Study on Steel Bar Construction Technology of Frameshear Wall in High-Rise Buildings

The development of the construction sector is rapidly growing,which induce competition at global level.In order to achieve the current economic development,more high-rise buildings construction projects were commenced without considering importance of the land to human and other living organism.On the other hand,the quality and safety aspect of the engineering technology used must be analyzed carefully and to be the primary aim for engineers to reduce any risk of harm in future.Many of the high-rise buildings in China consist of a frame or skeleton of reinforced concrete wall which need to be strengthened with shear walls to improve the stability and safety of the structures.According to practical work experience and relevant theoretical knowledge,the researcher introduced the reinforcement construction technology of frame-shear wall for high-rise buildings in depth from aspects like the arrangement of steel bar,construction preparation,steel bar anchorage,precautions to follow for the related work in future.

Discussion on the Construction of Anti-smoke Construction Technology in Super High-rise Buildings

In recent years with the increasing number of super high-rise buildings and the ever-expanding scale the anti-smoke construction technology has attracted more and more attention.Based on this situation,this paper analyzes the smoke control technology of super high-rise buildings.The paper analyzes the importance of the application of anti-smoke construction technology in super high-rise buildings,analyzes the problems in the construction of smoke control and super high-rise buildings.The anti-smoke construction technology was studied and I hope that it can benefit the application of anti-smoke construction technology in high-rise buildings.

The Design and Implementation of High-rise Building Construction Based on GPS Positioning Technology

Baseline observation as well as height measurement is the important content of the quality control of high-rise building construction.In order to strengthen the quality of construction projects,meet the requirement of completion time,improve the accuracy and efficiency of locating observation and explore a scientific way of observation suitable for high-rise building construction,this paper studies the design and implementation of high-rise building construction based on GPS positioning technology.

Research on Deformation Control Indicators and Standard of Urban Traffic Tunnel Construction Adjacent to High-rise Building

The biggest environmental problem caused by the construction of tunnels adjacent to high-rise buildings is the settlement of buildings.The paper analyzes the influence of tunnel excavation on the deformation of the superstructure and the deformation mode of the superstructure.It introduces the indicators and standards for the construction control of tunnel adjacent to the building at home and abroad.Combined with the Yuzhong tunnel project under construction in Chongqing,the main monitoring indicators and control standards of the Yuzhong Tunnel passing through the main buildings are given after comprehensive analysis and considerations,which provide a reference for the deformation control indicators of similar urban traffic tunnels adjacent to high-rise buildings.

Analysis on Reformation of Digital Management Education of Prefabricated Construction Project Under the Background of Intelligent Construction

Prefabricated building is an important building development mode at present.It can improve the development speed and production efficiency of the construction industry,reduce the labor intensity of construction,play an important role in the development as well as the modernization of the construction industry.Due to the late development of prefabricated buildings,the talent training of prefabricated buildings lags behind,causing the development of prefabricated buildings to not achieve its required target.Therefore,the characteristics of intelligent construction need to be incorporated,the education of prefabricated buildings needs to be reformed,the education regarding digital management of prefabricated buildings should be improved,and more professional talents should be nurtured.

“1+X”证书制度下《建筑施工组织与管理》课程思政实践

对“1+X”证书制度下《建筑施工组织与管理》课程进行课程思政实践研究,分析课程思政现状,提出工程造价专业课程《建筑施工组织与管理》思政教学设计理念,将课程思政融入专业知识、专业技能及“1+X”(BIM)职业技能等级证书中。最后,给出该课程在思政设计、教学内容、教学方法、教学考核评价及“1+X”职业技能等级证书考核全过程与思政教育相融合的实践研究方案,从而实现人才培养中技能目标和思政目标的双向融通。

基于“文化自信自强”的建筑构造课程思政教学设计探究

将文化自信自强融入课程思政,对于塑造职业院校学生的思想有着重要意义。本文从阐明文化自信自强融入课程思政的意义出发,以建筑构造课程中的屋顶类型及设计要求课程思政教学设计为例,探索新时代中国特色社会主义文化融入课程思政教学设计的可行路径。

高职“智慧+思政”课堂教学探索与实践——以“建筑智慧施工技术”为例

“建筑智慧施工技术”课程适应智慧课堂发展和课程思政育人需要,结合主流的线上线下混合式智慧教学模式,针对专业课程思政育人元素缺乏、转化生硬和评价手段缺乏等难点问题,通过碎片化课程思政元素挖掘、系统化课程思政教学融合设计、数字化思政育人教学评价、一体化构建“智慧+思政”融合性课堂。教学实践证明,该课堂能够有效提升学生团队意识、精益求精等大国工匠精神。

基于绿色建筑人才需求的应用型高校建筑技术方向(职业)课程群建设改革初探

为适应新时代绿色发展理念,培养应用型绿色建筑人才,本团队进行了技术类课程的教学改革。根据建筑行业人才需求,在高年级尝试分出绿色建筑专业方向,将现行绿色建筑评价标准内容融入相关课程,形成较为系统的技术课程群。同时,更新教学手段,创新师资模式与考核方法,结合设计课锻炼学生实践动手能力。教学改革经初步实践取得了良好效果,以期为社会发展需要培养理论与实践能力兼具的应用型绿色建筑人才。

高校“课程思政”的核心内涵、实施原则和提质路径

“课程思政”合理平衡了知识传授与价值引领之间的关系。在核心内涵方面,“课程思政”赋予专业课程教学立德树人新使命,实现“课程思政”与“思政课程”同向同行,善用隐性教育传递社会主流价值观;在实施原则方面,“课程思政”要权衡整体与局部、手段与目标、坚守与变革、主体与客体等四组关系,坚持顶层设计和试点培育、知识传授与价值引领、改革创新与遵循规律、教师引领与学生参与相结合;在提质路径方面,“课程思政”要引导学生坚定理想信念、厚植爱国情怀、加强品德修养、增长知识见识、坚定斗争意志,培育社会主义之才、民族复兴之才、时代前沿之才、德技并修之才、艰苦奋斗之才。

“水污染控制工程”课程建设与教学改革探索

“水污染控制工程”课程自建设以来,在教学目标优化、课程内容与知识结构完善、教学智慧系统构建等方面取得了显著进步。课程教学改革以适应未来水污染控制工作岗位能力需要的工程科学人才培养为主线,通过完善课程教学目标、优化课程教学知识结构与内容、创新教学组织实施、打造“智慧+专业课”新模式及建立综合考核评价体系等,塑造“知水、乐水、爱水”的水污染控制课程的核心价值观,培养具有良好的科学素养、具备解决水污染控制工程关键性复杂问题的工程科学人才。

新时代研究生思政教育的现实困境与路径探讨

新时代研究生思政教育是实现研究生全面发展的重要抓手,有利于促进培养“时代新人”、高等教育内涵式发展、研究生个人成长成才。要想消除科研至上思想突出,重视程度不足、科研与育人脱节,有效教学模式缺失、导师第一责任发挥不足,教育队伍不健全、实践育人缺乏创新,主体特色未能体现、外部环境变化冲击增大,功利主义倾向渐显等现实困境,完成培养“时代新人”的新使命,需要各大高校、科研院所提高思想认识,加强支部建设、强化课程思政,优化思政课程教育、落实导师责任制,完善思政育人团队建设、彰显专业特色,适应个体特征、发挥新媒体优势,增强互动性和亲和力。

基于线上线下融合教育的课程改革与实践--以高职建筑识图与房屋构造课程为例

辽宁城市建设职业技术学院基于线上线下融合的高职建筑识图与房屋构造课程,采取项目法,选取沈阳市城市智慧养老服务中心项目四个典型工程,让学生从建筑全构造识读绘制养老中心项目。通过设置建筑全构造教学任务,精准把握学生学习特点,递进突破教学重点难点,打造线上线下融合的教学形式,学生学习兴趣得到了显著提高,职业技能快速提升。

高职“建筑施工工艺”课程思政教学改革与实践

将课程思政融入课堂教学全过程,是高职教育课程思政教学的整体要求和改革方向。“建筑施工工艺”课程以习近平新时代中国特色社会主义思想为指引,紧紧围绕课程定位及人才培养目标,深度挖掘提炼知识体系中蕴含的思想价值和精神内涵,通过构建课程思政下的教学内容体系、有效衔接思政元素等开展课程思政教学,形成了该课程思政教学的自身特色。从学生和教师两个维度开展的课程思政教学成效评价结果表明,该课程的思政教学取得了预期效果。

康复治疗专业教师专业化培养及教学基地建设与发展探析

介绍本校康复治疗专业教学基地建设和康复治疗专业教师专业化培养的经验。通过自身培养,利用与台湾中山医学大学交流合作平台以及国内外进修学习,与省属、部属院校以及三级甲等医院康复科作为培养教师和学生实践教学基地,本专业青年教师的学历结构、职称结构以及专业教学基地均有显著发展。

建环专业平台课程体系构建与实践

分析了建环专业教学改革的背景 ,介绍了课程体系的特点和进行的项目实践及教学改革的主要成果 ,总结了课程构建的经验和体会 。

化学学科创新人才培养的探索与实践

“化学学科创新人才培养的探索与实践”，是在实践中遵循教育教学规律，勇于改革创新的教学研究实践成果。多年来，化学学科带头人携学院全体教师，致力于“国家级教学团队”“国家级特色专业建设点”建设，倾心打造“精品课程”“精品教材”，以真正实现夯实理论与实验教学基础，提升施教水平，优化教育环境，努力构建“基础知识扎实、基本技能熟练、科研作风踏实”的创新型化学人才培养的教学平台，为化学学科创新人才的成长建立了可持续发展的保障机制。

《房屋建筑学》课程开放式教学模式研究

对于房屋建筑学课程传统教学模式及教学方法中存在的问题进行了全面深入地研究和探索,指出其与当前开放交汇式教育教学形势要求的严重不适应性,以及对该课程教学效果的深重影响,并提出了如何使教师与学生双向互动的,各个教学环节交汇融合的开放式教学模式。

谈如何加强高校商务英语专业的师资队伍建设与课程建设

世界政治、文化、经济的全球化使各国之间的跨文化交流越来越频繁。经济、贸易全球化的沟通模式对商务英语专业人才需求量有所增加,人才培养规格也在不断提高。商务英语专业人才不仅要有专业英语语言功底,还要具有相关的商务专业知识和专业技能,也就是复合型的专业人才。这就对高校商务英语专业师资队伍和课程建设等提出了新的挑战。本文将探讨高校商务英语专业的师资队伍建设和课程建设如何才能顺应时代发展,以及如何提高商务英语专业人才培养等关键问题。

以精品课程为示范 提升课程建设水平

课程建设在推进高等教育发展和高校教学改革中处于重要地位,文章从课程建设的重要性出发,阐述了课程建设与精品课程建设的关系及精品课程建设对本科课程建设的示范和影响,并以齐齐哈尔大学课程建设为例,探讨了精品课程建设促进课程建设的措施和途径。