| Area: 64 586 km2 | |
| Population: 1 875 757 | |
| GDP at current prices (M EUR): 38870 | |
| GDP per capita at current prices (EUR): 25900 | |
| % of National GDP: No information available. | |
| % of Unemployment: 0.06 | |
| Regional GERD (%): 0.74% |
Science, technology and innovation policy in Latvia is predominantly developed, funded and implemented at the national level. The main policy-making function is divided between the Ministry of Education and Science and the Ministry of Economics in collaboration with other sectoral ministries. The Ministry of Education and Science has a pivotal role to play in the development of policies for research and technological development. The Ministry of Economics is responsible for developing policies related to competitiveness, business support and innovation. At the implementation level, the main institutions are the Latvian Council of Science, which coordinates the implementation of research policy, and Latvia’s Investment and Development Agency, which implements support programmes for entrepreneurship and innovation.
Since 2021, the main responsibility of the implementation of the Latvian Smart Specialisation Strategy has been transferred from the Ministry of Education and Science to the Ministry of Economics. In 2022, a new Council for Innovation and Research Governance was established, bringing together the ministers and directors of the aforementioned four key organisations to ensure more streamlined R&I governance and monitoring of S3 implementation at the strategic level. The S3 governance reform foresees that, at the operational level, the main coordinating body of S3 is Latvia’s Investment and Development Agency, which formed R&I ecosystems in all five smart specialisation areas comprising enterprises, research organisations and public administrations. The S3 ecosystem actors identify collaboration opportunities and discuss options for future large-scale projects of mutual interest in each of the specialisation areas. The vision and main conclusions from these ecosystem co-creation activities are consolidated by their respective management groups into long-term strategies and actions plans for each S3 priority area. The S3 ecosystem strategies and actions plans are regularly revisited and updated.
For information on regional S3s, please return to the homepage: https://ec.europa.eu/regional_policy/assets/s3-observatory/index_en.html
| Name of strategy | National Industrial Policy Guidelines for 2021-2027 |
| Type of strategy | National |
| Languages | LV |
| Strategy approved | Yes |
| Name | Position | Contact |
|---|---|---|
| No information available. | Ministry of Economy | pasts@em.gov.lv |
No information available.
| Aerospace & Defence ➝ | ||
| Agri-food ➝ | ||
| Construction ➝ | ||
| Creative & Cultural Industries ➝ | ||
| Digital ➝ | ||
| Electronics ➝ | ||
| Energy/Renewable Energy ➝ | ||
| Energy Intensive Industries ➝ |
| Healthcare ➝ | ||
| Mobility, Transport & Automotive ➝ | ||
| Proximity Economy ➝ | ||
| Retail ➝ | ||
| Social Economy ➝ | ||
| Textiles ➝ | ||
| Tourism ➝ |
These keywords, identified using AI and manually verified, highlight the key elements of each strategic priority as reflected in individual strategies.
These keywords, identified and associated through semantic AI algorithms and manually reviewed, support the search function by identifying topics related to each strategic priority. While a priority may not explicitly focus on these keywords, they provide meaningful connections. For exxample, agricultural terms might relate to circular economy priorities, such as biofuels or agricultural waste valorisation. Semantically associated keywords enable users to find regions with similar or related priorities, offering a starting point for deeper exploration of each specific strategy.
| Priority | Descriptive keywords | Semantic keywords |
|---|---|---|
| Knowledge-intensive bio-economy | Bio-economy, high-value products, packaging production, biomass processing, chemical products, pharmaceutical products, biological resources, plastics production, materials production, resource recycling, resource utilization, alternative fuels | agrifood, sustainable agriculture, organic agriculture production, water management and agriculture, water-efficient agriculture |
| Bio-medicine, medical technology, pharmacy | Bio-medicine, medical technology, pharmacy, healthcare | health, health research and innovation, medical innovation, drug discovery, medical research, mechatronics medicine, precision medicine, health services, predictive medicine, digital health, health informatics, health economy and products, pharmaceutical |
| Photonics and smart materials, technologies and engineering systems | Functional materials, photonics, optoelectronics, new coatings, optical components technologies | advanced manufacturing and materials, advanced manufacturing, smart manufacturing, advanced materials, advanced materials tool, optics and photonic, digital transformation, digital technology and hardware, chip, microchip, microcircuit, semiconductor, silicon chip, data and technology solutions, electronics, miniaturisation equipment, sensor technology, smart sensor, optoelectronic component |
| Smart energy and mobility | Smart energy, mobility, green energy, renewable energy resources, energy efficiency, emissions, sustainable technology, environmentally-friendly technology, transportation methods, research and development, digital technologies, ICT | renewable energy, energy efficiency and smart energy, energy efficiency technology, mobility, transport, autonomous mobility, smart urban mobility system, green infrastructure and mobility, digital transformation, intelligent systems and automation, smart city, smart energy system |
| Information and communication technology | Digital skills, ICT skills, technologically advanced products, technologically advanced services | digital transformation, computing and data management, cloud computing, cybersecurity, artificial intelligence (ai), data science, data visualization, connectivity and networks, iot device, iot system, data and technology solutions, blockchain technology, automation and digital transformation, industrial automation, electronics, miniaturisation equipment, sensor technology |
| Economic classification (NACE section & division) | Scientific classification (NABS digit 1 & 2) | |
|---|---|---|
| Knowledge-intensive bio-economy |
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| Bio-medicine, medical technology, pharmacy |
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| Photonics and smart materials, technologies and engineering systems |
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| Smart energy and mobility |
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| Information and communication technology |
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| Document type | Link |
|---|---|
| Webpage | Kohesio: Region/Member State |
| Webpage | Link to ERDF programmes database |
No information available.
No information available.
No information available.