本文以模拟电子技术课程为例,在传统的教学目标中加入育人目标,并将课程知识点与思政元素相匹配,设计构建了结合思政教育新的教学体系,探讨了工科专业课程与课程思政如何结合的问题,以期达到激发学生的学习热情,对学生进行科学精神教育、工程伦理教育、实践能力教育等"三大教育"的目的,为提升课程的教育教学质量而服务.
随着后疫情时代的到来,供应链风险防控能力的提升是突破生鲜电商发展瓶颈的重要一环.本文从生鲜电商供应链的结构出发,识别及分析了风险因素,并提出了供应链风险管理的对策建议.
课程思政是高等院校实现立德树人根本任务的重要途径,专业课程的思政教育特色,应该是春风化雨、润物无声.讲好专业课,进行课程思政教育,是每个专业课教师责无旁贷的历史责任.在讨论课程思政教育过程中,本文提出了整体规划、顶层设计理论.在构建专业课程思政育人体系的具体实践中,本文以汽车设计专业课程为例,落实了课程思政教育理念,达到了良好的育人效果.
本文对高校研究生专业课课程思政开展模式进行研究,研究如何在进行专业课程教育的过程中进行课程思政.以《航天电子产品装调联技术》课程作为教学改革对象,探讨在研究生专业教育过程中融入思政元素的方式、方法.从课程思政的顶层设计、思政元素的挖掘方法和代入机制等多个方面对研究生专业教育与思政教育的结合模式进行探讨和实践.
在当今机加工行业中,切削液普遍混人大量的杂油以及杂质等杂物,从降低切削液的基础使用性能,降低了其使用寿命.随着环保的重视,企业在废切削液处理上处理成本增加.高效油液分离装置的研究成功,能够使机加工企业的生产成本、废物处理成本大大降低,更好地保护环境,减少污染物的排放.其具有不改变切削液的基础性能、除油高效、结构简单、实用性强等特点,该设备原理的研制成功,对其它行业的油水分离也具有指导性意义.
航天精神蕴含着丰富的内涵,是中华民族宝贵的精神财富,丰沛的精神力量,航天精神的弘扬与传播具有重要的文化价值.航天精神作为中华民族精神的有机组成部分,对人才培养具有一定的德育价值.高校应充分发掘自身特色优势,将航天精神融入人才培养体系,为航天和社会加强精神文明建设、坚定中国特色社会主义文化自信作出贡献.
课程思政的纵深推进已成为新时代高等教育的新使命,也对高校外语教师提出了新挑战.构建高校外语教师专业学习共同体是课程思政建设的关键和保障.本文依据已有研究成果结合外语专业课程思政的属性,基于成员、目标、中介和机制四个基本要素进一步阐发高校外语教师专业学习共同体落实课程思政的建设路径,为相关研究和实践提供一定参考.
针对工程教育专业认证提出的"以学生为中心"的教学理念,构建以哲学的维度、技术的维度、管理的维度、社会的维度、伦理的维度、经济和生态的维度为骨架,填充课程思政元素搭建机制专业课程思政结构.通过结合工程认证标准,构建课程思政评价体系,从而形成机制专业课程思政的三维体系,并形成动态的、开放的案例库,为今后进步完善和丰富打下基础.
以隧道窑系统为研究对象,分析了过程控制工程课程中的串级控制系统的结构和特点.同时,应用单回路控制系统和串级控制系统进行隧道窑系统的温度控制.在MATLAB中的Simulink平台上仿真运行控制效果,串级控制虽然结构相比单回路控制系统仅仅增加了一个副回路,但是控制效果有显著提升.
在"应用型"为主大学本科教学中,以学生产出为主要的教学导向,这就要求教师在授课方式中要有所创新,论文中通过与传统教学方式的对比,提出了一种以教师理论教学为辅,学生实践+演示为主的Android开发与应用课程翻转课堂的教学模式,实践证明,翻转课堂教学方法的提出,充分发挥了学生在上课过程中的积极性,极大调用了学生对课程学习的兴趣,即丰富了学生的课余实间之外,又提高了课堂教学效率,更好促进了翻转课堂在本科教学中的应用.
Electrical and Electronic Technology is an important course for non-electrical majors. This paper suggests an online and offl ine blended teaching mode based on BOPPPS model. Starting from the design idea of BOPPPS teaching process, this paper describes the implementation process and classroom implementation cases of the blended teaching mode, and practice results have proved its success.
Engineering Education Certifi cation emphasizes the cultivation of students’ practical and innovative ability. Based on years of teaching experience, the author carries out educational reform on the data communication experimental course group in terms of course setting, experimental methods, experimental contents and assessment methods, focuses on practice and application, and emphasizes the cultivation of innovative ability, which fulfi ll the requirements of Engineering Certifi cation. Practice has proved that it has achieved good teaching results.
Thesis is one of the important forms to check the quality of professional master’s training. How to establish and improve the quality assurance system of master’s thesis is an important research topic in the course of master’s education. Based on the national demand for professional master, this paper analyzes the characteristics of professional master training, summarizes the factors affecting thesis quality, and offers some suggestions to improve its quality from the aspects of establishing and improving the management system, comprehensively optimizing the curriculum system, deeply promoting the integration of industry and education, strengthening the construction of teaching resources, and continuously improving the quality control.
The zircon sand was ball milled for 50h in different ratios of ball to powder. The scanning electron microscope and laser particle size analyzer were used to investigate the morphology and particle size distribution of zircon fl our produced by trial ball mill.And then, fractal theory was adopted to analyze the ball milling process. The experimental results demonstrate that the fractal dimension goes up quickly at the beginning but increases gently later with the increasing of the ratio of ball to powder. This phenomenon shows that the higher ratio of ball to powder helps the crushing of powders while the effects of it weaken as time going. The experiments also show that increasing the milling time and ratio of ball to powder raise the content of fi ner zircon fl our, which hinders the crushing of larger particles, resulting in the augment of dispersion for particles distribution.
This paper discusses the impact and role of China’s aerospace spirit on the growth of contemporary college students in the Internet era, and puts forward the ways and methods of integrating China’s aerospace spirit in ideological and political education in colleges and universities in the new era.
This study explores the correlation among life events and depression and the moderated effect of coping style in college students. 963 college students were investigated with adolescent life events checklist, SCL-90 and simplifi ed coping style questionnaires.Results show that there is a signifi cant positive correlation between life events and depression in college students; As coping style scores rise, the correlation between life events and depression reduces. So coping style could moderate the relationship between life events and depression in college students.
The Aerospace Spirit comes out of practice of the aerospace industry, and it is an important part of excellent Chinese traditional culture. This Spirit refl ects the ideals and beliefs of patriotism and putting the nation fi rst, the noble qualities of hard work and selfl ess dedication, the consciousness of innovation and pursuing dreams, and the rigorous and realistic work style of unity and cooperation. Aerospace Spirit plays an important role in improving the ideological and political theory courses and enhancing the ideological and moral cultivation of college students. To integrate the Aerospace Spirit into the ideological and political education, it is necessary to promote the Aerospace Spirit, create the characteristic culture of aerospace, and effectively use the space resources.
Since 2022 the complex international situation has led to the ups and downs of the oil market. Facing the unstable international market, China’s oil exploitation industry is undergoing a severe test. Reducing costs and improving the effi ciency of exploitation will be the long-term goal of China’s oil and gas exploitation fi eld in the future. As a traditional heavy industry, oil and gas exploitation has lagged behind the integration of Internet technology. However, with the continuous popularization and application of Internet technology, technological changes in the fi eld of oil and gas exploitation will be inevitable. At present, digital technologies such as big data technology and intelligent tools are continuously applied to the upstream links of oil and gas exploration, exploitation and transportation. With the continuous application of industrial robots, unmanned aerial vehicles and other equipment in the production and transportation of oil and gas, Internet technology is also gradually penetrating. Based on multi-dimensional data acquisition, digital twinning and remote monitoring technology are developing rapidly, promoting the intelligence of oil and gas exploitation in China.
In order to optimize the runway capacity evaluation process for computer simulation, evaluate the capacity of the near parallel runway efficiently and accurately, A genetic algorithm is compiled by MATLAB to optimize the sequencing and scheduling of flights so that the runway capacity is fully utilized. An example is analyzed based on the airport structure and operation mode of Shanghai Hongqiao Airport. After optimizing the evaluation process, the total evaluation time can be saved about 210 minutes. The results show that the method improves the process of runway capacity evaluation for computer simulation, the method can quickly and accurately evaluate the capacity of closely spaced parallel runways, and the evaluation results meet the requirements of runway capacity evaluation.
The Organizer system is a unique work system created by the CPC in its long-term practice of managing and governing. In the new era, the full-time university organizers play the role of “the person who understands the Party building,” “the person who leads party members,” “the person whom the Party Committee trusts,”and “the person who is considerate to the staff” in continuing the historical tasks and doing well in organizational tasks of developing Party members and consolidating the Party, and even in integrity and innovation. In addition, the full-time university organizers coordinate the main body of education, integrate the education resources, and achieve the integration of primary-level Party building with teaching, scientifi c research, and management to improve the quality of primary-level Party building in universities.
