Release time：2025-09-17
As a high-level talent introduced by CASMT, Dr. Kevin graduated from Tsinghua University and has more than ten years of R&D and industrialization experience in the field of intelligent manufacturing. He has published multiple academic papers in renowned journals and delivered professional presentations at international conferences. He has led several national and international key projects, achieving breakthrough results in smart production line design, industrial/collaborative flexible robotics solutions, and automation process development. His technological achievements have been widely applied in high-end manufacturing scenarios in the automotive, general industry, electronics (3C), and medical sectors, providing essential technical support for both standardized and customized automation solutions.
Deep Focus on Intelligent Manufacturing: Leading Talent Driving Technological Breakthroughs
Recently, the first batch of selected projects under the 2025 Changzhou “Longcheng Talent Program” for the introduction and cultivation of leading innovative talents was officially announced. The project submitted by CASMT (Changzhou) Intelligent Manufacturing Co., Ltd. — “Design and Development of an Intelligent Assembly and Testing Line for RV Reducers in Humanoid Robot Applications” — was successfully selected. The project is spearheaded by Dr. Kevin, Global Business Development and Strategy Director of CASMT, focusing on the core transmission technology bottlenecks of humanoid robots, aiming to drive innovation in high-end equipment manufacturing through breakthroughs in intelligent technology. As a leader with both academic depth and industrialization experience, Dr. Kevin’s expertise in intelligent equipment system integration and interdisciplinary technological integration provides full-chain technical leadership from theory to practice for the project.
Addressing Industry Challenges: Intelligent Manufacturing Empowering Industrial Upgrading
The RV reducer is a core component enabling high-precision motion control in humanoid robots, with its assembly and testing accuracy directly impacting overall performance. However, traditional manufacturing models face three major challenges: first, error detection is highly difficult, with micron-level deviations hard to capture in real time; second, repeatability and precision stability are insufficient, with cumulative deviations arising during long-term operation; and third, traditional testing methods are inefficient, making it hard to meet the demands of large-scale mass production.
To address these challenges, the CASMT project team has proposed an integrated “intelligent assembly + closed-loop testing” solution. Based on his experience leading national smart production line projects, Dr. Kevin has innovatively integrated AI vision inspection, multi-sensor fusion, and digital twin technology. His previous achievements in high-precision automation process development in the automotive and 3C industries provide proven methodologies for overcoming the technological bottlenecks of RV reducers.
Industry-Academia-Research Collaborative Innovation: Building a New Intelligent Manufacturing Ecosystem
As a national-level “Little Giant” enterprise specializing in advanced and innovative technologies, CASMT has consistently deepened industry-academia-research collaboration with universities and research institutes. During the course of this project, the team will collaborate with leading academic institutions to jointly tackle challenges in precision machining, intelligent algorithms, and equipment reliability. At the same time, CASMT will leverage its extensive experience in smart production line delivery to accelerate the commercialization of research outcomes, creating a complete technical closed-loop from laboratory to production line.
Rooted in Changzhou: Supporting the Development of Strategic Emerging Industry Clusters
As an advanced manufacturing hub in the Yangtze River Delta, Changzhou is accelerating its efforts to build a “robotics industry stronghold.” Being selected for the “Longcheng Talent Program” not only recognizes CASMT’s technological strength but also reflects Changzhou’s support for innovation in the intelligent manufacturing sector. Project leader Dr. Kevin stated: “We will take this recognition as an opportunity to closely collaborate with the company’s R&D team, industry experts, and academic power, fully leveraging the multiplier effect of ‘talent + technology.’ I look forward to breaking through the mass production bottleneck of RV reducers within two years through deep industry-academia-research cooperation. This will not only build CASMT’s core competitiveness but also drive the exponential growth of Changzhou’s robotics industry cluster, injecting strong innovation momentum into Jiangsu’s high-end equipment manufacturing sector and writing a new chapter for ‘Made in China, Created by China.’” Looking ahead, CASMT will continue to be guided by leading talent, driven by technological innovation, deeply cultivating intelligent manufacturing segments,Promote more key technologies to achieve domestic substitution, and providing “China Solutions” for the transformation and upgrading of global manufacturing.
2025-09-17
Recently, CASMT (Changzhou) Intelligent Manufacturing Co., Ltd. and Hengchuang Zhixing officially reached a strategic cooperation. The two parties will carry out in-depth collaboration around the passenger vehicle EMB production line project, jointly promoting technological breakthroughs and global deployment of China’s new energy vehicle industry chain in the field of high-end equipment manufacturing. This cooperation marks a key leap for Chinese enterprises in the smart braking system field, from "technology catching up" to "ecosystem co-construction."The "Hidden Champion" in Automotive Braking Hengchuang Zhixing is a high-tech enterprise specializing in the research and manufacturing of vehicle electronic control braking systems, making significant progress in both commercial and passenger vehicle braking systems, and holding a leading position in the industry in Electro-Mechanical Brake (EMB) technology. Leveraging the strong foundation of Wan’an Group in automotive chassis control systems, Hengchuang Zhixing focuses on the industrialization and promotion of EMB technology, forming complementary technology and market synergy. It is also a leading company in the industrialized application of EMB. Its EMB products feature high integration, intelligence, rapid response, precision braking, and superior safety compared to traditional pneumatic braking systems. The "Safety Cornerstone" of New Energy Vehicles and Autonomous Driving The EMB (Electro-Mechanical Brake) system replaces traditional hydraulic braking with direct motor drive, achieving a braking response time of under 90 milliseconds, while also offering advantages such as lightweight design, low maintenance cost, and high intelligent compatibility. As a core actuator for L3 and above autonomous driving, EMB technology is globally regarded as the standard solution for next-generation braking systems. According to industry analysis, global EMB system sales reached $0.01 billion in 2023 and are expected to reach $19.45 billion by 2030, with the Chinese market potentially accounting for over 10.3%. However, its industrialization faces two major challenges: high-precision assembly requirements and stability verification for large-scale production. Solving the "Bottleneck" and Reshaping the Global Industry LandscapeCASMT has already implemented a commercial EMB final assembly and testing line. Using third-generation EOL performance testing technology, it can complete critical processes such as rollover function verification and semi-physical simulation, greatly improving assembly efficiency. In this cooperation, CASMT will be responsible for the development of flexible production line modules, integration of AGV logistics systems, and MES digital management, achieving mass production, shortening EMB product development cycles, reducing line brake costs, and accelerating the commercialization of advanced autonomous driving. Image Source: Internet With the global energy transition and development of autonomous driving technology, EMB systems will become the "high ground" of the new energy vehicle industry chain. The strategic cooperation between CASMT and Hengchuang Zhixing has conducted forward-looking exploration and practice in domestic EMB production line equipment technology. Through a "technology licensing + joint development" model, it promotes China's transformation from an "importer of braking systems" to a "technology standard exporter." In the future, both parties plan to extend cooperation to intelligent chassis, vehicle networking, and other fields, providing China’s solutions for global manufacturing industry intelligent upgrading.2025-09-17
2025-09-17
In today’s era where AI technology is accelerating its penetration across industries, the question of how frontier technologies can truly serve the real economy has become a focal point of attention. Dr. Yintang Dai, Chief Scientist of the CASMT AI team, leveraging two decades of academic expertise and industrial practice in the field of artificial intelligence, has led his team to successfully develop the "CASMT AI Flexible Automation Design Large Model," providing breakthrough solutions for intelligent manufacturing and industrial design. This scientist, who integrates top-tier academic background with practical industry experience, is advancing an “integration of research, education, and application” innovation model, driving AI technologies from the laboratory to large-scale application.Technological Breakthrough: Industrial Practice of the Flexible Automation Design Large Model As one of the core achievements of the CASMT AI team, the "CASMT AI Flexible Automation Design Large Model" overcomes the limitations of traditional industrial design software characterized by “single functions and fixed processes.” By integrating natural language processing, deep learning, and knowledge graph technologies, the model realizes intelligent generation from requirement texts to design solutions, supporting multi-scenario and cross-domain automation design needs.“Traditional industrial design requires engineers to manually write parameters and debug models, whereas our system can understand natural language descriptions of design requirements and automatically generate 3D models and process solutions that meet engineering standards,” explained Dr. Dai. This innovation stems from his deep insight into industry pain points: during intelligent manufacturing upgrades, enterprises often face challenges such as long design cycles, high customization costs, and shortages of specialized talent.The technical team has built a large-scale industry knowledge base and, by combining self-supervised learning with reinforcement learning algorithms, has enabled the model to possess a closed-loop ability of “learning–reasoning–optimization.”Integration of Research and Application: From the Laboratory to IndustryDr. Dai’s career has always been driven by a persistent pursuit of “technology implementation.” After joining CASMT, he promoted the establishment of an innovation cycle of “demand insight – technology R&D – scenario verification – iterative optimization.” During the development of the CASMT AI large model, the team co-established joint laboratories with leading enterprises in the electronic information and other sectors. Leveraging CASMT’s strong design resource base, they collected millions of high-quality training data points from over 100 production lines and tens of thousands of design requirement data sets, ensuring that the model output aligns with engineering realities.Ecosystem Building: Cultivating Innovative Talents in the AI Era Dr. Dai has always emphasized knowledge transfer and team development. At CASMT, he introduced a “mentorship system,” requiring technical experts to undertake both R&D and training responsibilities, thereby cultivating interdisciplinary talents proficient in both algorithms and processes.“The development of artificial intelligence requires a two-way collaboration between academia and industry,” Dr. Dai noted. The team is collaborating with multiple universities to establish “intelligent design joint laboratories,” opening part of the desensitized industry data for teaching and research while offering outstanding students opportunities to participate in real-world projects. This open collaboration model has already attracted more than 20 members, including 5 PhDs and 6 Masters graduates, to join the team. Future Outlook: Making AI a Universal Tool for Industrial UpgradingIn the face of global competition driven by large model technologies, our goal is not to replace human labor with AI, but rather to free human resources from tedious and repetitive design tasks, enabling them to truly focus on higher-level research and development in manufacturing technologies. The team’s next step is to optimize the lightweight deployment capability of the model to reduce the application threshold for small and medium-sized enterprises, while also exploring integration paths with technologies such as digital twins and the industrial metaverse. Currently, the team has also launched the research and development of the CAX AI unified platform, which integrates design, simulation, and manufacturing. The ultimate value of artificial intelligence does not lie in the size of its parameters, but in whether it can truly solve real problems in human society. Leveraging its multimodal, domain-specific industrial large model technology, the CASMT AI Flexible Automation Design Large Model deeply empowers intelligent manufacturing, driving efficiency improvements and model innovation across the industry. At the same time, through data-driven decision-making and flexible automation design, it reshapes the industrial ecosystem and becomes a core engine for upgrading intelligent manufacturing.
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