth sciences, the programme will impact across a wide range of undergraduate and graduate programmes. It is only by influencing the collective skills of future graduates emanating from a range of disciplines that we will as a society adapt to the national and global challenges and opportunities in agriculture, energy, food, forestry, green technology, land resources, nanoscience and water. The graduate programme maps to a major UCD research theme Earth Systems and is a major part of the UCD PRTLI Cycle 5 submission. The UCD submission is centred on creating an innovation ecosystem through an alliance with TCD. The centre piece of the application is the UCD Science Centre, which harnesses UCD’s unique range of disciplines and funded national research programmes to create a world-class research and education environment in science and engineering. ESI will sit at the heart of the Centre, leveraging a network of disciplines and technologies and supporting almost 200 scientists and engineers. ESI will be part of an all-island network 1 of environment and energy centres that will help coordinate the national response to our international environmental obligations and the challenging targets for 2020. This approach acknowledges breadth of national resources and the scale of the challenges. F F The proposed PhD programme will transform fourth level education in Earth and Natural Sciences through the delivery of a structured PhD education that is student-centred, innovation-focused, and that imparts students with a tailored set of disciplinary skills and multidisciplinary knowledge focused at the interface of energy and environment. It builds on existing major national investments, including a SFI SRC on Solar Energy and a SFI CSET, CLARITY, which is developing sensor web technology for the environment. Both are industry-academic partnerships that provide a conduit to innovation and commercialisation. Students will be embedded within the PhD programme at three levels: • Structured Component: There will be a focus on innovation, transferable and horizontal skills training including those provided by the TCD-UCD Innovation Academy and the NUI GALWAY Ignite Graduate Education Programme; • Disciplinary Component: Students will be embedded in a coherent discipline-specific programme; • Research Component: Students will focus the majority of their time on original research organised into 6 interdisciplinary themes that address key global challenges. This programme forges a collaboration between Irish and international scientists, policy makers and industry to create the graduates who will play a major role in developing a knowledge-based economy that is competitive and yet protects its fragile environment. The graduate programme is based upon national guidelines and the recommendations and findings of the OECD, and is aligned to national (e.g. SSTI) and international strategies (e.g. Peri Report) towards developing a green technology sector. 1 Energy and Environment All-Island Research and Education Council Page 4 of 17 Structured Ph.D. Education Plan 19B Description of the proposed structured Ph.D. Education plan The concept is to create an innovation-focused PhD programme targeting national priorities and global challenges in the Earth and Natural Sciences. Figure 1 outlines the components and Table 1 outlines the structure of the education plan. This PhD 4-year programme of 360 credits in domain-specific areas requires the student to successfully complete original doctoral (level 5) research, the outcome of which makes an original and substantial contribution to knowledge in the area. The research programmes are selected to ensure that the student receives an outstanding research experience supervised by Ireland’s leading academics. In addition, the student will receive disciplinary and structured components, including the unique training of the Innovation Academy. 37B The objective is to ensure the training of graduates that will play a major role in realising the ambitions of Ireland’s Energy White Paper and in creating a globally competitive ‘green tech’ sector. The educational plan of this National PhD programme will: • Provide a structured programme with a Structured Component strong disciplinary base and innovation (common) focus and deliver graduates more relevant ´ Innovation and Entrepreneurial Training to the market place. ´ Transferable Skills ´ Horizontal Skills • Integrate knowledge across relevant ´ Workshops ´ Placement/Certificate in disciplines to focus on ‘big’ complex Innovation systems and challenges through the six Disciplinary Multidisciplinary Training Training multidisciplinary research programmes. Research Project aligned with one of Taught and Research Skills six major research themes • Equip a spectrum of students with high- training in one of six PhD strands ´ Emissions Reduction and Control (modules, seminar series/events, ´ Energy Supply and Renewable and end training technical skills that will research projects): Sustainable Energy Science and Computational ´ Climate change, water and geohazards enable Ireland to engage fully in the ´ Earth Climate Modelling ´ Transport and Infrastructure, and Evolutionary Biology ´ Sustainable Bioresources, ‘green technology industry (e.g. ´´ Ecology Energy and Environmental ´ Economics and Policy Analysis. Engineering computing, nanotechnology, geographical ´ Sustainable and Competitive Figure information systems, modelling, ´ Agriculture Fig. 1: 1: Structured Transport and Water Engineering ´ Economics and Policy Analysis Structured PhD PhD components agricultural biotechnology, phylogenetics, components. energy systems, etc.). • Embed the educational programmes in an innovation and entrepreneurial culture that prepares students for careers in industry, academia and government agency. This educational plan has been developed with stakeholders, partner institutions, agencies and industry to ensure its relevance to emerging needs. Page 5 of 17 Stage* Table 1: Structure of the PhD Educational Programme. Component Semester Credit Assessment Recruitment Supervision, Mentoring and Progression ----- Transferable Skills-Innovation and Entrepreneurial training Transferable Skills – Elective choice Horizontal Skills Training – Taught module – Global Challenges, Green Issues and Policy Discipline-specific modules Research (project selection, project planning, initiation) 10 Interview Reports, Interview Various 5 5 Various MCQ 5/10 --- Various --- 1 2 3 4 5 6 7 8 1 Stage 1 to 2 Transfer Assessment 2 Supervision, Mentoring and Progression Presentations, Max Credit attained at transfer from stage 1 to 2 = 30 Reports, Presentations, Interview ------Reports, Presentations, Interview Thematic Workshops Seminar Series Discipline-specific modules Internship/Certificate in Innovation 2.5 7.5 5/10 20 Research (research completion, thesis preparation/submission, examination). 290/ 300 Attendance, Questionnaire Attendance, Participation Various Questionnaire, Presentation, Various Thesis examination, Viva Voce examination *Stage 1 - students complete mandatory innovation training and define their research plan, develop their research skills and initiate their research work. Stage 2 -students continue original doctoral research, and receive some advanced education/training. Total credits = 360. Benchmarks/models upon which the initiative is based Our associated academic institutions have introduced structured PhD frameworks over the last number of years, built on key informing principles such as (i) the Salzburg Principles of Doctoral Education (ii) the IUA Irish Universities PhD Graduates’ Skills Statement, (iii) the IUQB National Guidelines of Good Practice in the Organisation of PhD Programmes in Irish Universities, and (iv) the HEA structured PhD Education Review. Our programme builds upon this experience and on the benchmark, set by national Graduate Research Education Programmes (e.g. the Sustainable Development PhD programme) and EU-funded programmes (e.g. EU training network in Geosciences). It is also informed by international models, such as the NIH Biotechnology Training Programme. The structured PhD recognises that the essential element of the PhD is original research, the generation and dissemination of knowledge resulting in a significant original contribution to scholarship but broadens this objective to ensure not only a high quality research experience and training for the student, but also preparation for varied and flexible careers in a wide variety of settings. It draws upon the HEA Structured PhD Education review in order to deliver a structure that includes (a) agreed aims of the associated Institutions with respect to the role of Graduate Schools (ensuring academic standards) and the role of the inter-institutional Graduate Board (ensuring best practice in programme delivery and development), (b) mechanisms that facilitate dynamic interaction between students from different institutions and a structure that enhances the student experience and their involvement in their education (workshops, placements, seminars, etc.), and (c) a balance between generic/transferable skills and disciplinary training and enhanced interaction between students and the labour force through placements and workshops (agencies/industries). 38B Page 6 of 17 Fig 2.Student Journey Utilisation of existing structures/embedding the proposed initiative UCD has over 1,600 PhD students, an increase of 24% in 2 years with more than 40% now coming from overseas. To create a more structured programme, UCD established 5 Graduate Schools corresponding to the 5 Colleges following restructuring of the university in 2005. From Sept 2006, all PhD students enter a structured programme managed by the graduate schools. The Educational Plan of the ESI PhD programme draws on established UCD criteria for selection of high calibre students and uses structures developed within the associated Graduate Schools to regularly monitor the progression/welfare of students throughout their studies. The Plan utilises taught modules developed as part of other graduate education initiatives. The structure will be embedded within the new TCD-UCD Innovation Academy and within associated institutions. The discipline-specific modules developed within this PhD programme will be integrated into other initiatives at Masters/PhD level and will form the building blocks for coordinated, consolidated and collaborative all-Island post graduate education and training in Energy and Environment, facilitated by the recently established Energy and Environment All-Island Research and Education Council. 39B Workpackage 1 - Structured component (Dr. Fiona Doohan lead with Graduate Board) The objectives of this workpackage are to: • Ensure best practice at an All-Ireland level for the structured PhD in Earth and Natural Sciences. • Recruit high calibre students, match students to high calibre supervisory teams, monitor their progression and facilitate their exit from the programme. • Train graduates to have an enterprise and innovation focus. Programme Coordination and Management: An inter-institutional Graduate Board, including a dedicated programme coordinator, will ensure that students meet the entry requirements, are supervised by high-calibre academics and undergo equivalent structured training (Table 2). The Board comprise the programme director/chair, associate director/cochair (rotated between other institutions), inter-institutional partners, industrial (e.g. ESB, IAWS, PWC, Intel, etc.) and agency representatives (2 year rotational basis). The Board will be the point interface with the TCD-UCD Innovation Academy, the NUI Galway Ignite Graduate Education Programme, and reports to institutional governing bodies with responsibility for QA/compliance. This Board will promote an All-Ireland approach through the Energy and Environment All-Island Research and Education Council. The programme will be managed by a Management Executive comprising the Director (Dr. Doohan), Associate Director (Prof. Mitchell) and the leaders of the PhD strands (Prof. Bean, Prof. Fraser Mitchell, Prof. Lonergan, Prof. MacElroy, Prof. O’Brien and Prof. Convery). An External Advisory Board will review the progress and performance and advise on the future directions of the ESI and associated multidisciplinary research themes (nominees will be approved by UCD president). Recruitment, Supervision, Progression and Welfare: Positions (advertised internationally) will be offered to high calibre applicants (no fixed number of students per supervisor). Each Page 7 of 17 PhD student will one principal supervisor, a co-supervisor and a Graduate Panel comprising the supervisor/co-supervisor and at least one additional academic from outside the student’s core discipline. Each student will develop a Research and Profession Development Plan with the Graduate School director and agreed with the supervisor and programme leader. A Generic and Specific skill sets training needs assessment will inform the RPDP. The supporting panel (where possible of inter-institutional composition) will monitor student progress at specific points during the 4 yr PhD. Critically, doctoral studies will comprise two stages with a Transfer Assessment Panel evaluating student suitability for transfer from stage 1 to 2. Innovation and Entrepreneurial training: Modules focused on developing the innovator and entrepreneur provided by the TCD-UCD Innovation Academy or the NUI Galway Ignite Graduate Education Programme (1 module Semester 1, 60 credits/ 4 years). Additional elective ‘Transferable skills’ modules: Examples of established modules offered include Communications (writing and conversational skills) (UCD/UL), Time Management (UCD), Organisational Skills (UCD), Proposal preparation (UCD), Assertiveness Training (UCD), Networking essentials (UCD), Presentation Skills (UCD/UL), Preparing to Teach (UCD), Teamworking (UCD), Data handling (TCD), Information Literacy (NUI Galway, TCD), Statistics (UCD/NUI Galway/UL), Ethics (NUI Galway), Current topics in research (NUI Galway), Introduction to SPSS (UL), Advanced Powerpoint (UL) (5 credits in years 1 – 3). Horizontal Skills Training: A mandatory module that overviews Global challenges, ‘green’ issues and policy, and the multidisciplinary research themes associated with this PhD programme (Semester 1; 5 credits). Placement/Certification/Diploma in innovation: Students must complete either (a) a 10week placement in a SME/government agency/another academic institution (organized by Placement Officer), (b) additional coursework delivered by the TCD-UCD Innovation Academy in order to obtain a Certificate in Innovation (years 2 – 3; 20 credits). Thematic Workshops: This PhD programme, in association with the Earth Systems Institute (a component of the UCD Science Centre PRTLI5 strand 1a proposal), will host annual threeday multidisciplinary inter-institutional workshops (starting in year 2 of the PhD programme and involving invited experts). Workshops will focus on the major multidisciplinary research themes (Figure 1) (2.5 credits for attendance and participation in at least 2 workshops). Workpackage 2 - Disciplinary and multidisciplinary education and research(Dr. Fiona Doohan lead, multiple PIs) Students will be embedded within 1 of 6 disciplinary education strands. Their research projects will be aligned with one of the six major multidisciplinary research themes (Figure 1). In this way students will gain: • A deep understanding of their discipline. • Experience of original research that addresses issues of national and global import. • A high level of technological expertise and understanding of a broader range of technologies. • First-hand experience on how diverse knowledge can be integrated to overcome major challenges and/or to sustainably exploit Earths’ resources. Each PhD strand has a lead (see below) and core researchers associated with it. The lead will rotate across PIs/institutions every three years. Within each PhD strand students will take/participate in: Taught modules: Postgraduate-level modules will be offered that overview the pertinent principles and advances in the disciplines (5/10 credits in both of years 1 and 2). Taught postgraduate modules will be outlined within each PhD strand (see below). Advanced level undergraduate modules will be made available to students, as appropriate (as advised by Page 8 of 17 supervisory panel). Seminar Series: Each PhD strand will run a seminar series and will host an annual seminar event in conjunction with the annual workshop (10 credits for participation). The six PhD strands, the lead PI and their aims and associated postgraduate-level modules are as follows (other core PIs are listed in Appendix 1): PhD strand 1: Earth Systems Science and Computational Climate Modelling Lead: Prof. Chris Bean (UCD) Aims: To train Earth Scientists in the disciplines needed to propose quantitative and innovative solutions to rapidly emerging climate challenges. Expertise: Mathematics, computational science, geology, geophysics, glaciology, atmospheric physics, hydrology, Met Eireann–endowed Chair in Meteorology. Links to the national Geosciences PhD programme (Griffiths Award)/EU international training network. Postgraduate level Modules (lead institution): Low Latitude Climate change (QUB), Landscape surveying (QUB), GIS in landscape studies (QUB), Landform and Geology – geodiversity (QUB) Sedimentary basins (TCD), Geophysical Computing (UU). PhD strand 2: Ecology & Evolutionary Biology Lead: Prof. Fraser Mitchell (TCD) Aims: To train graduates in ecosystem functioning, management, evolution and structure prediction that inform sustainable use of the Earth’s resources. Expertise: Zoology/Ecology/Botany/Paleoecology/Com putational and Molecular Biology/Microbiology/Comparative Genomics/Programme for Experimental Atmospheres and Climates/UCD Metagenomics Centre/TCD Centre for the Environment/Centre for Irish Bat Fig 4: UCD Programme for Experimental Research/Quercus QUB. Atmospheres and Climate (Péac). Postgraduate level Modules (lead institution): Ecological modelling (UCD), Taxonomy, systematics and identification skills (TCD), Data handing (TCD), Environmental Modelling (TCD), Human Impacts with Biodiversity (TCD), Molecular Ecology (QUB), Animal Behaviour and Welfare QUB), Ecological Management and Conservation Biology (QUB), Phylogenetics (UCD), Population Biology (UCD). PhD strand 3: Sustainable and Competitive AgriFood Production Lead - Prof. Pat Lonergan (UCD) Aims: To equip PhD graduates with the training/skills needed to lead/drive Agri-Food development and overcome major challenges; energy costs, environmental stewardship, animal health and welfare, health-enhancing foods, and climate change. Expertise: Animal genetics/health/reproduction/nutrition/welfare; crop genetics/health/production/bioenergy; Biodiversity, Modelling GHG emissions, Smart land resource management; soil functions/physics/chemistry/biology/microbiology; Forestry; UCD Institute of Food and Health; SFI/Industry-funded Animal Reproduction SRC/ TCD Centre for Biodiversity and Sustainability. Postgraduate level Modules (lead institution): Sustainable and Competitive Agriculture (UCD), Animal/Crop Biotechnology (UCD/Teagasc), Data handing (TCD), Environmental and Biodiversity Policy (TCD), Human Impacts with Biodiversity (TCD), Phylogenetics (UCD), Population Biology (UCD). PhD strand 4: Energy and Environmental Engineering Lead: Prof. Don MacElroy (UCD) Page 9 of 17 Aims: To equip PhD graduates with the training/skills for modeling, chemical/photochemical energy resources/usage and CO2 amelioration and, in association with the Engineering PhD Programme, to provide training towards an energy secure, low carbon emissions Ireland. Expertise: Engineering (Biosystems/Chemical/Civil/Electrical/Mechanical)/Science (Geoscience/Physics/Chemistry/Bioscience)/Architecture/Economics. SFI-SRC in solar energy conversion; Charles Parsons Energy/Griffiths Awards. Postgraduate level Modules (lead institution): Energy Systems and Climate Change (UCD), Fossil Fuels, Carbon Capture & Storage (UCD), Power System Operation (UCD), Wind Energy (UCD), Chemical Processes of Sustainable and Renewable Energy (UCD), Advanced Structural Analysis (TCD), Flow Induced Vibration (TCD), Time-frequency Analysis for Dynamic Systems (TCD), Bioenergy and Biorefining (NUI Galway), Combustion Chemistry and Kinetics (NUI Galway), Energy in transport (UCD), Engineering Therodynamics III (UCD), Energy Systems in Buildings Energy Economics (UCD/TCD), Kinetics and Thermodynamics of Materials (UCD), Advanced Composites & Polymer Engineering (UCD), Nanomaterials (UCD), Energy Storage (UL), First and Second Generation Biofuels (UL). PhD strand 5: Transport & Water Engineering Leads: Prof. Eugene O’Brien (UCD). Aims: To equip graduates with the training and skills needed to overcome the challenges arising from Climate Change (flooding/extreme events) and develop a greener transport sector. Expertise: Civil Engineering. Links synergistically with the UCD-led €3.5 million Training in European Asset health Management Marie Curie network and is complimentary to existing Masters programmes in UCD/TCD. Postgraduate level Modules (lead institution): Advanced Soil Processes (TCD), Transport Operations & Planning (UCD); Structural Modelling (Bridges) (UCD); Transport & the Environment (UCD); Environmental issues (UCD/University of Nottingham); Pavement Design, Construction & Maintenance (University of Nottingham); Management & Policy (UCD/University of Nottingham); Public Policy & Planning (UCD); Geographical Information Systems/Demography (UCD); Planning & Environmental Law (UCD), Water Quality and Hydrological Modelling (TCD). PhD strand 6: Economics & Policy Analysis Lead: Prof. Frank Convery (UCD). Aims: This WP will produce graduates that: understand how to interface effectively with scientists; effectively work with agencies and government or enterprise; support innovation and enterprise. Expertise: Environmental policy/economics/law/business studies/political science. Postgraduate level Modules (lead institution): Environmental/Experimental Economics (UCD/NUI Galway), Advanced International Macroeconomics (TCD), Decision making under Uncertainty (TCD), Time Series Econometrics (UCD), International Trade (UCD), Environmental Assessment (QUB), Advanced Issues in Environmental Policy (UCD), Policy Evaluation using Structural Models (UCD), Policies for Environmental Sustainability (QUB), European Environmental Law (UCD), Theory and Methods of Rules and Rule Making (UCD), Economic modelling (NUI Galway), Urban and Rural Resource Governance (NUI Galway), Advanced Econometrics (NUI Galway), Philosophy of social science (NUI Galway), Advanced Microeconomics (NUI Galway), International Economics (NUI Galway), Marine Resource Economics (NUI Galway), Economics of Renewable Energy (NUI Galway), Valuation of Environmental Resources (NUI Galway). Research projects: Students will undertake a research project aligned with a specific multidisciplinary research theme (290/300 credits). Page 10 of 17 Table 2: Multidisciplinary research themes, topics and associated PhD strands. Theme (theme Topics (associated PhD strands*) leader) Emissions reduction • CO2 subsurface/ocean sequestration/carbon capture (1,4) and control (Prof. • Methods of mitigation and remediation against emissions associated with Christoph Mueller) animal production (2,3) • Land-use/water management and greenhouse gas emissions (3) Sustainable • Mechanisms of biological adaptation/speciation (2) Bioresources (Dr. • Sustainable & competitive food (crop & animal) production; Animal/herd Tasman Crowe) health; Food chain safety; Food nutrition, technology; Diet & health (3) Climate change, water and geohazards (Prof. Chris Bean) Energy supply and renewable and sustainable energy (Prof. Don MacElroy) Transport & infrastructure (Prof. Eugene O’Brien) Economics and Policy Analysis (Prof. Frank Convery) • Climate/weather modelling; Monitoring/modelling surface/sub-surface heat & fluid flow; Predicting & preparing for large/rare/extreme events (1) • Influence of environmental change on ecosystems and bioresources (2) • Water supply/engineering, cleanup, landslide modelling & prevention (5) • Modelling wind/wave/geothermal power; Sub-surface energy storage/extraction; Enhanced/clean sub-surface oil/gas recovery; Smart sensors (1) • Synergistic production of bioenergy/food crops/forests (3) • Smart Grid; Photo-electrochemical (solar) energy storage; Modeling Renewable Power resources; Geophysical/petrophysical modeling; Bioenergy; Building Design; Transport (4) • Transport engineering (1,4,5) • Market failure in the delivery of energy; Human behaviour/quality of life in the Energy & Environmental context; Factors stimulating ‘Green tech’ and related innovation; Benefits and costs of technologies emerging from other work packages can be assessed (6, but with input from students associated with the all other strands) Workpackage 3 - The contribution of the ESI PhD programme to other levels of Education. Lead: Academic Registrars (lead = UCD Registrar, Dr. Philip Nolan) and Academic Programme Offices Aims: To inform undergraduate/adult education more broadly and to attract high calibre undergraduates at an early stage in their careers to the programme. Research informing taught undergraduate teaching: We will use the highly successful Horizons programme to offer elective modeules to a range of students in UCD and the partner institutions. We will offer also undergraduate participation in ESI Workshops & Seminar Series, and ESI staff using research findings to inform undergraduate modules (e.g. through www.nairtl.ie). With our partner institutions, we will provide undergraduate summer schools relevant to the ESI PhD programme. ESI will seek funding to develop additional ESI Summer Schools within their associated discipline. Continuing Professional Development: ESI Workshops, taught modules and seminar series will be offered to industry/government. Workpackage 4 - The long-term ‘mainstreaming’ strategy: PRTLI 5 as a springboard for change Lead: Programme Director (Dr. Fiona Doohan, UCD). Aims: To use the ESI PhD as a model for all PhD students enrolled in the Earth natural Sciences. Sustaining intake and internationalisation: The ESI PhD (and the allied activities of the TCD-UCD Innovation Academy) will be embedded within the institutional Graduate Schools to systemise the programme for future in-coming students. This radical step will ensure that Page 11 of 17 all future students will receive an outstanding postgraduate experience. The programme will evolve in time through collaboration with other national programmes facilitated by the EEARE Council and with international Earth & Natural sciences PhD programmes so as to improve the student and staff experience and training. A key objective is the internationalisation (target of 40% international students) so as to attract top overseas students and additional revenue. UCD’s international student recruitment strategy aims to attract high-quality international students into the full range of undergraduate and graduate degree programmes. This is achieved by ensuring that UCD’s strengths in research and education are well understood and promoted in key recruitment markets, and further enhanced by institutional linkages with the leading universities in those countries. In China, for instance, UCD has greatly enhanced its visibility and reputation by establishing partnerships with top-ranked universities such as Peking University, Fudan University and Wuhan University. Agreements with China’s major scholarship agencies further broaden the range of opportunities for study at UCD made available to China’s best students. Similar agreements are in place with funding bodies in countries as diverse as Mexico and Iran. UCD is also developing a range of articulation agreements and joint degree programmes with highquality tertiary institutions around the world. Such initiatives allow cohorts of international students to come to UCD as part of a structured component of their degree programmes. The institutional relationships which UCD has developed through collaborations such as Universitas 21, the international network of 22 leading research-intensive universities in 13 countries, are also significantly broadening UCD’s access to high-quality students from around the world. As UCD’s visibility as Ireland’s most internationally engaged university increases, so does the university’s ability to attract excellent international students to support its research ambitions and further enhance the international flavour of the campus, something which is highly beneficial to all UCD students. As a consequence of these strategies, UCD now has some 4,200 international students from 110 countries, and is anticipating continued growth in international student enrolments, particularly at graduate level. Quality Assurance, the key to sustainability: Reviewing structures, priorities & productivity: The Graduate Board will annually assess the efficacy/adequacy/appropriateness of programme structures and the academic outputs and innovation emerging from each PhD strand. Programme Quality will be ensured through UCD QA/QI audit and through international review (see below). In addition, a panel of leading international scientists, engineers and educational specialists will assess the programme (based on both supplied documentation and by interview with Graduate Board) every 3 years. The programme will be adapted, based on the feedback of this panel. Key executive and research personnel The Management Executive comprises the Director (Dr. Fiona Doohan, UCD), Associate Director (rotated position across other partner institutions) and the leaders of the six PhD strands (Prof. Bean, Prof. Fraser Mitchell, Prof. Lonergan, Prof. Don MacElroy, Prof. Eugene O’Brien and Prof. Frank Convery). The PhD strand leaders, inter-institutional partners, industrial and agency representatives will make up the Graduate Board. An International Review Panel will review PhD programme performance, objectives and deliverables and advise on programme development. An External Advisory Board will review the progress and performance and give advice on the future directions of the ESI and associated multidisciplinary research themes. 40B Page 12 of 17 Table 3: Deliverables & Milestones List - Exemplary for first student intake (2010) –thereafter repeated for subsequent annual intakes. 2010 Project Activities Workpackage 1 Establishment/Rotation of Graduate Board & Programme Coordination Advertisement/Recruitment/Intake Student Supervisory/Transfer Meetings Innovation and Entrepreneurial Training Transferable/Horizontal skills Training Placement/Certificate in Innovation Thematic Workshops Workpackage 2 Discipline-specific training – taught Research project planning, initiation and completion Knowledge transfer (seminars, presentations, publications, IP protection, workshops participation, etc) Thesis completion/examination Workpackage 3 Integration of programme into undergraduate teaching and continuing professional development programmes Workpackage 4 Reviewing structures, priorities and productivity Sustaining intake and internationalisation 2011 2012 2013 2014 Q1Q2Q3Q4Q1Q2Q3Q4Q1Q2Q3Q4Q1Q2Q3Q4Q1Q2Q3Q4 Outputs & year of impact, and annual indicators for success (Y = year) Best Practice in Programme Coordination, Management and Delivery (Y1) Recruitment of high calibre PhD students - matched to high calibre supervisory teams (Y1 – intake of 55 in year 1, 100+ in Y2 onwards). Motivated, well-guided students progressing through the programme (Y1 onwards). Students that understand fundamental concepts in innovation and enterprise (Y1 onwards) (10, 15, 20, 30 and 40% intake of overseas students in Y1-5). Students with the skills necessary to develop and manage their careers across a broad range of employment sectors (Y1 onwards). Student exposure to industry/agency/other institutional activities (Y1 onwards). Student appreciation of multidisciplinary contributions to global issues and sustainable ultilisation of Earths’ resources (Y1 onwards). Enhanced student training in disciplinary concepts and skills (year 1 onwards; new courses introduced Y1 - 2). Students experienced in project planning and practical discipline-specific skills (Y1 onwards). Acquisition and understanding of a substantial body of knowledge, which is at the forefront of a field of learning (Y2 onwards). Learning outcomes leading to IP/spin-offs, etc (Y2/3 onwards). Transfer of knowledge within and without the programme (year 1 onwards; year of output: 1 onwards: seminars, presentations, workshops, Y2/3 onwards: IP generation); Student average at graduation: 2 publications, 5 presentations (1 international), IP (0.3 properties per student). Graduation of first Student cohort (Y5 onwards) Feedback from research/postgraduate education in undergraduate and adult educational programmes (Y1 onwards: participation in seminar series/workshops, Y2 onwards: PhD student onwards) Focus on quality assurance and national priorities (Y1 onwards: programmatic review; Y3 onwards international review). Expanded programme, integrated within international initiatives (Y1 onwards: internationalization; Y1/2: industrialisation – including pursuit of industrial funding – target of 30% by Y5). Page 13 of 17 Measures to enhance innovative and inclusive teaching & learning. The programme introduces new ways of teaching that are both innovative and inclusive: • Systematic innovation lab component of ESI (PRTLI cycle 5, strand 1a application) facilitating students with different backgrounds working in groups to solve problems and develop prototypes. • Through CLARITY, the programme/students will have the opportunity to create prototypes in sensors or web technology. • The modules/workshops/seminars delivered within this programme will integrate and inform undergraduate and graduate (Msc/PhD/professional development) programmes throughout UCD via Horizons and the credit system of structured PhD. • New prototype discipline-specific modules (e.g. Sustainable and Competitive Agriculture) will pilot a problem-based, practical ‘hands-on’ inter-institutional teaching and learning approach. • This programme is student-centred – students will participate in the development and evolution of workshops and seminar series (web-based discussion group) and their elicited feedback will inform QA. • In line with national policy and the Bologna Process’ equal opportunities policy, UCD is committed to widening participation and to the creation of a socially inclusive, equal opportunities learning environment for all students at the University. This commitment is explicitly stated in its vision statement, core values, strategic objectives and teaching and learning strategy. The UCD Office of the Director of Access has detailed actions to achieve greater equality of access and opportunity for those with disabilities, socio-economically disadvantaged learners, those from ethnic minorities and mature students. http://www.ucd.ie/access/ 41B HU U Resources directly linked to this programme are outlined below (staff contributing or the ultilisation of resources within these centres/projects): • The Earth Systems Institute (as proposed in PRTLI5 – Phase 1a application). • TCD-UCD Innovation Academy (as proposed in PRTLI5 Phase 1a application) • The NUI Galway Ignite Graduate Education Programme – this initiative is fosters by the Centre for Innovation and Structural Change (funded as part of PRTLI 3 and 4), which is a multi-disciplinary institute dedicated to researching and fostering innovation. • Scientific/Engineering Schools, centres of excellence and funded national programmes (see 1.4 above) within UCD, TCD, QUB, NUI Galway, UL, DIAS, UU. Transfer of research knowledge outputs to stakeholders. The main output will be the unique breed of students emanating from the programme and the research that they participate in and contribute to. The impact will be on 42B • Focusing the efforts of academia, industry and government (for example, prediction of biological adaptation to climate change using modelling/simulation science/experimental paleobiology/ecosystem studies) and resources required. • Prototype development (eg, Clarity SFI CSET), industry-focused problems (eg, through the Competence Centres), IP licensing to SMEs or spin-outs (ESI PIs have 4 spin out companies and formal collaborations with over 50 Irish & International companies in the green tech sector). • Policy domain - recommendations (government/industry) regarding integrating energy forms, predicting the impact of climate and environmental change, potential of financial systems, balanced use of earth resources, etc. Page 14 of 17 • Education and Training - informing the future undergraduate and postgraduate educational programmes. Dissemination of research results. Knowledge transfer will be promoted and facilitated through workshops and seminar series (open to agencies/industry) embedded in the programme structure and through the development of webpages dedicated to the programme, and associated pages dedicated to (a) each PhD strand, and (b) each major multidisciplinary research theme. Select modules will be podcast; the long term goal of this site would be to encourage block delivery of courses and the transfer of courses to e-learning format (where possible). 43B Research results will primarily be disseminated through publication in peer reviewed journals subject to ensuring that any intellectual property is firstly disclosed and then protected as appropriate in accordance with partner institutions best practice. In UCD NovaUCD is responsible for the implementation of UCD policies relating to intellectual property and for the provision of advice on the identification, protection and exploitation of this intellectual property. NovaUCD has a structured approach to managing UCD intellectual property to ensure that its commercial potential is maximised to the benefit of the Irish economy. NovaUCD works with UCD researchers to identify and capture the intellectual property arising from UCD research programmes and to develop the most appropriate model for the commercialisation of the intellectual property which may involve licensing to companies or the creation of spin-out companies. The student supervisory panel will monitor knowledge transfer activities as a component of student progression. The transfer of knowledge into innovation and enterprise will be facilitated by the Systems Innovation Laboratory component of the Earth Systems Institute (PRTLI Cycle 5, strand 1a proposal). ESI will also transfer knowledge to the general public through a ‘Meeting the Climate Change Challenge’ lecture series; this highly successful series was piloted in 2009 and will continue, but with much more web-based access also. This PhD programme (academics/students) will engage with and inform policy makers (of research outputs) through partner non-academic agencies and the Energy and Environment All-Island Research and Education Council. Expected career opportunities for Ph.D. graduates. The absorption capacity for Earth and Natural Science in industry is relatively low, and is moderate in agencies and government departments (e.g. Department of Agriculture, Fisheries and Food, Environmental Protection Agency). This programme is designed to radically change the career aspirations of the students and to deliver graduates who will drive innovation informed by green technology in the AgriFood, biorefining, transport, waste management and energy sectors, and in environmental protection. Our graduates are likely to populate a range of unrelated industries with a major commitment to environmental protection, such as the pharmaceutical and ICT (where there is a major concern about the risk of nanomaterials). Other areas are construction, transport and international development, to which Ireland, UCD and its partners have a major commitment. Our target is for 80% of graduates to work in industry/business. The absorption capacity for graduates in these sectors is increasing. For example, ‘Agri-Food currently accounts for over 30% of net flows into the economy from primary and manufacturing output and has tremendous potential to contribute to the reinvigoration of the economy 3 . To facilitate their career choices, PhD students in each of the structured PhD programmes will be offered the opportunity for skills placement in 4B F F 3 Government of Ireland 2008 – Building Irelands Smart Economy. Page 15 of 17 external business environments. To achieve this goal, we will create an Industry Advisory Board in order to devise a systematic approach, modelled on the University of Surrey’s successful placement programme. In addition, UCD will radically reorient its career advisory services to support the transition of the graduates from these programmes into the private enterprise sector. The interfacing with enterprise will create awareness amongst employers about the skilled resources available at 4th level. Collaboration and Partnering 10B Governance Management Structure, Strategies and Implementation 20B The diagram depicts the governance of the UCD led Structured PhD Programme, which is based on the existing UCD graduate school structures linking to the innovation academy and leverages the PhD governance and management practices of the DRHEA (Dublin Region Higher Educations Alliance). The UCD University Graduate Board is responsible for the quality, oversight and approval of the PhD structured programmes on behalf of all of the partners. The UCD Colleges Graduate School Boards are responsible for the approval of UCD led modules. All partner delivered modules will be approved through the partners own governance structures. The Inter Institutional Academic Committee (IAC) has a programme chair and co-chair and is constituted from the academics from each of the participating institutions affiliated to the programme. The IAC is responsible for the management of the programme supporting the following activities: monitoring the research progress of graduate students, curriculum development and discussion of supervision arrangements. The first Programme Director and chair will be Dr. Fiona Doohan of UCD. The co-chair is Prof. Fraser Mitchell of TCD. The feasibility and effectiveness of the programme will be ensured through programme management structure, including Management Executive, Graduate Board and International Review Panel, ESI External Advisory Panel, and the governance model of the TCD/UCD alliance. Strategy for managing access to the research capability 21B Access will be a major objective of the governance and management of the PhD programme. The Graduate Board, programme coordinator and associated administrative staff, in association with the Energy and Environment All-Island Research and Education Council, will facilitate the development of student mobility between institutions as a primary objective. A key principle is that transferable/horizontal skills and discipline-specific modules will be accessible through the Programme Administrator irrespective of the institutional affiliation. The Placement Officer will coordinate the placement of students within industries/agencies, irrespective of institutional affiliation of the student in the partnership. The framework of the partnership includes the graduate programme and key resources, such as the competence centres and the Environmental Technology Centre in the universities and the research facilities in non-academic partner institutions, such as Teagasc, thereby providing access to the programmes. Page 16 of 17 The second resource will be the innovation activities and facilities. Material developed by the TCD-UCD academy for Innovation and entrepreneurial training will be made available to the partner institutions through the Academy’s web portal. We will also make available the Innovation Lab and Innovation Academy Lounge, which will act as a centre to drive innovation in green technologies across the partnership, a major target for this proposal. Strategies for mobility and placements. Student mobility is encouraged though the delivery of workshops, seminar series and, where possible modules in ‘block’ format – mandatory transferable and horizontal skills modules will be delivered in conjunction with the workshops and seminar series. Attendance of students at specialist courses in other partner institutions is also an agreed and encouraged component of the structural programme. For year 1 intake (55 students), funding is requested to ensure exchange visits with collaborating national and international partners (both student and academic). This will be sustained through various institutional (eg, with China), projectbased and EU/international exchange programmes. All students taken into the programme in year 1 (55 students) will be placed within Irish or International industry/agency enabled by the Industry Advisory Board. The Placement Officer will seek support from industry to aid/facilitate the placement of students in subsequent years (for example, by building this into the four year programme for specific students). 45B Benefits of the Proposal 2B Potential Benefit of the Research and requested infrastructure/capability The benefit of the research and capability sought include: • A sustainable high-quality structured PhD programme strongly rooted in the University. • A strategy for national collaboration in Energy & Environmental education. • Increased collaboration between academia, industry and agencies. • A PhD programme that provides disciplinary Earth and Natural Sciences training focused on contemporary and emerging issues. • Business-wise students who understand global challenges, green issues, policy, the role and the potential of research and innovation to contribute to ‘smart economy’. • Independent research that is highly relevant to those in the national and international policy process. • Graduates who have a deep understanding of their discipline and of how it can contribute to national development and the development of the ‘smart economy’ and the ‘green tech’ sector. • Learning outcomes leading to IP and spin-outs/SMEs in sustainable Agri-Food, energy transformation and supply, transport, biorefining and waste management. • A means to an all-island approach to energy environment, promoting social and economic cohesion. 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