步进的制造 Stepping Manufacturing 

从原始的制造劳动到如今的制造业，制造连接着人的行为与文明的物质累积。面对如今充满棘手问题的世界，如何制造与构建物质环境成为了研究与解决问题的一条关键路径。

“步进的制造”这一板块探索从当下制造到未来制造的关键信息与潜在趋势，寻找设计、工程以及其他相关产业的协同前进的模式。一方面从基础的材料研发、制造工艺、技术原理、构成方式探索什么是制造；另一方面关注到其所映射的伦理、价值观以及更具宏观尺度的物质流与能源流。

协同在步进的发展中，设计不仅执行着将制造技术具身化的使命，同时也作为一股批判性力量不断审视着制造模式与制造哲学，并将要直面并试图解决从“如何高效的制造”到“如何适宜的制造”的系列问题。

From primitive manufacturing labor to today's manufacturing industry, manufacturing connects human behavior and the material accumulation of civilization. Facing today's world full of wicked problems, how manufacturing and constructing the material environment has become a key path for research and problem-solving.

The section of "Stepping Manufacturing" explores the key information and potential trends from current manufacturing to future manufacturing, and seeks the collaborative advancement mode of design, engineering and other related industries. On the one hand, it explores what manufacturing is from the basic material research and development, manufacturing process, technical principles, and composition methods; on the other hand, it focuses on the ethics, values, and material flow and energy flow on a more macro scale.

In the step-by-step development of synergy, design not only performs the mission of embodying manufacturing technology, but also constantly examines manufacturing models and manufacturing philosophies as a critical force, and will face and try to solve the problem of "how to efficiently manufacture " to "how to properly manufacture" series of questions.

 大健康预防 From Cure to Prevention 

不仅受到新冠疫情的影响，大健康的概念在社会需求与疾病谱的改变下氤氲而生。健康不再被认为是单一的生物医学问题，而是同时涵盖了心理、生理、社会、环境等多方面的综合健康因素。

“大健康预防”板块正是对这一趋势的响应：从针对治病-医疗的单一模式设计，逐步转向大健康-预防的复合系统设计。大健康系统涉及到长时间跨度——从防病、治病到养病；以及广辐射范围——包括与健康连接的生产、生活、消费。对应的，健康设计也从医疗产品设计转向了与健康相关的信息系统设计、辅助工具设计、服务设计、危机应急设计甚至组织模式设计，并尝试以设计的视角洞察未来大健康发展的潜在可能。

Not only is it affected by the epidemic, but the concept of general health has emerged under the changes of social needs and disease spectrum. Health is no longer considered a single biomedical issue, but a comprehensive health factor that covers many aspects such as psychology, physiology, society and environment.

The "From Cure to Prevention" section is a response to this trend: from a single model design for disease medical treatment, it gradually shifts to a comprehensive system design of general health prevention. The health system involves a long time span from disease prevention, treatment to recovery; and a wide range of radiation, including production, life, and consumption connected with health. Correspondingly, health design has also shifted from medical product design to health-related information system design, auxiliary tool design, service design, crisis emergency design and even organizational model design, and attempts to gain insight into the potential of future health development from a design perspective.

 环境共存 Environmental Coexistence 

“环境共存”板块聚焦于人与环境关系的共生共存趋势。广义的“环境”既指代自然生物环境，从微小的DNA、细菌、噬菌体到动植物的存活、生长模式以及生态圈；又涉及到包括能源、矿物、地质运动、洋流等非生物环境。同时，不可忽视的还有技术、文化对自然空间秩序再造所形成的“人类世”环境。

面对日益复杂的全球系统以及巨大危机的挑战，人类中心主义的弊端逐步显露。这不仅在暗示着我们需要对于“非人权利”加以关注，停止对于环境的剥削与掠夺；更近一步的是需要将人与环境联合以获得更大抵御灾害的弹性，通过仿生、生物系统、迁移学习等技术与设计手段重新构建人与环境的连接关系，并构想“共存时代”的范式与法则。

The "Environmental Coexistence" section focuses on the symbiotic coexistence trend of the relationship between human beings and the environment. The broad sense of "environment" not only refers to the natural biological environment, from tiny DNA, bacteria, phages to the survival, growth patterns, and ecological circles of animals and plants; it also involves non-biological environments including energy, minerals, geological movements, and ocean currents. At the same time, what cannot be ignored is the "Anthropocene" environment formed by the reconstruction of the order of natural space by technology and culture.

Facing the challenge of an increasingly complex global system and a huge crisis, the drawbacks of anthropocentrism are gradually revealed. This not only implies that we need to pay attention to "inhuman rights" and stop the exploitation and plunder of the environment; a step further is that we need to unite people and the environment to obtain greater resilience against disasters, through bionics, biological systems, Technology and design methods such as transfer learning rebuild the connection between people and the environment, and conceive the paradigm and rules of the "coexistence era".

 教育无处不在 Ubiquitous Education 

时代变革之中，教育模式也在渐进发展。极速迭代的知识、技能，对于复合型人才的需求都在预示着对更加泛在教育模式的需求。

“教育无处不在”将针对这一话题探索逐步发展中的泛教育趋势。在此语境中，教育逐渐隐匿了边缘轮廓，不仅作为一种严肃行动，同时回归了到了日常的各处。形式与场景不拘泥于课本或场景，教育对象也不限于未成年人。游戏与活动作为复合的实践方式能以沉浸式的、经历式的方式寓教于乐；交互式的设计道具拓展了获得认识的视角；网络则促进了获得知识、理解知识的途径和手段。无处不在的教育与学习，成为了社会行为中的新日常。

In the changing times, the education model is also gradually developing. Rapidly iterative knowledge and skills, and the demand for interdisciplinary talents all indicate the demand for a more ubiquitous education model.

"Ubiquitous Education" will explore the trend that education is everywhere. In this context, education gradually hides its fringe contours, not only as a serious action, but also returns to everyday life. The forms and scenes are not limited to textbooks or scenes, and the educational objects are not limited to minors. As a composite practice, games and activities can be entertaining and entertaining in an immersive and experiential way; interactive design props expand the perspective of understanding; the network promotes the ways and means of acquiring and understanding knowledge. Ubiquitous education and learning have become a new daily routine in social behavior.

 太空日常化 Space Daily 

从太空种子到空间站旅行，太空活动不仅作为组织性的探索性活动，也开始进入了日常的生活、生产、教育、消费。“太空日常化”将目光放在五年以后的这一远期未来，尝试构想太空活动日常化背景下的社会动向以及行为模式变化。

太空全新的物理常态将给予设计诸多机遇与挑战——异于地表的重力、加速度、传播介质、辐射强度；以飞行、悬浮为主的日常活动；超远距离的信息传播、交互控制体；以及极端环境下生存资源的供应保障。站在2023年，我们不妨以战略设计的角度观望探测这一未来，构想一个日常化太空中潜在的设计可能。

From space seeds to space station travel, space activities not only serve as organized exploratory activities, but also begin to enter daily life, production, education, and consumption. "Space Routinization" focuses on the long-term future five years later, trying to conceive social trends and changes in behavior patterns under the background of routine space activities.

The new physical normality of space will bring many opportunities and challenges to the design—gravity, acceleration, propagation medium, and radiation intensity different from the surface; daily activities mainly based on flight and suspension; ultra-long-distance information transmission, interactive control objects; and Guaranteed supply of survival resources in extreme environments. Standing in 2023, we might as well observe and explore this future from the perspective of strategic design, and imagine a potential design possibility in everyday space.

 文化空间重构 Cultural Environment Rebuilt 

新技术与新联络的建立不断冲击着传统社会文化空间的架构模式。构建中的新空间不仅连接了历史与未来信息、空间与地域信息，同时也滋养着新兴文化的繁荣。

“文化空间重构”这一板块将目光聚焦在文化空间的结构转变上，尝试洞察创建连接的范式创新与变革。传统的、历史的、情感的与新兴的、现代的、技术的指征在此交汇。这里既存在面向最广泛大众的呼吁，又存在回归个体的凝视。随着物质生产的累积，社会文化空间一同壮大。图谱式的、工具式的、媒介式的，穿梭于其中，不难觉察变革的暗流正在向四处涌动向前。

The establishment of new technologies and connections is constantly impacting the structural models of traditional social and cultural spaces. The new space under construction not only connects historical and future information, spatial and regional information, but also nourishes the prosperity of emerging culture.

The "Cultural Environment Rebuilt" section focuses on the structural transformation of cultural space, trying to gain insight into the paradigm innovation and transformation of creating connections. Traditional, historical, emotional and emerging, modern, technical signs meet here. There is both an appeal to the broadest public and a gaze back to the individual. With the accumulation of material production, the social and cultural space grows together. Map-style, tool-style, and media-style, shuttle among them, it is not difficult to detect the undercurrent of change is surging forward in all directions.

 人工智能协同 Artificial Intelligence Collaboration 

人工智能协同是指利用计算机算法和机器学习技术，让人与不同的人工智能系统互相协作，共同完成一项任务。在人工智能协同中，各个系统之间能够相互传递信息，分享知识，进行自我学习和优化，从而提高整个系统的性能和效率。

“人工智能协同”这一板块将探索从现今人工智能到未来人工智能的关键信息与潜在趋势，寻找人工智能在各个领域中与人类协同前进的模式。一方面从基础的算法、数据处理、模型优化、硬件设备等方面探索什么是人工智能协同；另一方面关注到其所映射的伦理、法律、社会和文化价值观，以及对人类社会的影响。

未来的人工智能协同不仅需要考虑技术的效益和利益，更需要考虑人类与自然环境之间的平衡和可持续性。人工智能协同需要在技术创新和社会利益之间寻找一种新的平衡，以实现人工智能协同的可持续性和人类社会的和谐发展。

Artificial intelligence collaboration refers to the use of computer algorithms and machine learning technology to allow different artificial intelligence systems to cooperate with each other and with human to complete a task together. In artificial intelligence collaboration, various systems can transfer information to each other, share knowledge, and perform self-learning and optimization, thereby improving the performance and efficiency of the entire will explore key information and potential trends from today's artificial intelligence to future artificial intelligence, and look for models of artificial intelligence and human beings working together in various fields. On the one hand, it explores what artificial intelligence collaboration is from the aspects of basic algorithms, data processing, model optimization, and hardware equipment; on the other hand, it focuses on the ethical, legal, social and cultural values it reflects, and its impact on human society.

Future artificial intelligence collaboration needs to consider not only the benefits and benefits of technology, but also the balance and sustainability between humans and the natural environment. Artificial intelligence collaboration needs to find a new balance between technological innovation and social interests in order to achieve the sustainability of artificial intelligence collaboration and the harmonious development of human society.

 数字平行世界 Digital Parallel World 

数字平行世界指的一个与现实世界相互独立且同时存在的虚拟世界。这个世界通过计算机和网络技术来构建和运行，由数字信息组成，可以在数字空间内进行各种活动和交互。数字平行世界与现实世界之间相互联系和影响。如今，在数字平行世界中的虚拟经济和虚拟财产已经成为了一个新的经济体系，数字平行世界中的社交关系和活动也对现实社会的社交互动和文化价值产生了影响。

未来数字平行世界的发展将更加普及和多元化，数字平行世界将成为人们生活和工作的一个重要组成部分，但也将面临更多的挑战和风险，如数据安全和隐私保护问题，同时也可能会引发道德和伦理问题。数字平行世界的未来发展需要在技术创新和社会利益之间寻找一个平衡，以实现数字平行世界的可持续性和人类社会的和谐发展。

The digital parallel world refers to a virtual world that is independent of the real world and exists simultaneously. The world is constructed and operated by computer and network technology, and is composed of digital information, and various activities and interactions can be carried out in the digital space. The digital parallel world is interconnected and influenced by the real world. Today, the virtual economy and virtual property in the digital parallel world have become a new economic system, and the social relations and activities in the digital parallel world have also had an impact on the social interaction and cultural value of the real society.

In the future, the development of the digital parallel world will become more popular and diversified. The digital parallel world will become an important part of people's life and work, but it will also face more challenges and risks, such as data security and privacy protection issues, and may also Moral and ethical issues can arise. The future development of the digital parallel world needs to find a balance between technological innovation and social interests in order to achieve the sustainability of the digital parallel world and the harmonious development of human society.