工科物理创新素质教育基地的建设

对工科物理创新素质教育基地建设的必要性、职能与作用、途径，以及所取得的成效进行了初步的研究与阐述．     

华中师范大学物理科学与技术学院

华中师范大学物理科学与技术学院源于华中大学1903年创立的理学院物理系,历经百年,经过几代学人的共同奋斗,已发展成为具有基础理论研究优势、工科应用研究亮点的特色学院。学院拥有教育部批准挂牌的国家理科(物理学)基础科学研究和教学人才培养基地、物理学博士后流动站、物理学一级学科博士学位点(主要在理论物理、粒子物理与原子核物理、凝聚态物理、光学、无线电物理、原子与分子物理、天体粒子物理二级学科招收硕士、博士学位研究生)以及电子科学与技术(工学)一级学科硕士学位点(主要在电路与系统、物理电子学、电磁场与电磁波二级学科招收硕士学位研究生)。拥有物理学科教学论(教育学)、天体物理(天文学)、材料物理与化学(工学)、通信与信息系统(工学)4个二级学科硕士学位点。拥有湖北省重点学科“理论物理”、“粒子物理与原子核物理”,湖北省重点实验室“高能物理实验室”、“湖北省教育信息化研究中心”。挂靠学院的单位有中南地区理论物理学术交流中心。物理科学与技术学院设有物理学系、电子与信息工程系、粒子物理研究所、纳米科技研究院、湖北省教育信息化研究中心和信息资料中心。学院还设有复杂性科学研究中心、数字空间研究所、天体物理研究所、应用物理研究所、物理教育研究所、光电集成技术研究中心、电子与计算机研究所等科研机构。物理科学与技术学院拥有物理学、电子信息科学与技术、通信工程三个本科专业。国家物理学基础科学和教学人才培养基地班(择优保送硕博连读)学生主要从这三个专业中选拔。学院培养的学生综合素质高、科研能力强。1999年,96级基地班受到教育部、团中央联合表彰,被评为“全国先进优秀班集体标兵”。     

工科数学教学中数学建模技术的嵌入式教学法

本介绍了在工科数学教育中引入数学建模技术的教学方法，教学组织及教学案例，是多年工科数学教学的经验总结。     

高等代数中与域的扩张无关的性质

高等代数这门课程，不用说在工科院校，就是在理科院校，教与学都有困难，因为它太抽象，太理论化了．但这一课程无论就理论上，还是就应用上来说又都是非常重要的，是非学不可的，因此对教师以及想进一步深造的人来说，深刻领会一些有关内容就显得十分必要．     

国外基础物理教学改革及教材的剖析（二）

1990年10月我曾以上述题材介绍了国际会议的动向、美国IUPP的概况、UNESCO大学基础物理改革计划、Halliday-Resnick的的基础物理学(扩展本第三版)等(刊载于《工科物理》1991.4)。现在已事隔三年，国际上基础物理教学改革的情况又如何?从下述一些情况，就可以看出全世界从事物理及物理教学工作的学、教授都十分关注这一问题。     

新工科项目“地方(行业)高校化学类专业应对产业变化的升级改造研究与实践”的实施

This "emerging engineering education (3E)" project "Upgrade and Practice of Chemistry-related Majors of Local and/or Specialized University Responding to the Industry Changes" was supported by the Ministry of Education. To aim at the issue of how to upgrade the chemistry-related majors of a local and/or specialized university responding to industry changes, an investigation on local regional economy and industry changes was carried out, the capability requirements of 3E for talents were analyzed, and the training objectives, graduation requirements as well as the new teaching models were also studied for the major to meet the future requirements. The practical experience for 3E construction of chemistry-related majors by selected universities was suggested.     

“能源化学”本科专业建设建议

"Energy chemistry" was approved as one of the chemistry majors for undergraduate by the Ministry of Education in 2015. Based on the ideas and ways of emerging engineering education, this paper hereby proposed some of constructive suggestions on the training objectives, graduation requirements, curriculum system, teaching contents, teaching staff and conditions for development of "energy chemistry" major.     

面向化妆品产业升级的江南大学应用化学专业建设思考与实践

Based on the development prospect of cosmetics industry, the advantage of light industry characteristic and the foundation of applied chemistry in Jiangnan University, a systematic upgrading of applied chemistry was carried out through "emerging engineering education (3E)" project "upgrade and practice of chemistry-related majors of local and/or trade university responding to the social developments" supported by the Ministry of Education. On the basis of investigation and analysis, the orientation and training goal of applied chemistry were updated first, and then the curriculum system was determined and the curriculum construction is strengthened, so as to achieve more distinctive characteristics, more solid foundation and more comprehensive quality. In view of the new requirements of the 3E for talent training, some practices have been formed in the aspects of multi-disciplinary integration, multi-angle coordination and close integration to industry. Contributing the development of cosmetics industry and seizing the commanding point of science and technology from the perspective of talent training, will play a unique role in human social progress.     

新工科视阈下石油化工类高校应用化学专业课程体系重构

Taking a typical local and industry-orientated applied chemistry major as an example with focusing on the major changes in the form and content of the petrochemical industry, the way to reform the core curriculum system and teaching contents is presented. Based on the changing tendency of refinement of the petrochemical industry, a complete curriculum system with distinctive industry characteristics is set up according to the principles of the emerging engineering education (3E) with several reasonable suggestions. A new model for the construction of a 3E major in chemistry-related majors is suggested. It is a good reference for the construction of curriculum systems for other local and industry-orientated colleges who want to make 3E reform.