The Baltic Sea e-Nav project aims to add new features and data sets to the S-100 standard electronic navigational charts (ENCs) and related products for safer and more efficient maritime navigation in the Baltic Sea.
We Research: Safer and more efficient maritime navigation in the Baltic Sea Read More »
The life and business in the Central Baltic countries in transportation of goods are extremely dependent on the Baltic Sea which is one of the busiest waters in the world. Sustainable Flow is a year-old project, the two main goals of which are to create a digital tool for the reduction of carbon dioxide emissions and a concept for energy savings and renewable energy production in ports.
Amidst the shift towards online teaching methods, educators primarily prioritized content education, such as math and languages, inadvertently neglecting the crucial role of transversal skills also known as soft or social skills.
We Research: Enhancement of Transversal Skills for Better student Achievement Read More »
The need to treat and at the same time manage stormwater has increased, especially under increasingly extreme weather conditions. Increasing pressures to slow climate change have been reflected in the sustainable development plans of cities and municipalities - and thus also in the MUSTBE project.
Maritime logistics and the companies involved within it, much like other industries, are at a turning point. Climate change, along with various goals aimed at mitigating it, puts pressure on these companies to reduce their greenhouse gas emissions and shift their operations towards a green transition.
The aim of the Maritime Logistics Research Laboratory is to achieve carbon neutrality targets in maritime logistics and improve national security of supply.
We Research: Maritime Research Laboratory Read More »
The SataMieLo project has guided employees to better understand the connections between resilience and mental well-being.
We Research: Mental Well-being as a Source of Resilience Read More »
The Sustainable Flow (Sustainable flow of goods and decreased CO2 emissions of transportation) project reduces CO2 emissions in and around ports, focusing on activities in the Interreg Central Baltic region.
We reseach: The cooperation of Sustainable Flow reduces carbon dioxide emissions Read More »
When talking about intelligent maritime logistics a broader perspective is needed. Functionality of maritime logistics does not start at the port: the process goes all the way back to the very roots of the supply chain.
We research: How intelligent can maritime logistics be? Read More »
Ambitious green shift targets for maritime logistics pose questions and challenges for actors in the maritime cluster.
