为研判工程科技前沿发展趋势，敏锐抓住科技革命新方向，中国工程院自2017年起开展全球工程前沿研究项目，每年研判并发布全球近百项工程研究前沿和工程开发前沿，以期发挥学术引领作用，积极引导工程科技和产业创新发展。2022年度全球工程前沿研究项目依托中国工程院9个学部及中国工程院《工程》系列期刊，联合科睿唯安开展研究工作。研究以数据分析为基础，以专家研判为核心，遵从定量分析与定性研究相结合、数据挖掘与专家论证相佐证、工程研究前沿与工程开发前沿并重的原则，凝练获得95个工程研究前沿和93个工程开发前沿，并重点解读29个工程研究前沿和29个工程开发前沿。报告由两部分组成：第一部分主要说明研究采用的数据和研究方法；第二部分包括机械与运载工程，信息与电子工程，化工、冶金与材料工程，能源与矿业工程，土木、水利与建筑工程，环境与轻纺工程，农业，医药卫生和工程管理9个领域报告，描述与分析每个领域的工程研究前沿和工程开发前沿，并对重点前沿进行详细解读。
本书适合各相关领域的科研人员、工程技术人员、高校师生以及政府相关部门的公务员阅读。本书为英文版。

Foreword
Part A Methodology
1 Identification of engineering research fronts
1.1 Acquisition and preprocessing of paper data
1.2 Mining of clustered literature topics
1.3 Determination and interpretation of research fronts
2 Identification of engineering development fronts
2.1 Acquisition and preparation of patent data
2.2 Mining of patent topics
2.3 Determination and interpretation of development fronts
3 Development roadmap
4 Terminologies
Part B Reports in Different Fields
Ⅰ.Mechanical and Vehicle Engineering
1 Engineering research fronts
1.1 Trends in Top 10 engineering research fronts
1.2 Interpretations for three key engineering research fronts
2 Engineering development fronts
2.1 Trends in Top 10 engineering development fronts
2.2 Interpretations for three key engineering development fronts
Ⅱ.Information and Electronic Engineering
1 Engineering research fronts
1.1 Trends in Top 10 engineering research fronts
1.2 Interpretations for three key engineering research fronts
2 Engineering development fronts
2.1 Trends in Top 10 engineering development fronts
2.2 Interpretations for three key engineering development fronts
Ⅲ.Chemical， Metallurgical， and Materials Engineering
1 Engineering research fronts
1.1 Trends in Top 12 engineering research fronts
1.2 Interpretations for three key engineering research fronts
2 Engineering development fronts
2.1 Trends in Top 10 engineering development fronts
2.2 Interpretations for three key engineering development fronts
Ⅳ.Energy and Mining Engineering
1 Engineering research fronts
1.1 Trends in Top 12 engineering research fronts
1.2 Interpretations for four key engineering research fronts
2 Engineering development fronts
2.1 Trends in Top 12 engineering development fronts
2.2 Interpretations for four key engineering development fronts
Ⅴ.Civil， HydrauIic， and Architectural Engineering
1 Engineering research fronts
1.1 Trends in Top 10 engineering research fronts
1.2 Interpretations for three key engineering research fronts
2 Engineering development fronts
2.1 Trends in Top 10 engineering development fronts
2.2 Interpretations for three key engineering development fronts
Ⅵ.Environmental and Light Textite Engineering
1 Engineering research fronts
1.1 Trends in Top 10 engineering research fronts
1.2 Interpretations for three key engineering research fronts
2 Engineering development fronts
2.1 Trends in Top 10 engineering development fronts
2.2 Interpretations for three key engineering development fronts
Ⅶ.Agriculture
1 Engineering research fronts
1.1 Trends in Top 11 engineering research fronts
1.2 Interpretation for three key engineering research fronts
2 Engineering development fronts
2.1 Trends in Top 11 engineering development fronts
2.2 Interpretations for three key engineering development fronts
Ⅷ.Medicine and Health
1 Engineering research fronts
1.1 Trends in Top 10 engineering research fronts
1.2 Interpretations for three key engineering research fronts
2 Engineering development fronts
2.1 Trends in Top 10 engineering development fronts
2.2 Interpretations for three key engineering development fronts
Ⅸ.Engineering Management
1 Engineering research fronts
1.1 Trends in Top 10 engineering research fronts
1.2 Interpretations for four key engineering research fronts
2 Engineering development fronts
2.1 Trends in Top 10 engineering development fronts
2.2 Interpretations for four key engineering development fronts
Participants of General Plan Group