Economy, State, System
How to Create an Ecosystem Where Knowledge Is a Competitive Advantage?
Systemic conditions of developing an economy based on knowledge: financing, reform of science and higher education, the efficiency of public institutions, the quality of legislation, the role of state and local government. What needs to change for cooperation between science and business to become a powerful driver of economic development?
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The Polish Economy After an Era of Obvious Advantages. What Should Be the New Driver of Growth?
The capabilities of the model of economic growth based on low costs, diligence, resourcefulness, and simple absorption of foreign technologies are running scarce. What role should science, universities, institutions, the R&D sector, technologies, and competences play in the new model of growth? Are Polish businesses ready to found their competitiveness on knowledge instead of mere operational efficiency?
The Education System and the Needs of the Economy
Financial criteria and motivation, the role of applied research. International cooperation, European consortia, Polish universities participation in economic projects. Does the organisational system of Polish science reward collaboration with business? Do the current rules of evaluation support implementations, patents, projects developed in cooperation with industry, and economic impact?
State as the Architect of the Innovation Market
Should the state be a legislator, investor, client, coordinator, or a risk guarantor? Public procurement, infrastructural projects, strategic programmes, R&D financing, tax and grant instruments. How to make sure that public money supports the development of competences at home instead of just financing the import of ready-made solutions?
Financing Innovations: the Gap Between an Idea and the Market
Grants, funds, private equity, CVC, banks, European funds, research and development programmes. Why do so many projects fail at commercialisation? How to finance the prototype stage, the stage of a demo, certification, and the first client?
Financing Science and Higher Education
Spending on science vs. the capacity of the state budget – current and future. Cross-ministerial initiatives. The outline of suggested solutions: the role of state-owned enterprises and suggested changes in the legislation. Utilizing EU funds. Cooperation with private businesses in the context of finance (opportunities and limitations). Own revenues of universities – possibilities and limitations.
How to Unleash the Potential of Science and Innovation
From research and knowledge to implementation, product, and export. Legal, organisational, financial, and mental barriers. What mechanisms could accelerate transfer of technologies? What works well in Poland and what could we borrow from the best foreign models?
Regions of Knowledge: Universities, Industry, and Local Government as Local Ecosystems of Development
Can regions build their own technological specializations? How can we harness the combined potential of universities, businesses, investors, tech parks, economic zones, and local governments? Industry spotlights: aerospace, automotive, energy, medicine, IT, advanced materials, and precision agriculture.
Evaluating Universities Through the Lens of Their Economic Collaboration
Rethinking the reform: shift towards expert evaluation over rigid metrics – what does it actually mean? A fresh approach to assessing university strategies. Incentivizing impact: university-business collaboration as a core evaluation criterion. Agile responses to evolving market needs (emerging professions and future-proof skills). Popularizing knowledge and science across society and the business world.
Technologies, Industry, Implementations
How do Technologies Affect the Competitiveness of Businesses and Industries?
Where – across industry, healthcare, and food production – lies the real demand for knowledge, R&D, labs, engineering talent, and cutting-edge tech solutions? Which sectors hold the greatest potential for science-business collaboration to drive real gains in productivity, security, exports, new business models, and overall economic growth?
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Industry of the Future: Automation, Robotics, and Data
How are game-changing technologies redefining factories, logistics, maintenance, design, sales, and management? Digitalization and smart investments vs. bottom-line productivity. Are Polish enterprises truly ready for the next quantum leap? In which domains can universities and research institutes deliver high-potential, custom-engineered solutions that businesses simply can’t buy off the shelf?
AI in the Economy: From Hype to High-Impact Deployment
Artificial Intelligence across industry, energy, finance, healthcare, retail, services, and public administration. Harnessing data, infrastructure, talent, cybersecurity, and algorithmic accountability. AI-driven innovations originating in Polish science – key trajectories, opportunities, and market realities. How to engineer and scale proprietary AI applications within your company. Real-world case studies: game-changing breakthroughs, hidden traps, and common missteps – why they happen and how to steer clear.
Energy and Industry in Transition: Technologies Shaping Tomorrow's Costs and Competitiveness
Renewables, nuclear, hydrogen, energy storage, smart grids, energy efficiency, district heating, advanced materials, and the circular economy. How science can empower businesses to successfully navigate the green transition. The energy sector: driving demand for green technologies. What do companies actually need? Commercialization-ready research avenues with real market potential.
Defence as an Innovation Engine for the Economy
Security and defence production at the intersection of technology, industry, and academia. Dual-use technologies, drones, autonomous systems, secure communications, cybersecurity, advanced materials, logistics, and battlefield medicine. How to leverage rising defence budgets to build world-class domestic industrial capabilities.
Cybersecurity: Fortifying the State and the Economy
The surging threat landscape, critical infrastructure protection, data security, skills, and cyber products and services. Can cybersecurity become one of Poland's flagship technology specializations? The value of battle-tested experience. Unlocking the export potential of native cyber solutions. Polish know-how driving international collaboration.
Science, Technology, and Sovereignty
Why technological sovereignty is the cornerstone of resilience and competitiveness. Can Polish science offer real alternatives to Big Tech solutions? Diversifying supply chains and technology stacks. Building proprietary technologies that gain global adoption and foster strategic interdependence.
Polish Science for Health: MedTech, BioTech, and Pharma.
Next-generation therapies, advanced diagnostics, clinical trials, medical robotics, AI in healthcare, health apps, medical devices, and funding pathways for groundbreaking innovations How to shorten the path from research to patient and from laboratory to business? Research & development expenditure. Domination of foreign tech giants? Where are the niches, where can we establish a presence, and how to achieve it?
Space Technologies, Aviation, and Mobility
Satellites, earth observation data, drones, aviation, autonomous transport, traffic management systems, and material technologies. How to build specializations that bridge industry, science, and public procurement? The potential of Polish companies and the research sector. European cooperation and knowledge transfer. The importance of space and aviation technologies for defence – how to initiate dual-use investments? State support in sectors critical to national security.
Agriculture, Food, and Climate: a New Frontier in the Technology Race
Precision agriculture, biotechnology, climate resilience, water, soil, food security, agricultural automation, and new protein sources.
The Winding Paths of Innovation: from Pilot to Scale
Pilots, proof of concept, procurement, integration costs, talent shortages, lack of data, and lack of project ownership. Innovation vs. risk: costs, acceptance, and management. How to transition from testing to real change within a company? How to build a culture of innovation implementation?
Staff, Universities, Competences
Does the Education System Address the Needs of Modern Economy?
Education system vs. the labour market. Are we preparing staff both for the economy that has already changed and the one that is approaching? Skills deficits – how is the education system trying to bridge the gap? How are universities preparing students for the challenges of today's job market? What changes do educational pathways require? Insights from employers, graduates, engineers, scientists, production workers, IT specialists, data experts, energy, automation, cybersecurity, healthcare, and industrial professionals.
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Education: Aligning with Employer Needs
In-demand specialties, skills of the future, and key requirements across industry, IT, energy, healthcare, finance, and public administration. Do universities truly understand the real needs of businesses? Can businesses clearly articulate the skills they require? The state's role in identifying talent needs and stimulating education in strategic fields.
The University of the Future: Digital, Flexible, and Resilient
Higher education digitalization, AI in teaching and management, hybrid learning models, personalized education, data, modern assessment methods, and AI policies. How can universities navigate demographic pressures, financial constraints, and shifting student expectations?
Dual Education and Industry Collaboration
Co-designed degree programs, internships, corporate-sponsored labs, joint majors, industrial doctorates, and hands-on semester projects with business partners. What genuinely works versus what remains mere marketing? How to build a framework where students learn by solving real-world economic challenges?
Skills of the Future: Deep Specialization or Strategic Flexibility?
What does the modern economy truly need: highly specialized niche experts or versatile professionals capable of rapid reskilling? How to teach working with AI, data, technology, uncertainty, and change? Reskilling and upskilling – investing in employee development. The VUCA manager – managing talent, skills, and diversity. The role of soft skills, interdisciplinary approaches, and systems thinking.
Drop-out Rates, Demographics, and the Academic Decline: How to Respond?
Declining student numbers, university dropouts, and rapidly shifting expectations regarding education quality – are we facing a full-blown crisis? External and structural root causes. Is it time for new learning formats? Should businesses step in to help retain students and build career pathways? The economic and social impact of expected closures and consolidations of smaller universities on mid-sized cities.
Foreign Students, the Polish Labour Market, and the Global War for Talent
What Polish universities offer to foreign students, internationalization of education, labour market integration, and retaining top talent in Poland. Can higher education serve as a key driver of economic and migration policy?
Scientist, Engineer, Entrepreneur: Redefined Roles
Interdisciplinarity and synergy in a knowledge-based economy. Should scientists stay closer to the market? Should engineers master business acumen? Should entrepreneurs leverage research labs and academic studies? How to bridge the worlds of science, technology, and business?
University-Business Collaboration: Key To a Skilled Workforce and Future-Proof Talent
How can companies shape curricula without turning universities into short-term recruitment hubs? How can universities drive long-term economic value while preserving their core academic mission?
Universities, Startups, and Innovative Entrepreneurship
Academic startups – creating the right ecosystem for entrepreneurship in Polish universities. Incubators, accelerators, and workshops – fuelling the commercialization pipelines. Spin-offs and spin-outs: from idea to market – leveraging intellectual property for competitive advantage. The strategic impact of equity, financial, and organizational ties.