2026年初,智能工程与科技协会(AIET)联合亚太地区多家合作机构,共同发起首届「亚太智能制造产学研创新论坛」。本次论坛旨在搭建学术研究与产业实践的深度对话平台,推动智能制造领域的技术成果转化与跨区域协作。

论坛以「从实验室到产线:智能制造的落地路径与创新挑战」为主题,邀请来自香港、新加坡、日本、澳大利亚及中国内地的学术研究者、产业技术专家及政策研究者参与。活动采用线上线下结合形式,主会场设于香港,同时在新加坡及东京设立分会场。

论坛设置三个核心议题板块:第一板块聚焦智能产线的柔性化设计与优化,探讨多品种小批量生产模式下的智能调度与质量保障策略;第二板块关注工业人工智能的工程化部署,分析AI模型从研发到产线落地过程中面临的数据、算力及可靠性挑战;第三板块围绕产学研协同创新机制展开讨论,研究如何建立高效的技术成果转化路径与利益共享框架。

AIET学术委员会主席在开幕致辞中指出,当前智能制造领域面临的核心挑战已从「技术可行性」转向「工程可落地性」,学术界与产业界之间的认知鸿沟亟需通过持续的深度对话来弥合。协会将持续推动此类跨界交流活动,为智能制造领域的技术创新与产业升级贡献学术力量。

本次论坛共收到来自8个国家与地区的逾60份学术报告摘要,经学术委员会筛选后,遴选出28份报告进行正式交流。论坛期间还举办了青年研究者海报展示环节,为亚太地区的青年工程师提供了展示研究成果与建立学术联结的平台。论坛成果将由协会整理编辑,纳入后续学术出版物。

At the beginning of 2026, the Association of Intelligent Engineering and Technology (AIET), together with multiple partner institutions in the Asia-Pacific region, jointly initiated the first Asia-Pacific Intelligent Manufacturing Industry-Academia-Research Innovation Forum. The forum aims to build an in-depth dialogue platform between academic research and industrial practice, and to promote the transformation of technological achievements and cross-regional collaboration in intelligent manufacturing.

The forum is themed "From Laboratory to Production Line: Implementation Pathways and Innovation Challenges of Intelligent Manufacturing" and invites academic researchers, industrial technology experts, and policy researchers from Hong Kong, Singapore, Japan, Australia, and Mainland China to participate. The event adopts a combined online and offline format, with the main venue in Hong Kong and sub-venues in Singapore and Tokyo.

The forum sets up three core topic sections. The first section focuses on flexible design and optimization of intelligent production lines, discussing intelligent scheduling and quality assurance strategies under multi-variety, small-batch production models. The second section focuses on engineering deployment of industrial artificial intelligence, analyzing the data, computing power, and reliability challenges faced by AI models as they move from research and development to production line implementation. The third section discusses industry-academia-research collaborative innovation mechanisms and studies how to establish efficient pathways for transforming technological achievements and frameworks for sharing benefits.

In the opening address, the Chair of the AIET Academic Committee noted that the core challenge currently facing intelligent manufacturing has shifted from "technical feasibility" to "engineering implementability," and that the cognitive gap between academia and industry urgently needs to be bridged through sustained and in-depth dialogue. The Association will continue to promote such cross-boundary exchange activities and contribute academic strength to technological innovation and industrial upgrading in intelligent manufacturing.

The forum received more than 60 academic report abstracts from eight countries and regions. After screening by the Academic Committee, 28 reports were selected for formal exchange. During the forum, a young researcher poster presentation session was also held, providing young engineers in the Asia-Pacific region with a platform to display research outcomes and establish academic connections. The forum outcomes will be organized and edited by the Association and included in subsequent academic publications.