Deep Integration of Scientific‑technological and Industrial Innovation Underpins China’s Pursuit of New Quality Productive Forces

Deep integration between scientific‑technological innovation and industrial innovation constitutes a core lever for fostering new quality productive forces through high‑level self‑reliance in science and technology. Such integration forms both an inherent requirement and a vital foundation for the growth of new quality productive forces.

A new round of scientific‑technological revolution and industrial transformation is gathering momentum, bringing faster iteration of cutting‑edge technologies and far‑reaching shifts in industrial structures. Emerging industries, new business forms and novel operational models keep emerging, opening substantial scope for nurturing new quality productive forces. Integrated innovation helps resolve long‑standing disconnects between research output and industrial application. It steers universities and research institutes to tackle core technical bottlenecks responding to real‑world market and industrial demands, and drives iterative improvements to research layouts, academic disciplines and talent‑training frameworks. It also connects every link along the innovation chain, building a self‑reinforcing cycle of “scientific‑technological innovation‑achievement transformation‑industrial upgrading‑renewed scientific‑technological innovation”, lifting the overall performance of the national innovation system.

China’s scientific and technological capabilities have achieved leaps forward, yet gaps persist in original innovation capacity. Certain key core technologies remain subject to external constraints, and innovation‑driven industrial potential is far from fully unlocked. Advancing high‑level self‑reliance in science and technology remains essential. Matching scientific‑technological supply precisely with industrial‑upgrade demands generates mutual reinforcement, consolidating the integrity, advancement and security of industrial systems and building fresh competitive strengths.

Combining well‑directed government intervention with effective market mechanisms removes institutional barriers and builds a comprehensive innovation ecosystem. The new‑type nationwide system mobilises national strategic scientific‑technological resources, co‑ordinating capacities across research institutes, universities and leading tech enterprises to construct full‑chain innovation systems covering basic research, technical breakthroughs and industrial deployment. 

International science‑and‑technology innovation hubs in the Beijing‑Tianjin‑Hebei region, the Yangtze River Delta and the Guangdong‑Hong Kong‑Macao Greater Bay Area serve as focal points for pooled resources, major innovation platforms and pilot‑scale test bases, shifting innovation patterns from scattered breakthroughs towards systematic progress. 

Ongoing reforms of research administration dismantle rigid evaluation criteria, refine research‑fund management and introduce differentiated assessment frameworks, granting researchers greater autonomy and unlocking human‑led innovation potential.

Enterprises sit at the centre of innovation and act as critical bridges linking laboratories with real‑world industry. Policy frameworks foster demand‑driven, market‑led collaborative innovation. 

Mechanisms that allow enterprises to define practical problems, research bodies to deliver technical solutions and market outcomes to judge performance encourage the flow of technology, talent, capital and data towards corporate entities. 

Leading technology‑focused enterprises take charge of innovation consortia and undertake major national research assignments. Tax incentives such as additional‑deduction for research‑and‑development expenditure enlarge the cohort of technology‑oriented firms, while technology finance and patient‑oriented capital ease financing pressures for small‑and‑medium‑sized tech enterprises. 

Practical‑application priorities guide research into generic key technologies and disruptive frontier technologies, steering industries towards intelligence, green transition and higher‑end manufacturing.

Effective commercialisation of research outputs acts as a practical benchmark for measuring integrated innovation performance. Targeted interventions unlock the final stages of technology transfer. Concentrated resources support breakthroughs in integrated circuits, foundational software, advanced materials and industrial machine tools, alongside increased investment in basic research and implementation of the “AI+” initiative to deliver more original landmark innovations. 

Reforms on ownership of job‑related scientific‑technological achievements are being rolled out, together with incentive schemes for first‑of‑kind equipment, batches of new products and pioneering software releases. Proof‑of‑concept and pilot‑transformation facilities expand, alongside strengthened intellectual‑property protection and market‑oriented licensing arrangements. 

Better‑aligned central‑local governance encourages region‑specific industrial clusters built upon local endowments. High‑standard opening‑up draws global innovation inputs, refining governance frameworks and nurturing innovation‑oriented cultural environments.