畅通产学研 壮大高技术制造业

Core Viewpoint - The development of high-tech manufacturing in China is being accelerated, focusing on key sectors to support the growth of new productive forces, amidst a global technological revolution and industrial transformation [1][2]. Group 1: Industry Growth and Investment - High-tech manufacturing includes sectors such as pharmaceuticals, aerospace, electronics, and medical devices, characterized by high innovation and penetration, becoming a crucial platform for economic development [1]. - In 2024, China's high-tech manufacturing investment is expected to grow by 7.0%, with the added value of large-scale high-tech manufacturing increasing by 8.9%, surpassing the average growth of all large-scale industries by 3% [1]. - The independent production of C919 and C909 aircraft has seen an addition of 330 new orders and nearly 50 deliveries, setting historical records [1]. - From January to February this year, the added value of large-scale high-tech manufacturing increased by 9.1% year-on-year [1]. Group 2: Challenges and Strategic Focus - Despite notable progress, challenges remain, such as reliance on foreign technology for key core technologies and the need to advance from lower to higher value-added segments in the global value chain [2]. - To sustain the development of high-tech manufacturing, it is essential to enhance innovation awareness and improve the environment for innovation, recognizing the close relationship between high-tech manufacturing and emerging technologies like AI and commercial aerospace [2]. - Strengthening the role of leading technology enterprises and forming innovation consortia led by companies can improve the adaptability of research outcomes [2]. Group 3: Education and Research Integration - Improving the efficiency of the integration of production, education, and research is vital for the development of high-tech manufacturing, creating a seamless connection from research to application [3]. - Ensuring that research outcomes drive the development of high-tech manufacturing requires addressing systemic barriers and facilitating the conversion of research results into practical applications [3]. - Enhancing the weight of technology transfer in research assessments and promotions can increase the motivation of researchers to convert scientific achievements into industrial applications [3].