en.Wedoany.com Reported - China's new energy vehicle independent brands are attracting widespread attention with their innovative breakthroughs. Behind key technologies such as solid-state batteries, full-domain AI-assisted driving, and end-to-end intelligent cockpits lies a crucial yet often overlooked common support—design. From the system layout of battery packs to the information architecture of human-machine interaction interfaces, from vehicle body aerodynamic optimization to human-centric considerations in cockpit space, design is no longer simply about "drawing a good-looking blueprint." Instead, it has become a systematic engineering effort that integrates technology, materials, experience, safety, and even full lifecycle carbon emissions.

The "Opinions on Promoting the Expansion and Quality Improvement of the Service Industry" issued by the State Council explicitly calls for cultivating leading industrial design enterprises and enhancing their professionalism and international reach. As AI technology profoundly reshapes various industries, design is accelerating its transformation from traditional aesthetic and creative functions to systematic solutions encompassing technology, economy, society, and ecology. During the "15th Five-Year Plan" period, it is essential to push the design service industry toward specialization and higher value chains, empowering high-quality development through innovative design.

Currently, a prominent contradiction in China's design field is that while AI tools are becoming increasingly "intelligent," system integration capabilities have not kept pace. Many enterprises' industrial design remains at a superficial level of "designing for appearance," lacking the awareness to incorporate multiple dimensions such as technology, economy, society, and ecology into systematic solutions. Huawei's foldable screen phones have secured a foothold in the high-end market thanks to their leading industrial design, while China's domestically produced large aircraft fluid simulation, leveraging AI platforms, has reduced simulation time to 1/20 to 1/30 of the original. These cases demonstrate that true innovative design is not about "drawing blueprints" but "building systems." The design industry must accelerate its transformation from "form design" to "system design," coordinating elements such as materials, energy, information, manufacturing, and space to provide full-chain solutions for strategic emerging industries.

AI technology is profoundly reshaping the creative model of design. In the conceptual design phase, generative AI can rapidly output multiple solutions; in the prototype verification stage, AI simulation can identify structural defects in advance; in remote collaboration scenarios, human-machine dialogue has become the norm. Data from China's first batch of 15 leading-level smart factories shows an average production efficiency increase of 29% and a reduction in product defect rates by 47%. AI is not a replacement for designers but a powerful collaborative partner. The essence of human-machine collaboration lies in: AI handles "computation," while designers handle "thinking"; AI handles "speed," while designers handle "quality." China has built 42 ten-thousand-card intelligent computing clusters, with intelligent computing power ranking among the top globally, and the application rate of AI technology in above-scale manufacturing enterprises exceeds 30%, providing a solid foundation for the intelligent transformation of the design industry.

The key to promoting innovative design lies in talent. Currently, design talent cultivation faces a disconnect between "what universities teach, what enterprises use, and what the era demands." Many university design courses still focus on traditional modeling training, with insufficient instruction on AI tools and interdisciplinary knowledge. Meanwhile, the supply of composite design talents that enterprises urgently need—those who "understand technology, can collaborate, and have ethical awareness"—falls far short of demand. Resolving this contradiction requires multi-faceted efforts. At the basic education stage, design thinking should be integrated into comprehensive practical activity courses in primary and secondary schools, fostering problem-awareness and integration skills from a young age. At the higher education stage, universities should be encouraged to offer interdisciplinary courses such as "Design + AI" and "Design + Materials Science," promoting the extension of new engineering and new liberal arts disciplines into design. At the career development level, the pace of cultivating composite talents should be accelerated, supporting new design professions such as service design engineers and green design engineers with AI application capabilities.

Currently, the deep integration of AI and design is opening up unprecedented development space. Design industry professionals must seize the AI opportunity, respond to industrial transformation through system integration, safeguard technological warmth with humanistic care, promote sustainable development with green concepts, and align design with industrial needs and people's aspirations, contributing to high-quality development and the construction of Chinese-style modernization.