RESEARCH AND INNOVATION Investing in Research and Innovation Sample Clauses

RESEARCH AND INNOVATION Investing in Research and Innovation. To maintain its leading edge, SCM invests considerable resources in the research and development of marine and offshore technology to stay at the forefront of industry developments and advancements. Gearing up for future challenges in the offshore sector, research and development efforts continued to be channeled by Sembcorp Marine Technology Pte. Ltd. (“SMT”) towards the development of high-performance proprietary designs and critical components for offshore rigs and ships. Successful proprietary designs developed by the Group include the Pacific Class 400 jack- up design, an extension of the Pacific Class 375 design, that was launched in 2010. Designed to operate in water depths of up to 400 ft and drill to depths of 35,000 ft with improved drilling efficiencies and operations support, the rig design represents the latest generation of high- specification jack-up rigs equipped with more advanced features and capabilities. Since its launch, a total of 17 such units have been ordered by customers, with nine units successfully delivered. Other successful proprietary designs developed by the Group are the Ultra Deepwater Espadon Jurong Drillship designs where the ABS-DLA (ABS-Dynamic Loading Approach) notation for global structural strength was verified by SMT. Designed to operate in water depths of up to 10,000 ft and capable of drilling to depths of 40,000 ft, the Ultra Deepwater Espadon Jurong Drillships are also equipped with large moon pools for enhanced drilling operations. Orders of a total of nine units have been secured up to the Latest Practicable Date. Innovative environmental technology for the marine industry is another focus point. To address the call for sustainable solutions for the world’s shipping industry in the area of the control of harmful invasive aquatic organisms and gas emissions, SSPL and Ecospec Global Technology are jointly developing innovative and cost-effective environmental technologies for water ballast treatment, and gas emissions abatement that are geared to meet future maritime regulatory requirements. Among the new-generation technologies being developed are two world’s firsts – the Semb-Eco L-UV Ballast Water Treatment System and CSNOx, the revolutionary Gas Emission Abatement System. The former is the first to use Light Emitting Diode-Ultraviolet (LED-UV) and bio-fouling control technologies to treat ballast water, while the latter, for ships trading to the Emission Control Areas, is the first commercially viable syste...
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Related to RESEARCH AND INNOVATION Investing in Research and Innovation

  • Research, Science and Technology Cooperation 1. The aims of cooperation in research, science and technology, carried out in the mutual interest of the Parties and in compliance with their policies, will be: (a) to build on existing agreements already in place for cooperation on research, science and technology; (b) to encourage, where appropriate, government agencies, research institutions, universities, private companies and other research organizations in the Parties to conclude direct arrangements in support of cooperative activities, programs or projects within the framework of this Agreement, specially related to trade and commerce; and (c) to focus cooperative activities towards sectors where mutual and complementary interests exist, with special emphasis on information and communication technologies and software development to facilitate trade between the Parties. 2. The Parties will encourage and facilitate, as appropriate, the following activities including, but not limited to:

  • Technology Research Analyst Job# 1810 General Characteristics Maintains a strong understanding of the enterprise’s IT systems and architectures. Assists in the analysis of the requirements for the enterprise and applying emerging technologies to support long-term business objectives. Responsible for researching, collecting, and disseminating information on emerging technologies and key learnings throughout the enterprise. Researches and recommends changes to foundation architecture. Supports research projects to identify and evaluate emerging technologies. Interfaces with users and staff to evaluate possible implementation of the new technology in the enterprise, consistent with the goal of improving existing systems and technologies and in meeting the needs of the business. Analyzes and researches process of deployment and assists in this process.

  • University strategies Our aspirations and key priorities for enhancing teaching and learning quality We aspire to produce flexible and creative thinkers – leaders for Australia and the wider world. To do this, we need to provide an enriching university experience that equips our graduates with enquiring minds and essential life skills in critical thinking and communication. Our students must have excellent opportunities to participate in co-curricular activities if they wish to do so, and have access to high quality infrastructure and support services. To maintain and build on our success in these areas, our short- to medium-term priorities will focus on three complementary areas. Our plans Renewing our curriculum and learning environments We will continue to implement our curriculum renewal strategy by pursuing a coordinated University-wide process of reform of our courses. At the heart of this strategy lies a commitment to providing an 'engaged enquiry' learning experience for our students, in order to strengthen the development of our graduate attributes. Such learning experiences reflect the University’s reputation for both research and community engagement. They are consistent with our students' expectations as learners and our staff as teachers. 'Engaged enquiry’ provides the vehicle by which we will focus on further enhancing the research and inquiry learning outcomes that are central to our graduate attributes. We are currently mapping students’ reports of research- enriched learning experiences, and working with our Engaged Enquiry Scholars networks to identify and disseminate examples of approaches that xxxxxx effectively the development of research skills by our undergraduate students. The second aspect of our ‘engaged enquiry' curriculum strategy is the embedding of community- engaged learning, including work-integrated learning (WIL), in our curricula. This commitment will involve professional disciplines in particular, in further strengthening the engagement of employers in our teaching and curriculum development, and in further developing our pedagogical expertise in this area to inform curriculum renewal. One example of how we are pursuing this agenda is seen in the establishment of a new WIL research group in the Faculty of Health Sciences. Our approach to curriculum renewal will continue to be both holistic and sustainable. We will use University-wide agreed principles to link our faculties’ curriculum renewal work explicitly to the need for responsiveness to external drivers. These include employer needs, accreditation and regulatory accountabilities, changes in student and employment market needs, and the renewal of our physical and virtual teaching infrastructure outlined in Section 4.4.2 (Teaching and Learning Infrastructure) of this compact. Building on the findings of recent Office for Learning and Teaching (OLT) projects we will seek, through implementation of our new assessment policy, to develop our assessment practices to provide better direct evidence of student achievement of our graduate attributes. Our unit and course evaluation processes will provide clear accountability mechanisms to assist in monitoring students’ development of graduate attributes, including generic skills. During the next phase of reform we will implement a systematic process of faculty-led curriculum reviews, and support faculties to refine their understanding of how research-enriched and community-engaged pedagogies can deliver an engaged enquiry experience for students in different disciplines. This pedagogical work will build on the substantial body of excellent practice already in place in many parts of the University. It will also respond to the outcomes of relevant OLT projects, and will be supported by the development of new institutional datasets on our students’ experiences of the development of graduate attributes through engaged enquiry. There will also be new support for enhanced curriculum governance and review through our central teaching and curriculum committees. We will initiate new strategic curriculum projects and establish additional Teaching Scholars Networks to develop agreed curriculum benchmark standards and xxxxxx curriculum and teaching expertise across the faculties. Through collaboration between disciplines and faculties, our curriculum renewal projects will generate new resources and benchmark standards for use in future curriculum reviews and professional development for our staff. Enhancing teaching quality, support and recognition Alongside and supporting the process of curriculum reform is our work on enhancing and further valuing the high quality of teaching and curriculum across the institution. Following consistent improvements over the past five years in our performance against measures of student experience of their courses (Student Course Experience Questionnaires) we recently developed and introduced the first stage of a new University-wide strategy to enhance the quality of our students' experiences in all units of study. Through compacts on faculty teaching standards, we will continue to use a University-agreed teaching standards framework to help faculties address teaching quality issues. This process will be supported by new institutional data reporting processes. Each year, faculties will be required to negotiate improvement targets aligned to University-agreed standards and their own strategic priorities, and will be supported to identify and address quality issues. Longer term, we will embed these compacts in an annual cycle of planning, reporting and monitoring. We will extend the scope of our faculty teaching compacts to draw on a broader range of data than that relating to units of study, and will include additional institutional standards in relation to other institutional teaching priorities, such as engaged enquiry. During the life of our 2014-16 compact, we will extend this support to individual teachers through the rollout of the new Academic Planning and Development process for teaching, as well as through research and ongoing enhancements to our range of professional development opportunities for University teachers and research higher degree supervisors. This will complement the University’s enhancement and support for the career opportunities for teachers through the University’s new academic promotion process. It will also allow us to develop further the University and faculty teaching award and grants schemes. We will build institutional recognition for our talented teachers by engaging them in our curriculum renewal process, connecting them with each other through the establishment of additional Teaching Scholars Networks and by providing opportunities for their further professional development. Recognition of the importance of excellence in teaching will also be supported by the annual Sydney Teaching Colloquium, a successful initiative launched in 2011, which brings together the university teaching community to celebrate their achievements, critically debate key educational initiatives and share their expertise and exemplary practice. Improving the student experience Our Teaching and Learning strategies recognise that student wellbeing and the general quality of their experience while at university must underpin our efforts to improve teaching and learning. During the timeframe of our 2014-16 compact, we will deliver a greater coherence across all aspects of the student experience. This will include improvements in priority areas such as: enhancing the student enrolment and ongoing administration process by completing the Sydney Student project providing specialist services and resources to support the emotional and mental wellbeing of students, such as personal counselling and psychological resilience resources establishing early identification systems for students, particularly those from underrepresented groups and international students, who may be struggling in the early phase of their studies developing and expanding existing formal and informal support networks through consistent mentor training and staff development programs collaborating with our student representative organisations, to ensure that income from the Student Services and Amenities Fee (SSAF) is used effectively to enhance access to amenities such as sports and cultural activities, the social dimensions of clubs and societies, and also to improve the quality and affordability of food and beverages available on campus endeavouring to maintain the high ratings we have received from the National Union of Students for our approach to involving students in decisions about the allocation of SSAF funds expanding affordable accommodation options around our campuses. Note: All calendar year references below relate to projects and awards in that calendar year. Principal Performance Indicators Baseline 2012 Progressive Target 2013 Progressive Target 2014 Progressive Target 2015 Target 2016

  • Research Support opioid abatement research that may include, but is not limited to, the following:

  • Innovation In order to make it easier for the municipality to implement innovations that can accelerate the pace of climate transition, Viable Cities will provide a competence network and process support, including by engaging other strategic innovation programmes in the ongoing development of Climate City Contract 2030, particu- larly in the areas of mobility, energy, built environment, the circular economy, health and digitalization. Based on the collaboration agreement on climate-smart mobility signed with the strategic innovation programme Drive Sweden, this area of collabo- ration will be further developed with both cities and government agencies, not least the Swedish Transport Administration.

  • Research Use The Requester agrees that if access is approved, (1) the PI named in the DAR and (2) those named in the “Senior/Key Person Profile” section of the DAR, including the Information Technology Director and any trainee, employee, or contractor1 working on the proposed research project under the direct oversight of these individuals, shall become Approved Users of the requested dataset(s). Research use will occur solely in connection with the approved research project described in the DAR, which includes a 1-2 paragraph description of the proposed research (i.e., a Research Use Statement). Investigators interested in using Cloud Computing for data storage and analysis must request permission to use Cloud Computing in the DAR and identify the Cloud Service Provider (CSP) or providers and/or Private Cloud System (PCS) that they propose to use. They must also submit a Cloud Computing Use Statement as part of the DAR that describes the type of service and how it will be used to carry out the proposed research as described in the Research Use Statement. If the Approved Users plan to collaborate with investigators outside the Requester, the investigators at each external site must submit an independent DAR using the same project title and Research Use Statement, and if using the cloud, Cloud Computing Use Statement. New uses of these data outside those described in the DAR will require submission of a new DAR; modifications to the research project will require submission of an amendment to this application (e.g., adding or deleting Requester Collaborators from the Requester, adding datasets to an approved project). Access to the requested dataset(s) is granted for a period of one (1) year, with the option to renew access or close-out a project at the end of that year. Submitting Investigator(s), or their collaborators, who provided the data or samples used to generate controlled-access datasets subject to the NIH GDS Policy and who have Institutional Review Board (IRB) approval and who meet any other study specific terms of access, are exempt from the limitation on the scope of the research use as defined in the DAR.

  • Research and Development (i) Advice and assistance in relation to research and development of Party B;

  • Technology Discoveries, innovations, Know-How and inventions, whether patentable or not, including computer software, recognized under U.S. law as intellectual creations to which rights of ownership accrue, including, but not limited to, patents, trade secrets, maskworks and copyrights developed under this Agreement.

  • Faculty Development Faculty who develop and/or teach Distance Education courses shall be provided with reasonable technical support and opportunities for Faculty development, consistent with the needs of the Faculty and availability of Board resources and services for that purpose. In the event that a Faculty member develops and/or teaches a Distance Education course for the first time, the Faculty member shall receive reasonable and appropriate professional development and technical support assistance, consistent with the needs of the Faculty and availability of Board resources and services for that purpose. In instances of succeeding assignments to teach Distance Education courses, the Faculty member is expected to demonstrate a level of technical competence sufficient to teach the course. Ongoing technical support assistance may be available to Faculty who teach succeeding offerings of the same course.

  • Technology Access A. Contractor expressly acknowledges that state funds may not be expended in connection with the purchase of an automated information system unless that system meets certain statutory requirements relating to accessibility by persons with visual impairments. Accordingly, Contractor represents and warrants to System Agency that the technology provided to System Agency for purchase (if applicable under this Contract or any related Solicitation) is capable, either by virtue of features included within the technology or because it is readily adaptable by use with other technology, of:

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