Unit 10.2 Understanding the Strategy of Building a Sci-Tech Powerhouse 理解科技强国战略
课程:《理解当代中国》系列英语课程(UCYYXLV001)主讲:对外经贸大学 陈源泉 教授(数字分身)词汇 10 条句型 4 条要点 2 条
一、本课要点
- 企业引领创新引擎:企业主导研发投入与产业链整合,从技术使用者转型为创新架构师。
- 产学研化学键合:破除松散合作壁垒,依托双首席等机制实现科研与产业的高效融合。
二、核心词汇(10)
| 词条 | 释义 / 讲解 |
|---|
| innovation ecosystem | 指由各类创新主体构成的协同网络,本讲强调企业主导的新生态。 |
| enterprise-led model | 强调企业作为创新决策核心,引领产业链技术突破与资源配置的模式。 |
| industry academia, and research | 指产业界、高校与科研机构深度协同合作,共同推动技术研发与转化。 |
| R&D expenditure | 指用于科学研究与技术开发的费用,本讲中企业占比达76%居主导。 |
| end-to-end innovation chain | 涵盖从基础材料研发到终端智能制造的全链条创新体系。 |
| cluster-driven innovation | 依托地理集聚的高新园区形成规模效应,加速技术迭代与产业孵化。 |
| tech-transfer cycles | 指实验室成果转化为实际生产力的时间周期,本讲强调其大幅缩短。 |
| innovation reactors | 比喻创新枢纽区域像反应堆一样高效催化技术突破与成果落地。 |
| Chemical Bonding | 喻指产学研合作从松散结合转向深度交融,形成紧密利益共同体。 |
| Dual Lead Scientist System | 校企联合设立的双负责人机制,打破传统壁垒实现科研与产业对接。 |
三、句型与语法点(4)
| 要点 | 说明 |
|---|
| ...reflect a profound shift in... | 用于指出数据或现象背后反映出的深层战略转变与趋势。 |
| ...transitioning from being A to B | 描述主体角色或定位发生根本性转变的动态过程与路径。 |
| ...marks China’s entry into a... phase | 强调某一发展态势标志着国家或区域进入特定新阶段。 |
| ...act as... | 比喻说明某事物在体系中发挥的核心功能或催化作用。 |
四、课堂讨论题
1. 企业从技术使用者转变为创新链主导者,这一转变对中国科技自立自强有何深远意义?
2. 产学研深度融合如何打破传统科研壁垒,并加速科技成果向现实生产力转化?
3. 京津冀、长三角与粤港澳大湾区如何发挥科创集群优势,形成差异化协同创新格局?
4. 面对国际科技竞争加剧,中国企业主导的研发模式将为全球创新生态带来哪些新机遇?
5. 青年学子应如何把握科技强国战略机遇,在产学研协同中找准个人发展与国家需求交汇点?
五、Discussion Questions (English)
1. How does the shift of enterprises from technology users to innovation chain leaders profoundly impact China's self-reliance in science and technology?
2. How does the deep integration of industry, academia, and research break traditional scientific barriers and accelerate the translation of tech achievements into productive forces?
3. How do the Beijing-Tianjin-Hebei, Yangtze River Delta, and Greater Bay Area leverage their sci-tech cluster advantages to form a differentiated collaborative innovation landscape?
4. Amid intensifying international tech competition, what new opportunities will the enterprise-led R&D model bring to the global innovation ecosystem?
5. How should young students seize the opportunities of the sci-tech powerhouse strategy and align their personal development with national needs within collaborative innovation?
六、听力 / 讲稿全文
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Understanding the Strategy of Building a
Sci-Tech
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Powerhouse —Rebuilding the Innovation
Ecosystem:
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A New Enterprise-Led Model Integrating
Industry
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Academia, and Research Hello, everyone!
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When Huawei’s HarmonyOS surpasses 900
million
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installations and BYD’s blade battery
achieves
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Wh/kg energy density these numbers
reflect a profound shift
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in China's tech strategy: enterprises are
transitioning from being "end-users"
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of technology to "architects" of
innovation chains
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Today let's decode China’s strategic
roadmap for rebuilding its
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innovation ecosystem through the rise of
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enterprise leadership and deep
integration of industry
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academia, and research I. The Rise of
Enterprise Leadership:
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Powering the Innovation Engine
Enterprises now contribute 76% of China's
R&D expenditure
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far exceeding the OECD average In new
energy vehicles
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CATL invests over ¥10 billion annually to
build an end-to-end
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innovation chain—from materials R&D to
smart manufacturing
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Its mass-produced Qilin battery reaches
255 Wh/kg
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ushering in a "Chinese era" for global
battery tech
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This "Enterprise-Posed Challenges
Globally-Sourced Solutions" model is
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revolutionizing innovation: BYD partnered
with Tsinghua University on the Future
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Transportation Lab pioneering the world’s
first Cell-to-Body (CTB) technology
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to achieve 700-km range II. Innovation
Hub Clusters:
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Catalyzing a "Chemical Fusion"
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The rise of Beijing, Shanghai and the
Guangdong-Hong Kong-Macao Greater Bay Area
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as sci-tech hubs marks China’s entry into
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a "cluster-driven innovation" phase
Shanghai's Zhangjiang Science City hosts
24,000 tech firms;
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its "R&D-Pilot-Mass Production" gradient
system enabled
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domestic lithography machines to achieve
28nm resolution
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Shenzhen’s Guangming Science City slashed
tech-transfer
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cycles by 60% through
"Upstairs-Downstairs Innovation
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Complexes" linking labs and factories
incubating 12 STAR Market-listed firms
like Mindray
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These hubs act as "innovation reactors"—
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Beijing's Zhongguancun produces 327
patents per km²
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.8× denser than Silicon Valley III.
Industry-Academia-Research Fusion:
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From "Mechanical Assembly" to "Chemical
Bonding"
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Traditional collaborations often trapped
academia and
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industry in a "papers-for-patents" cycle
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New models are dismantling these walls:
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Xi’an Jiaotong University and Shaanxi
Auto Group
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established a "Dual Lead Scientist System"
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at their Future Transportation Institute
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co-developing hydrogen fuel-cell trucks
with 1,000-km range
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Hangzhou’s City Brain Project created a
"Government
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Challenges → Enterprise Solutions →
Academic Validation" loop
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Alibaba Cloud and Zhejiang University
optimized traffic signals
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cutting congestion by 15%.
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This "demand-driven application-oriented"
synergy is reshaping
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innovation value chains IV. Youth Mission:
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Architects of the New Ecosystem Students
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when you fine-tune algorithms in labs or
join corporate tech teams
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you're rebuilding the innovation ecosystem
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From enterprise-led innovation chains to
clustered sci-tech hubs
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from deep industry-academia-research
fusion
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to global network nodes—every stride in
China's sci-tech strategy calls upon your
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generation to answer with a pioneering
spirit
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Go forth and inscribe your legacy in this
great rebuilding!
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Thank you!
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