https://www.miningreview.com/srk-consulting-sa-mineral-exploration-africa/

Africa is home to crustal rocks that span the earth’s geological history and host enormous mineral wealth, but it has remained for the most part relatively under-explored. However, new technologies for exploration and extraction, combined with modern data processing techniques, could change all that.

The Library and Information Studies Centre at the University of Cape Town, South Africa offers a master’s level course in Research Data Management (Course Code LIS5029S) that is ideal for persons and/or organisations seeking continuing professional development in this new skills areas:

Lifecycle Models | Data Management Planning | Policy Analysis & Development | Challenges to Data Curation

The full fee schedule with the official amounts is in the Fees Handbook available here: http://www.students.uct.ac.za/sites/default/files/image_tool/images/434/study/handbooks/2018/2018_Fees_Booklet_FINAL14052018.pdf

Duration

6 weeks, starting 21 September 2018. Closing date for application: 20 July 2018.

Entry requirements: NQF level 8 (SA Honours or equivalent). Blended online/contact format ideal for students based outside of Cape Town. The course equals 24 credits.

The bulk of the lectures are online, but there are two contact days when students are required to be on campus in Cape Town (8 and 9 October 2018).

Apply by 20 July 2018

To apply, visit http://applyonline.uct.ac.za (On application, apply for Occasional Postgraduate Studies: Level of Qualification: Postgrad Non-Degree; Faculty: Humanities) 

Inquiries

Library and Information Studies Centre, University of Cape Town email: lisc@uct.ac.za or tel.: +27 (0)21 650 4546.

Course Convener: Michelle Kahn Email: michelle.kahn@uct.ac.za

Costs

The course fee for the Research Data Management course (LIS5029S) for 2018 is ZAR8 930-00 (excluding application fees and any other fees that apply such as international student fees). The full fee schedule with the official amounts is in the Fees Handbook available here: http://www.students.uct.ac.za/sites/default/files/image_tool/images/434/study/handbooks/2018/2018_Fees_Booklet_FINAL14052018.pdf

Similar to many other African countries, the South African Dept. of Science and Technology (DST) has – in partnership with the European Union (EU) – started a dialogue on an Open Science policy framework for the country. Open Science is no longer an option since major world economies and industries are adopting this approach to advance innovation (Open Innovation), to tackle global challenges as defined by the United Nations’ Sustainable Development Goals.

The first of the meetings took place on 12-13 December 2016, followed by a workshop on 30 Nov – 1 Dec 2017. An expert task team was assigned and compiled an interim report following input from all relevant stakeholders, to further direct the process and the drafting of a framework, supported by the DST steering committee. The report set the global and specifically South African context, demonstrating coherence between global aspirations and the South African National Development Plan 2013. Topic areas covering the major issues concerning Open Science were identified, incl. Open Data, Open Science and Open Innovation, Governance and Regulations, Skills and Training, Infrastructure, Funding, Metrics and Incentives, Citizen Science, Intellectual Property Rights, and Implications for Africa and the SADC.

The above topics were further unpacked during a second workshop on 15-16 May 2018 in Pretoria, South Africa. Responsibilities, key stakeholders, funding requirements, the level of priority for each of the topics, and more, were discussed.

Dr J-C Burgelman, Head of the Unit Open Data and Science Cloud Policy, European Commission (EC) delivered a virtual presentation on Open Science and FP9, and progress made in terms of the European Open Science Policy. The 8 policy priorities identified by the EC include Open Data, Science Cloud, Altmetrics, Future of Scholarly Communication, Rewards, Research Integrity, Education and Skills, and Citizen Science. Progress made in terms of the priorities were shared, as well as possible future actions. Two documents were highlighted, which can potentially inform policy-makers elsewhere:

• Investing in the European Future we Want: Report of the Independent High Level Group on Maximising the Impact of EU Research and Innovation Programmes
• European Open Science Cloud Declaration

Dr Anwar Vahed explained the role of the CSIR (DST) implemented National Integrated Cyberinfrastructure System (NICIS) with the focus on DIRISA. NICIS comprises of the following:

• Centre for High Performance Computing (CHPC) – focusing on computing services
• SA Research and Education Network (SANReN) – focusing on network provision and services
• Data Intensive Research Initiative of SA (DIRISA) – focusing on data management & data storage

Dr Simon Hodson provided an overview of open science development on a global level. He discussed the rationale behind the need for open science and data to be FAIR, and shared examples of developments in donor and journal policies. The SA Open Science policy aligns with the vision of the African Open Science Platform project,  forming part of an international ecosystem driving science and innovation.  View the presentation by Dr Hodson at the following:

Open Science Globally: Some Developments/Dr Simon Hodson

High-performance computing capability, high-speed network capacity and a national research data infrastructure integrated hierarchically into globally connected systems and into local system systems, providing seamless access for the research and education communities, are important services for African governments to consider, to further advance collaborative research projects and the sharing of research data among researchers globally. Representatives from the three regional African NRENs attended this 2-day workshop (Dr Pascal Hoba from UbuntuNet, Dr Ousmane Moussa Tessa – represented Dr Boubakar Barry from WACREN, and Dr Yousef  Torman from ASREN), to also benefit from this workshop, which followed the 1-day AOSP ICT Infrastructure Meeting in Support of Data Sharing, also attended by them.

Through sharing policy interventions and experiences, as well as initiatives such as lessons learned through NICIS, it is expected that a lot of progress can be made by countries across Africa.

The above dialogue is managed and funded by the SA Dept. of Science and Technology.

Whether it will be called a guideline, a roadmap or a framework – all participants during the AOSP ICT Infrastructure meeting held on 14 May 2018 in Pretoria, South Africa were in agreement that a document guiding African countries in preparing ICT infrastructures in support of research data sharing, will be of benefit to all. The one day meeting brought together key stakeholders. African regional NRENs (National Research Education Networks) attendees included Dr Pascal Hoba (Chief Executive Officer, UbuntuNet Alliance), Dr Ousmane Moussa Tessa (Chief Executive Officer, NigerREN  & member of the WACREN Board, on behalf of Dr Boubakar Barry (Executive Director, WACREN), Dr Yousef Torman (Managing Director, ASREN) and Dr Leon Staphorst (Executive Director, SANRen).

The objective of this meeting was to help NRENs better understand the needs experienced by collaborative data intensive research projects, and for NRENs to consider future service delivery in support of research data. The three projects represented included H3ABioNet (Prof Nicky Mulder, Head: Computational Biology, UCT & Lead: H3ABioNet), GBIF (Dr Mélianie Raymond, Senior Programme Officer for Node Development, GBIF Secretariat) and Dr Jasper Horrell (representing the Square Kilometre Array Organisation, SA).

The GBIF Integrated Publishing Toolkit (IPT) is a free open source software tool used to publish and share biodiversity datasets through the GBIF network. The IPT can also be configured with either a DataCite or EZID account in order to assign DOIs to datasets transforming it into a data repository. Dr Raymond during her presentation indicated that more portals, laptops/workstations and IPT installations for selected nodes are required to enhance the sharing and visibility of biodiversity data. Capacity building needs include training of researchers, students, lecturers and more in digitization, data cleaning, data publishing, and data analysis, towards more relevant and sustainable data use in support of decision making concerning biodiversity conservation.

H3ABioNet provides support for the H3Africa Human, Heredity & Health in Africa Consortium, which focuses on the study of genomics and environmental determinants of common diseases, with the goal of improving the health of African populations. Prof Mulder shared the limitations that apply when sharing human data, and the importance of protecting the rights and privacy of human subjects when participating in research studies. The project follows a well-established workflow using open source software tools, at the same time having policies built into the various stages of working with the data. As with biodiversity, skills need to be constantly developed, and infrastructure needs to be maintained and upgraded. A challenge faced by funded projects is that collected data needs to be curated when projects come to an end, and it is for governments to discuss as to whether data is regarded as a national asset, and who will fund the long-term curation of the data.

According to Dr Jasper Horrell from the Inter-University Institute for Data Intensive Astronomy (IDiA), key science on the SKA will be achieved by large-scale survey programs executed by globally distributed teams of researchers and through creating massive data. A cloud computing system that utilizes the OpenStack Infrastructure as a Service framework has been established by IDiA.  OpenStack is a cloud operating system that controls large pools of compute, storage, and networking resources throughout a datacenter, all managed through a dashboard that gives administrators control while empowering their users to provision resources through a web interface. This ideal for the large amounts of data that is expected to be collected through the telescopes.

Regional NRENs represented indicated that they are in full support of working with AOSP on developing and populating a framework as part of service delivery to their research communities, and to also invite national NRENs in their respective regions to explore opportunities. Important elements to be included in such a document have been identified, and the group will continue as a working group, building on what is already in place through the SADC Cyberinfrastructure Framework, of which an overview was provided by Prof Colin Wright. This framework was approved by SADC ministers in June 2016, and the next step would be to revisit the existing framework and to adapt – where needed – for the whole of Africa, with input from key stakeholders across Africa. It was also clear that – through possible partnerships and lessons learned from KENET, Ilifu,  DIRISA, Sci-GaIA and more, the design, development and implementation of ICT infrastructures in support of data sharing and curation can become a reality – sooner rather than later.

The AOSP ICT Infrastructure Framework will be tested during various stages and across different domains, before it will be finalized to be shared with African countries interested in advancing the sharing and responsible management of data.

Also view the following presentations:

The African Open Science Platform/Susan Veldsman

Framework and Roadmap towards an Open Science Infrastructure/Simon Hodson

Introduction to GBIF for the African Open Science Platform/Mélianie Raymond

Research Infrastructures H3ABioNet Case Study/Nicky Mulder

Data Infrastructure Development for the SKA/Jasper Horrell

Reflections on the SADC Infrastructure Framework/Colin Wright