□ 管淼 郁佳莉 陆文燕 高校作为人才培养的主阵地，要坚定不移地走好拔尖创新人才自主培养之路，有组织地培养造就更多创 新人才和创新团队，把人才优势转化为培育和发展新质生产力的有效动能。近年来，学院着力培养支撑 新质生产力发展的新型技术人才，具体措施包括：一是全面推行"项目化、情境化"教学。学院打破以课 堂为重点、以教师为中心的传统模式，将企业真实项目、典型案例和技术难题引入课堂。例如，教师将 思必驰公司的"场景识别难题"转化为阶段性教学任务，学生在课堂上完成需求分析、方案设计，在实验 室进行算法模拟与验证，最终形成的优化算法获企业部分采纳，团队毕业生均被企业优先录用。这一过 程完整展示了"教学做一体化"的项目实施流程。二是强化实践教学与科研创新深度融合。学院注重引导 学生在导师的带领下参与科研项目，锻炼其科研创新和实践操作能力。以电子信息工程专业学生团队为 例，在导师带领下，历经文献调研、原理验证、原型试制、性能测试等多轮科研循环，最终成功研制出 新型传感器并获得多项专利。这标志着学生的能力已从技术应用提升至原始创新阶段。充分提升了学生 的科研成就感和创新自信心。三是着力构建跨学科培养体系，以提升学生创新思维 ...

Core Viewpoint - Sichuan Mingstar Power Co., Ltd. has signed a cooperation framework agreement with Tsinghua Sichuan Energy Internet Research Institute to enhance collaboration in energy technology and innovation [2][3][15] Group 1: Agreement Overview - The cooperation agreement is a framework agreement, and specific projects will be determined later, without requiring board or shareholder approval [2][3] - The agreement aims to establish a solid partnership based on mutual benefits, focusing on accelerating the transformation and application of scientific research results [6][15] - The agreement is effective for five years from the date of signing [13] Group 2: Cooperation Objectives - The collaboration aims to promote technological innovation in the power industry, particularly in new energy and artificial intelligence applications [7][11] - The agreement includes plans for upgrading the company's information management systems and optimizing business processes [7][12] - A joint technology innovation management committee will be established to oversee project decisions and coordination [8] Group 3: Responsibilities and Contributions - Tsinghua Sichuan Energy Internet Research Institute will provide consulting and technical services for digital transformation and technological innovation [11] - The company will allocate necessary resources and funding for research projects, while the institute will offer technical support and integrate university resources [9][10] - All intellectual property generated during the cooperation will be jointly owned or shared according to pre-agreed terms [10] Group 4: Impact on the Company - The agreement does not specify any financial commitments and its impact on the company's performance will depend on the execution of future projects [15] - The cooperation is expected to enhance the company's market competitiveness and align with its long-term development strategy [15]

Core Viewpoint - The new sensor developed by Asahi Kasei utilizes indium arsenide, which is more sensitive to magnetism than traditional silicon, enabling high-precision magnetic detection without the need for metal components [2][5]. Group 1: Product Development - The new sensor is expected to begin production in the second half of 2026, with actual deployment in electric vehicles anticipated after 2027 [4]. - This sensor will be integrated into the "traction inverter" used for motor control, playing a crucial role in current detection [4]. Group 2: Technical Advantages - The new sensor allows for a 10% reduction in the size of the inverter by eliminating the need for a metal component known as a "magnetic core," which was previously used to enhance the magnetic field [5]. - The increased sensitivity to magnetism enables the detection of subtle changes in current, resulting in faster response times and improved control precision of the inverter [5]. - Enhanced motor driving efficiency leads to reduced unnecessary power consumption, contributing to overall energy savings [5].