The purpose of this Project was to strengthen HEIs in East-Africa as developmentally responsive institutions by enhancing curriculum development, pedagogical approach and capacity of staff in the area of mathematics education and teacher preparation. The invigoration and modernisation of teacher training and the upgrading of curricula was meant to increase the level and enrollment of mathematics education, give a push forward to the education of mathematics teachers and support the universities' ability to embark on development projects with the surrounding society, industry and public governance.

The two-year FinCEAL pilot project aimed to enhance cooperation between research and science policy communities in Finland, Europe, Africa, and Latin America and the Caribbean by networking the Finnish research community and by supporting their participation in bi-regional research projects and science policy processes. FinCEAL was an initiative funded by the Finnish Ministry of Education and Culture and implemented by UniPID, the Finnish University Partnership for International Development. FinCEAL activities were focused on the following thematic areas, derived from the European Union's bi-regional science, technology and innovation policy processes: Africa – Food Security, Information Society, Health, Climate Change and Renewable Energy; LAC – ICT for Societal Challenges, Bioeconomy, Biodiversity and Climate Change, Renewable Energy and Health.

NANOSOLUTIONS seeks to identify and elaborate the characteristics of engineered nanomaterials (ENM) that determine their biological hazard potential. It will help develop a safety classification model for ENM based on an understanding of their interactions with living organisms, benefiting industry and enabling innovation.The NANOSOLUTIONS project was created to develop a safety classification for engineered nanomaterials (ENM) based on an understanding of their interactions with living organisms at molecular, cellular and organism levels. The human body uses natural nanomaterials, such as proteins and other molecules, to control the body�s many systems and processes.

The EXTREME project will be analysing and comparing the sensitivity of ecosystem functioning in desert shrubs or steppes and managed boreal forest ecosystems to the foreseen climate change, climatic variability and weather extremes, with implications for carbon sequestration and biomass production of ecosystems. The project will carry out both experimental and model-based analyses at various temporal and spatial scales. The project is expected to generate new knowledge of how carbon sequestration and biomass production of the most sensitive ecosystems response to climate change scenarios.

The goals of the SPEVINDS project were: 1)Conducting fundamental research and 2) Generating industrial applications and prototyping. Basic research was conducted around the topic of how to pack and save spectral images most effectively, involving, for example, the types of files that need to be developed. A key aspect of the project is naturally how the basic research findings can be applied in practice and how they can be used to generate business

This project, funded by the Academy of Finland (2013–2016), provided theoretically innovative and empirically new and valuable knowledge of the complex dynamics between governance and resistance in the context of the dominant, neoliberal development paradigm. It studied social and political struggles in three countries in South Asia – Nepal, Bangladesh and India – by examining social movements that fight against forced displacement and slum demolitions – all caused by development projects. The project engaged critically in the debate on neoliberal development by analyzing problems related to it, charting possibilities for addressing hem, and offering alternative visions for socially, culturally and politically more sustainable models of development.

This project focuses on how urban governments and social stakeholders in China’s cities engage with major environmental risks and how they tackle the long overdue transition towards cities becoming more green, liveable and sustainable. The research findings will be published in 2017 as: "China’s Emerging Green Urban Governance - Tackling environmental and sustainability challenges at the city level" Editors: Jørgen Delman, Yuan Ren, Outi Luova, Mattias Burell, Oscar Almén

The PRASDES Project develops sustainable services in the four participating National Meteorological and Hydrological Services (NMHSs) in the following five areas: 1. Weather, climate and hydrology data management systems 2. Climate and Water services production systems 3. Hydrological services production systems 4. Information and Communication systems 5. Financial sustainability of services

The main focus of the project has been in Institutional Capacity Building in the area of Meteorological Network Design and Development, Hydrometeorological Data Management, Data Quality Control Procedures, Early Warning Systems and New Services Development.

Regional development cooperation between Finland and ACS to support the development of Caribbean Small Island Developing States National Meteorological Services.