Cargo Containers. Image credit: Unsplash摘要
Supply chain sustainability has gone beyond the sustainability-performance towards sustainability-practice approach, and how can digital technologies enhance such sustainability-practice approach for improving resilience and human rights, especially as part of the green and digital twin transition after the Covid-19 pandemic? To enrich the sustainability-practice approach with digital, resilient, and human labor considerations, the paper has conducted a roadmapping exercise based on knowledge mapping on the topic. The knowledge dataset was collected in late December 2022 from the Web of Science Core Collection. By mapping the current supply chain knowledge in the dimensions of resilience, human rights, and digital technologies, the knowledge mapping results, including the intellectual and conceptual structure and the main concepts and ideas, form the basis for the roadmapping taxonomy proposed in the paper. The taxonomy highlights the importance of dynamics capabilities facing supply chain disruptions, especially their ripple effects, along with the corresponding digital technologies to enhance the human social dynamics in facing such disruptions. The proposed taxonomy synthesized the knowledge of practices and theories learned from the major impact of Covid-19 in shaping supply chain practices with the help of digital technologies and human cooperation. By providing a people- and community-centric knowledge-based framework and relevant managerial insights, as the main contribution of the research, the taxonomy should help professionals and researchers to enhance their understanding of resilience in designing and implementing digital solutions that shape actions and interactions that are articulated and circulated in networked, digitized, and datafied forms, with the ultimate purpose to improve the supply chain and operations practices for sustainability.
说明
此原创研究文章基于 Web of Science 核心合集中收集的数据，产出供应链弹性和人权的知识图谱，并提出一路线图分类法，有以下特性：
- 面对供应链中断时，需使用相应的数字技术，以增强面对中断时的动态能力
- 具有以人和社区为中心的视角和一些管理见解，
- 通过以网络化、数字化和数据化的形式塑造行动和互动
- 供应链绿色和数字化转型可提高供应链可持续性
- 人权文献相对少，以人为本的绿色且正义转型(just transitions)，需要更多研究
潘仲亷
策略合作伙伴，南方创新谷-知研
澳恪森数智科技服务公司策略合作伙伴，南方创新谷-知研指导老师，潘仲亷博士提供供应链金融、绿色金融科技等产学研协作发展方案。同時是广州南方学院（成立时正式名称为中山大学南方学院）的校级研究中心及校级实验室ESG数据驱动决策实验室的核心成员，自2023年4月起，潘博士担任校级研究中心GDT for Green Digital Transformation 主任。潘博士一直在金融科技领域+科技金融领域，从事绿色数字化转型领域的科研双创及企业创新的跨学科工作。
廖汉腾
负责人﹑数据科学家 Lead Data Scientist
澳恪森数智科技服务公司负责人﹑数据科学家。牛津大学博士，台湾大学电气工程及外文双学士﹑计算机科学与信息工程及新闻双硕士。曾任开源软件平台项目经理，博士后先后于美国乔治城大学﹑德国亚历山大·冯·洪堡大学﹑联合国大学﹑等智库，迸行循证网络数据科学(Network and Data Science)互联网政策(Internet Development Policy)研究。自 2017 年到 2023 年初创建澳恪森数智之前，他先后担任广州南方学院（前身为中山大学南方学院）的副教授、网络与新媒体专业主任、系副主任等职位，培育出5位能协同贯穿互联网产品经理的数据科学+设计思维+系统思维的人才培养方案及课程，并在民办二本院校三年内取得包括如省级一流课程、国家级学科竞赛一等奖零突破成果。除了有3位指导学生提前毕业，1位取得顶尖EIT欧洲创新与技术研究院硕士生(在读)学习成果之外，在课余更指导学生及同僚发表英文论文写作工作坊近百次并建立已近百篇论文发表的学习旅程及教案。在高校产学研用科研创新领域，完成《2019年世界生态设计大会：互联网生态设计向善》报告﹑成功建设校级研究中心及校级实验室ESG数据驱动决策等成果。研发兴趣包括 数字化绿色化双化转型﹑碳中和数智平台﹑及人工智能科技向善。创建澳恪森目的是推进生态设计﹑商业生态系统两者的产学合作，集成﹑可审计和负责任的数据驱动决策产出正面社经及环境影响。