Discussion on Talent Training Mode of Engineering Cost Major in Higher Vocational Colleges

With the rapid development of higher vocational education,the number of schools and enrollment has increased rapidly,and each specialty has been continuously refined.This has led to new challenges in the talent training of new specialties in higher vocational colleges in recent years.Based on the post ability standard of cost staff and the skill requirements of related posts,according to the characteristics of this major and guided by the idea of systematization of the work process,this paper discusses the problems existing in the talent training mode of higher vocational engineering cost major and provides some suggestions for the talent training and construction of higher vocational engineering cost major.It aims to promote continuous teaching reform in the future and the development of engineering cost majors in higher vocational colleges.

Challenges and Teaching Reform Strategies in Vocational College Engineering Training Courses

With the rapid development of vocational education,engineering training has become a crucial course for cultivating highly skilled technical professionals,highlighting its importance.However,vocational college engineering training courses still face numerous challenges during the actual teaching process,which affect the effectiveness of course teaching and the enhancement of students’engineering competence.This article thoroughly analyzes the main problems existing in current engineering training course teaching,focusing on four aspects:students’cognitive differences,inadequate course development,poor course adaptability,and limited teaching resources.Based on this analysis and previous research findings,targeted strategies are proposed,including enhancing students’course cognition,clarifying course positioning,improving course adaptability,and optimizing the allocation of teaching resources.Furthermore,this article preliminarily verifies the effectiveness of some reform strategies through a small-scale teaching experiment.This study aims to provide theoretical guidance and practical reference for enhancing the teaching quality of vocational college engineering training courses.

Preliminary Discussion on the ESP Teaching for Civil Engineering Majors of Independent Colleges

In independent colleges, English for civil engineering majors is not a main course. Accompanied by China's accession to WTO and the deepening global economic integration, civil engineering industry enhances international exchanges and cooperation.In order to further adapt to the international community and the market demand, English for civil engineering majors is becoming more and more important to the graduates who graduate from this major. Discussion on the English teaching situation and the existing issues for civil engineering majors of independent colleges from teaching methods, by putting forward some suggestions, help to improve English teaching level of civil engineering majors of independent colleges.

Challenges and Countermeasures in the Teaching of Engineering Mechanics in Vocational Colleges

Engineering mechanics is as a basic course,and the learning effect of this course directly affects the learning of subsequent professional courses.However,the teaching quality of engineering mechanics in vocational colleges has been subpar for a long time.In this study,we explored the teaching situation of engineering mechanics by using questionnaires,pointing out the challenges faced in the teaching of engineering mechanics and putting forward four targeted suggestions,which include stimulating students’interest and increasing the investment in laboratory equipment,to improve the teaching quality.The findings of this study may provide some reference for the teaching reform of engineering mechanics.

Innovation of Engineering Surveying Course Teaching for Road and Bridge Engineering Technology Majors in Higher Vocational Colleges

Engineering surveying is an important course for road and bridge engineering technology majors in higher vocational colleges.With the advancement of science and technology,engineering surveying technology is also constantly developing,so the theoretical knowledge and professional skills that students need to master are also becoming increasingly complicated.To stimulate the students’interest in learning the course,it is necessary to continuously introduce innovative teaching methods into the course.In this paper,the importance of teaching innovation in engineering surveying courses of road and bridge engineering technology majors in higher vocational colleges and the knowledge system that students need to master are analyzed.Subsequently,innovative strategies are proposed to help improve the students’mastery of engineering surveying.

The Teaching Reform of Engineering Mechanics in Higher Vocational Colleges

Engineering Mechanics is an important subject for science and engineering students in higher vocational colleges.The teaching quality of this course has a direct impact on subsequent professional courses.However,there has been a concern about the poor teaching effect of Engineering Mechanics in higher vocational colleges for a long time.In order to solve the problem and improve the teaching quality,this paper expounds some problems existing in the teaching of Engineering Mechanics in higher vocational colleges and proposes corresponding measures for these problems.Educators need to pay more attention to diversified assessment methods and the application of new technologies.Diversified examination methods can improve students’enthusiasm in learning,while new techniques,such as finite element simulation,generate digital materials,making it easier for students to understand abstract concepts.The suggested measures are worthy of reference and should be applied flexibly in the teaching of Engineering Mechanics.

Innovative Thought on College Assessment Method of Professional Courses in Fashion Engineering

Summarize the value of current assessment method college course assessment in fashion engineering major, ensure the of professional course and existing problems, discuss how to innovate fashion engineering major build the training method to nurture talents with practical and innovative abilities, improve the innovative ability of college students comprehensively, and promote the long-term de-velopment of college fashion engineering major by analyzing the college course assessment in fashion engineering.

Analysis of the Collaborative Education System of Local Universities under the Fundamentals of“New Engineering”Construction

Based on the fundamentals of“new engineering”construction,this article briefly introduces the development standards of local colleges and universities,analyzes the significance of the collaborative education system of local universities under the fundamentals of“new engineering”construction,and explores the fundamentals of“new engineering.”The specific implementation strategy of the collaborative education system of industry-university collaboration in local colleges and universities.

Investigation of Critical Thinking Tendency of Engineering Students and Analysis of Teaching Countermeasures

“New Engineering”construction puts forward higher requirements for the critical thinking ability of engineering talents in the future.With“California Critical Thinking Disposition Inventory Chinese Revision”,the critical thinking tendency of engineering majors in local engineering colleges was investigated and analyzed.The results showed that the critical thinking level of the engineering students was obviously lower.According to the findings and teaching practice,this paper gives some teaching countermeasures to strengthen the cultivation of critical thinking of engineering students.

大数据环境下Google Earth Engine平台的遥感教学研究

随着大数据的快速发展,高校教学模式不断改革,对高校信息化教学模式的研究越来越多。该文顺应大数据的发展趋势,结合目前高校信息化教学模式所面临的问题,以遥感专业为例,借助平台的海量数据以及开发平台(Python和JavaScript),改变传统教学模式,培养学生自主学习能力,提升学生的专业素养,增强课堂有效性,满足当代大学生个性化学习的需要。

基于任务驱动法在高职Pro/Engineer教学中的探索与实践

任务驱动法是一种建立在建构主义教学理论基础上的教学法。高职Pro/E教学中采用任务驱动教学法,并以设计减速器为任务驱动,使学生在完成每个任务的过程中学会相应的操作,以培养学生的创新能力及独立分析问题和解决问题的能力,从而取得良好的教学效果。

基于Unreal Engine 4虚拟引擎模拟《数据结构》最短路径问题

现在高校的课堂教育模式不断进步,这些新方式的不断加入,给课堂增添了许多新意。本项目使用虚拟现实技术,利用了Unreal Engine 4引擎与3Ds Max系统创建了虚拟现实技术在计算机专业课程辅助教学中的应用项目,用于辅助教师的课堂教学,让教师的教学方式更加多样化,给学生以更好的学习体验。本项目应用于高校课堂教学。

The Reform and Implementing of English Curriculum of Vocational College

English curriculum reform for the students of engineering and technology in vocational college is to be implemented in that the structures of the English curriculum is not updated to the current teaching requirement.The ways of reforming and implementing is stated in order to give guidance of how to actualize the structure of English curriculum.

职业教育现场工程师培养:何以可为与何以作为

面向先进制造业等重点领域的数字化、智能化职业场景,实施职业教育现场工程师专项培养,既是增强职业教育适应性、推进产业转型升级所需,亦是优化人才供给结构赋能制造强国建设、彰显职业教育类型特征所向,有其自身“可为”的逻辑遵循。在实践中,应当深化产教融合,打造基于专业群的现场工程师学院,推进数字赋能、创新基于学徒制的培养模式,实施专业认证、构建“专业认证+职业资格证书”的培养标准,强化关键能力、培育教师教学创新团队,加强专题研究、夯实现场工程师教育理论与实践根基,以实际“作为”贡献职教智慧与工程力量。

Research on the Application of VPython 3D Dynamic Visualization in the Teaching of College Physics

As there are numerous physics formulas in addition to them being theoretical,college students generally consider the concepts of physics as abstract,in which they are not able to apply what they have learned.For 3D dynamic animation and visualization in the teaching of college physics,VPyton has many advantages,and it provides useful exploration for students to overcome obstacles in college physics learning.Taking the teaching of simple harmonic vibration,optics,molecular thermal motion,and electric field as examples,this article discusses the application of VPython in the humancomputer interactive teaching mode of college physics,which provides a beneficial exploration and new way to improve students?engineering skills and numeracy,as well as to respond to the national“new engineering education”reform in China.

人工智能背景下工科院校大学英语智慧教学模式的构建策略

通过调研,总结分析目前人工智能背景下大学英语教学实践中存在的问题。以大学英语智慧教学模式的概念要素为基础,从目标确定、政策支持、价值构建、思维转变、课程设置、服务理念、平台搭建和评价机制等方面探讨人工智能背景下工科院校大学英语智慧教学模式构建的策略,探索大学英语智慧教学模式创新发展的新生态,为大学英语教学改革提供新的思路。

高职院校订单班人才培养研究与实践——以建筑智能化工程技术专业为例

校企合作、产教融合是高等职业教育发展的趋势及重要组成部分,该文主要研究高职院校订单班培养模式,并以建筑智能化工程技术专业日立电梯订单班为例,详细叙述开展订单班的过程,并对订单班实施经验进行研究与分析;校企合作双方“互利共嬴”是校企合作的宗旨,双方的利益与责任必须高度统一;订单班人才培养模式实现人才的精准培养,降低企业的经营成本,缓解学生的就业压力,加大校企合作的力度,促进教育链、人才链、产业链、创新链的有机结合,应该得到肯定、推广及发展。

应用型本科院校工程教育课程体系改革:现实困境与实践进路

传统课程设置模式是制约应用型本科院校工程教育改革的瓶颈,“学科”体系的课程设置框架仍占据统治地位,导致培养目标、课程目标与课程体系三者之间不能衔接一致。因而新工科背景下推进应用型本科院校工程教育改革、课程体系改革是行动方案的基点,依据顺序性、完整性、适切性与可测性原则,处理好理论课程与实践课程、分科课程与综合课程、必修课程与选修课程、显性课程与隐性课程、创新教育课程与创业教育课程的关系,有利于推进应用型本科院校转型发展。

新高考综合改革十周年回望:自由选科与理工类人才培养困境及其破解

2024年是新高考综合改革十周年,这场改革对高中教育和高等教育均产生了深刻影响。其中,自由选科的模式给高校理工类人才培养带来了困境:高考未选考物理、化学造成“教与学的双边痛楚”,进而导致挂科率升高与毕业率降低,以及转专业需求增多与名额限制之间的矛盾。究其缘由在于,逃避物理、化学的功利性选科行为造成学生理化基础薄弱。破解理工类人才培养困境,是一个迂回曲折、不断探索完善的过程。目前来说,高校采取的治标之策包括:开设补习课程;降低专业课程难度,加大学生学习强度;实施分层分类培养及朋辈帮扶等。基于此,回归传统高考文理分科模式的呼声再次响起,同时,通过科学设置高校招生专业选考科目指引,引导报考理工类专业考生同时选考物理、化学也是一种途径。

工科院校大学生挂科现象解析及对策——以农业水利工程专业为例

工科院校大学生挂科现象广泛存在,不仅影响高校教育质量,也影响学生发展前景,是当前高校管理面临的重要问题之一。以农业水利工程专业为例,结合工程教育专业认证需求,从工科的学科特点、课程体系特征、学习环境变化、学生学情分析、学生管理制度等角度分析工科大学生挂科现象及原因,并基于以上影响因素结合教学实践经验提出相关对策和建议,可为相关教学改革和防止挂科等学生管理工作提供参考,以利于工科院校和大学生从不同角度采取相应的措施来防止挂科。