The designation of protected areas and of regions of special conservation interest has gained due relevance across the globe, particularly in the past three decades. Territories covered by protected areas are steadily expanding. Within this framework, numerous international strategies define the importance of Capacity Building and Training as the key challenge of the 21st century. The Training Masters in Ecosystem Services Management in Protected Areas (ECOSERVE) aims at developing an innovative practice-oriented MSc programme according to Bologna criteria in the field of protected areas management, and at meeting sustainable development and labour market needs through networking activities. ECOSERVE will be a qualitatively new MSc programme implemented in higher education institutions of the Russian Federation and Mongolia, strengthening their educational partnership with non-academic partners in the field of protected areas management and responding to demands for professionals of public services, private service providers and tourism businesses. It will contribute to adapt land management strategies to the actual changing natural drivers, such as climate, in alignment with global Sustainable Development Goals (SDG). The program knowledge base, materials and courses in Russian, Mongolian and English, will be continuously updated and disseminated through a network of resources centres of protected areas in Partner country HEIs, promoting inter-regional cooperation in environmental protection, nature and biodiversity conservation issues, and management.

This study focuses on how to teach basics of machine learning (ML) in K-12 settings. Since ML can be considered as a vital part of future computational skills, it is justified to be included as part of the computational thinking teaching agenda in K-12 level. The outcome of the study will help to understand the existing system in teaching ML and its algorithm, identify strategies and pedagogical frameworks for teaching ML in K-12 education. The research outcome will further motivate young learners to learn and practice machine learning algorithm and as well encourage/build teachers’ capacity in teaching ML.

The CRECE project, coordinated by the Finland Futures Research Centre, supports Cuba in the provision of regionally relevant multidisciplinary education in sustainable energy engineering and renewable energy development. This is done in order to ensure that Cuban higher education institutions (HEIs) are better equipped and able to provide high-quality experts for the ever-growing societal and energy sector development needs. The Cuban energy sector is undergoing a state-led transformation. So far, this “Energy Revolution” has improved energy efficiency but harnessing renewable energy (RE) resources is still lagging far behind. In order to attract investors, meet the government's RE targets, and reduce CO2 emissions and environmental pollution from fossil fuels, Cuba needs national expertise and experts in RE development. CRECE answers this call by training skilled experts and enabling cross-sectoral and regional cooperation possibilities. Cuban partners will be better equipped to conduct international-level energy related research and provide sustainable energy experts to the growing labour market needs.

This research focuses on designing a smart learning environment (SLE) using virtual reality mini games to support students' computational thinking skills. Aside from enhancing the teaching and learning of CT, this research aims to support first-year students and novices of computer science with the opportunity to gain CT skills through an experiential learning approach. The goal of the research is to design and develop VR mini games through a rigorous process of the design science research methodology in order to provide artefact that allows students to learn CT concepts such as algorithmic thinking, recursive thinking, pattern recognition, and abstraction of problems. This research will measure students' learning achievement and cognitive benefits through a field experiment with first-year university students in Nigeria and Finland. Currently, we have developed a VR mini games application in the VR EdTech Lab located at the School of Computing, University of Eastern Finland. The mini games were co-designed with students from within Finland and abroad in order to achieve a student-centered learning environment. The research has produced over seven research papers published in ranked journals and conferences as shown in the link (https://scholar.google.com/citations?user=mSqmwdgAAAAJ&hl=en). The research is being supervised by professors from the School of Computing, University of Finland, and Luleå University of Technology (LTU) Sweden. The professors are specialists in VR technology, educational games, and ICT4D.

The project seeks to increase Mozambican research capacity on forestry, sustainable natural resource and land-use planning considering different aspects of impacts (ecological, social and economic). In addition to joint teaching activities, it includes collaborative research on environmental and socio-economic aspects of forestry and natural resources management. The fieldwork activities take place in Manica and Zambézia Provinces.

The Strengthening Problem-Based Education in East African Universities project (PBL East Africa) is a joint initiative of Nairobi University (Kenya), Makerere University (Uganda), Dar es Salaam University (Tanzania), and Aalto University (Finland). PBL East Africa aims to establish best practices in problem-based learning (PBL) for innovation, engaging several disciplines, empowering students and developing an approach to critically address societal challenges in facilitated real-world situations.

The overall objective of the project is to support Higher Education Institutions in Tanzania, Mozambique and Ethiopia to provide education that promotes sustainable socio-economic development. Application of renewable energy and adoption of energy-efficient lighting products and systems have the great potential to reduce the increasing energy demand and greenhouse gas emissions. Tanzania, Mozambique, and Ethiopia have large potential of renewable energy and energy saving by applying energy efficient techniques. The project will support the development of much needed technical expertise and experience in the field of energy efficient lighting.

The overall aim of the project is to strengthen the forest-related higher education system in Laos to improve domestic capacity to sustainably manage forests for the benefit of the people and the environment, while at the same time enabling Laos to effectively respond to the demands and opportunities of international processes such as the Agenda 2030 (SDGs) and the Paris Agreement on Climate Change.

The collaboration between UEF and KNAU aims to provide an enabling environment for teaching fisheries and aquaculture, at both vocational and bachelor level, by training of trainers, developing teaching and study material and developing the teaching infrastructure at KNAU. The main activities of FishEDU are: 1) training of trainers on fisheries and aquaculture subjects and pedagogics 2) piloting of courses in two newly developed curricula and development of course material 3) establishment of an aquaculture demonstration fish farm and training centre and an e-library.

iFuCo-project strives towards three main objectives: to build a deeper theoretical understanding of students' online inquiry competences, to develop a novel instructional model to enhance learning and teaching of future online inquiry competences in primary education, and to create a long term research network and collaboration between Finland and Chile to meet the global challenges of future education.