"工程—创新"二元驱动的航天复合材料类研究生科研能力培养链融通构建OA
工程技术飞跃发展促进人才需求动态变迁,实际工程需求与教育的深度融合成为培育契合社会进步的高端人才的破局之道.复合材料设计与制备专业课程,作为航天复合材料领域研究生教育体系的基石,精准对接新时代人才需求,实施"工程—创新"二元驱动的教学模式.融合理论与实践,强化创新思维与问题解决能力,构建系统连贯的研究生科研能力培养体系,助力"双一流"建设与学科发展,为航天强国战略注入创新活力与发展动能.
The rapid development of engineering technology promotes the dynamic change of talent demand,and the in-depth integration of actual engineering demand and education has become a breakthrough way to cultivate high-level talents in line with the progress of society.As the cornerstone of the postgraduate education system in aerospace composites,the professional program of composite material design and preparation accurately meets the needs of talents in the new era,and implements the teaching mode of"engineering-innovation".It integrates theory and practice,and strengthens innovative thinking and problem-solving ability.It builds a systematic and coherent system to cultivate the scientific research ability of postgraduates,assists the construction of"Double First-Class"and the development of disciplines,and injects innovation vitality and kinetic energy into the strategy of aerospace power.
矫维成;芦乔;郭红缘;赫晓东
哈尔滨工业大学,哈尔滨 150000哈尔滨工业大学,哈尔滨 150000哈尔滨工业大学,哈尔滨 150000哈尔滨工业大学,哈尔滨 150000
社会科学
工程—创新复合材料研究生培养科研能力思政育人
engineering-innovationcompositesgraduate educationresearch capabilityideological and political education
《高教学刊》 2026 (4)
12-16,5
哈尔滨工业大学研究生教学改革项目研究生点子专项"参与科学研究的模式——航天复合材料研究生科研能力培养链融通构建及应用"(23Z-DZ002)国家重点研发计划"公路运输用高压、大容量管束集装箱氢气储存技术"(2020YFB1506100)国家重点研发计划"大型复合材料薄壁曲面构件低缺陷成型与固化变形控制"(2018YFA0702802)
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