| Area: 78871 km2 | |
| Population: 10827529 | |
| GDP at current prices (M EUR): 276229.4 | |
| GDP per capita at current prices (EUR): 32000 | |
| % of National GDP: No information available. | |
| % of Unemployment: 2.2% | |
| Regional GERD (%): 0.02 |
The Czech Republic has a two-tiered governance and management system for research and innovation (R&I) policy, encompassing both national and regional levels. At national level, the Technology Agency of the Czech Republic (TACR) provides funding and support for applied research, development, and innovation projects; while the Czech Science Foundation (GACR) provides funding for fundamental research projects. The Office of the Government is the host organisation of the Minister of Science, Research and Innovation and of the Council for Research, Development and Innovation (RVVI). The Office is, therefore, part of the STI governance system too. At national Level, the Ministry of Education, Youth and Sports (MEYS) is responsible for overall R&I policy strategy, including the National R&I Policy 2021+ and the Innovation Strategy for the Czech Republic 2019-2030. It oversees public research institutions, universities, and the Czech Academy of Sciences. Other ministries and agencies play various roles in supporting R&I, depending on their specific sectors (e.g. Ministry of Industry and Trade (MIT), Ministry of Agriculture). The Research, Development and Innovation Council (RDIC) advises the government on R&I policy and coordinates activities between ministries and agencies. At regional level, regional authorities implement national R&I policies through regional innovation strategies and funding programmes. They also support regional innovation infrastructures and cooperation between research institutions and businesses. Regional development agencies support in implementing R&I strategies and programmes.
| Name of strategy | National Research and Innovation Strategy for Smart Specialisation of the Czech Republic 2021-2027 |
| Type of strategy | National |
| Languages | CS & EN |
| Strategy approved | Yes |
| Name | Position | Contact |
|---|---|---|
| Daniel Všetečka;Tomáš Holinka;Jakub Pechlát;Ondřej Tušl;Michal Bubeník | S3 Strategy Department;Central Bohemian Innovation Center;Regional Development Agency of Pardubice Region; Olomouc Region | vsetecka@mpo.cz;holinka@mpo.cz;ris3@mpo.cz;pechlat@s-ic.cz;ondrej.tusl@rrapk.cz;bubenik@inovaceok.cz |
Provide support on skills and policy instruments for Just Transition in the priority areas of the S3 of the Region
The Targeted Assignment for the Usti region focuses on supporting the Innovation Centre of Usti in advancing the region’s Just Transition goals within the framework of the S3 strategy. The region’s S3 governance is shared between the Regional Office, which oversees the S3 Strategy, and the Innovation Centre, which is responsible for its implementation.
Usti is facing a decline in its traditional industrial base, while emerging sectors such as green chemistry, hydrogen, and digitalisation present new opportunities. However, the region also faces persistent challenges in driving systemic innovation and transforming its industrial landscape. This assignment aims to assist the Innovation Centre in identifying effective policy instruments and skill-building strategies to support the region’s transition. Key objectives include analyzing regional challenges and Just Transition opportunities, identifying essential skills, and recommending policy instruments for priority S3 areas. The final deliverable will provide the region with actionable policy recommendations and a planning framework to accelerate the Just Transition process.
Support for the development of a Monitoring and evaluation systems
The Targeted Assignment for the Moravian-Silesian region focuses on addressing the challenge of transitioning from a raw materials and low-cost production base to a knowledge-based, innovation-driven economy. Despite the economic progress made over the past two decades, the region must navigate this transformation, with the Smart Specialisation Strategy (S3) and selected priorities playing a crucial role in driving this change. This assignment will enhance the region's Monitoring and Evaluation (M&E) system to effectively track and guide the transformation. Key objectives include designing a robust set of indicators and analytical frameworks for monitoring S3 activities, along with methodologies for interim and ex-post evaluations. The final deliverable will provide the Moravian-Silesian region with an M&E framework, actionable indicators, and insights that can be valuable for other regions facing similar economic transitions.
Review and improvement of the Smart Specialisation Strategy of Karlovy Vary
Karlovy Vary, the smallest region in the Czech Republic, grapples with structural challenges including demographic decline, low economic dynamism, and limited innovation capacity. As part of a broader national restructuring agenda, the region adopted its current Smart Specialisation Strategy (S3) in 2020, emphasising digitalisation and artificial intelligence, underpinned by innovation infrastructures such as the Karlovy Vary Innovation Centre and the Smart Accelerator. With the forthcoming update of the national S3, the region is now compelled to revise its own strategy to reflect recent developments and ensure closer alignment with national objectives. This assignment aims to assist regional authorities in reviewing and refining the S3 by evaluating shifts in regional needs, assessing the effectiveness of existing priorities, and examining the integration of local innovation ecosystems. It will also deliver targeted recommendations to enhance the strategy’s impact and coherence with regional strengths. A central element of this process will be stakeholder consultations and peer exchanges to uncover best practices in regional innovation governance and to reinforce the strategic role of the S3 in fostering local development.
| 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 |
|---|---|---|
| Advanced materials, technologies and systems | Materials, nanotechnologies, machinery, construction, glass, ceramics, chemistry, metallurgy | advanced manufacturing and materials, advanced manufacturing, additive manufacturing, advanced materials, advanced materials tool, optics and photonic, energy intensive industries, carbon-intensive industry, metal processing |
| Digitalisation and automation of production technologies | Digital SME technologies, SME infrastructure, SME services, production technology digitalization, production technology automation | advanced manufacturing and materials, advanced manufacturing, smart manufacturing, digital transformation, data and technology solutions, blockchain technology, intelligent systems and automation, intelligent manufacturing, robotics automation, automation and digital transformation, industrial automation, electronics, production of electronics, electric automation |
| Electronics and digital technologies | Investments in technology, robotization, automation, industry 4.0, digitalisation of public administration, electronic services | advanced manufacturing and materials, advanced manufacturing, advanced materials, optics and photonic, digital transformation, digital technology and hardware, chip, microchip, microcircuit, semiconductor, silicon chip, data and technology solutions, blockchain technology, automation and digital transformation, industrial automation, electronics, production of electronics, embedded electronic system, miniaturisation equipment, integrated circuit, sensor technology |
| Environmentally friendly transport | Emissions reduction, fossil fuels, durable materials, e-mobility, recycled materials, renewable resources, raw material recovery, electromobility, hydrogen, synthetic methane | mobility, transport, smart urban mobility system, public transportation, sustainability in transport, green infrastructure and mobility |
| Technologically advanced and safe transport | Automotive, aerospace, rail, photonics, micro/nano-electronics, ai, digital security, connectivity, advanced materials, nanotechnologies | aerospace & defence, aerospace engineering, commercial aerospace, air transportation, aviation safety, mobility, transport, smart urban mobility system, public transportation, rail transportation, sustainability in transport, green infrastructure and mobility |
| Advanced medicine and drugs | Advanced medicine, advanced drugs, medicine r&d, diagnostic equipment, advanced materials, medical devices, electronic components, optoelectronic components, progressive digital technologies | health, health research and innovation, medical innovation, drug discovery, medical research, mechatronics medicine, precision medicine, health services, predictive medicine, health economy and products, pharmaceutical |
| Cultural and creative industries as a tool to accelerate the socio-economic development of the Czech Republic | Ccis, traditional industry, value added, foreign markets, legal regulation, intellectual property, cultural policy, business models, photonics, micro/nano-electronics | cultural & creative industries, visualisation and virtual reality, gaming, content creation |
| Green technologies, bioeconomy and sustainable food resources | Manufacturing, food safety, sustainable agriculture, forestry, waste management, air pollution, water management, agricultural equipment, environmental technologies | agrifood, sustainable agriculture,waste management, waste management and waste valorization, |
| Smart cities and municipalities | Smart cities, open data, digital technologies, ai, high-speed internet, cybersecurity, smart solutions | mobility, transport, smart urban mobility system, public transportation, construction, green urban planning, digital transformation, intelligent systems and automation, smart city, smart energy system, smart home |
| Economic classification (NACE section & division) | Scientific classification (NABS digit 1 & 2) | |
|---|---|---|
| Advanced materials, technologies and systems |
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| Digitalisation and automation of production technologies |
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| Electronics and digital technologies |
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| Environmentally friendly transport |
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| Technologically advanced and safe transport |
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| Advanced medicine and drugs |
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| Cultural and creative industries as a tool to accelerate the socio-economic development of the Czech Republic |
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| Green technologies, bioeconomy and sustainable food resources |
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| Smart cities and municipalities |
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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.