Against the backdrop of global climate change and China’s“dual carbon”goals,the green transformation of the construction industry is imperative,and completing the transformation requires many dual carbon talents to...Against the backdrop of global climate change and China’s“dual carbon”goals,the green transformation of the construction industry is imperative,and completing the transformation requires many dual carbon talents to support it.This article focuses on the construction engineering technology major in higher vocational education.It explores in depth the specific requirements for construction engineering technology talents in terms of professional knowledge,vocational skills,and literacy under the dual carbon mode.Based on this,corresponding dual carbon talent training courses are proposed,aiming to provide theoretical support and practical guidance for cultivating high-quality dual carbon talents that meet the needs of the new era.展开更多
To build the top class of higher education by focusing on the goal of the“Double First-Class”,it needs to analyze the defect and deficiency and identify the demand for the training of the talent under the background...To build the top class of higher education by focusing on the goal of the“Double First-Class”,it needs to analyze the defect and deficiency and identify the demand for the training of the talent under the background of“Double First-Class”.Considering of those issues,it is suggested that building the curriculum system scientifically and rationally in following aspects:deepening the training objectives,professionalizing the structure and contents of the curriculum system,optimizing the content,enhancing the construction of practical education system and internationalizing the curriculum system.Also,with those aspects,a reference is provided for the cultivation of talents with innovative consciousness and ability to solve complex engineering problems under the background of the“Double First-Class”construction.展开更多
Constructal law explains the sense of evolution (morphing to get access to flows) of finite size systems, but paradoxes do exist as not all vegetables have a tree form. Also, nature does not improve all animals for di...Constructal law explains the sense of evolution (morphing to get access to flows) of finite size systems, but paradoxes do exist as not all vegetables have a tree form. Also, nature does not improve all animals for displacement. This work aims at creating a model to explain those paradoxes about constructal l<span style="letter-spacing:-0.05pt;">aw. It adopted the system engineering technique of segregation bet</span>ween functions (abstract goals) and solutions (physical entities). Further, this work introduced the assumptions of flow under external threats and imperfect channels (subject to leakages and suboptimal form). Results showed that there are always elements doing four functions in all types of channels: to reduce entropy, to protect channel, to retain integrity and to drive flow. Although the four functions are always present, natural systems typically privilege one function over others, depending on environmental demands. As a solution to improve flows, animal brains also fit in the model of four functions. Human <span style="letter-spacing:-0.05pt;">mind seems to have groups of instincts associated </span></span><span lang="EN-US" style="font-size:10pt;font-family:"letter-spacing:-0.05pt;">with</span><span lang="EN-US" style="font-size:10pt;font-family:"letter-spacing:-0.05pt;"> each of the fou</span><span lang="EN-US" style="font-size:10pt;font-family:"">r channel design functions, leading to four behavior phenotypes and four motivations (prominence, inclusiveness, negativity prevention and tradition). Finally, this</span><span lang="EN-US" style="font-size:10pt;font-family:""> </span><span lang="EN-US" style="font-size:10pt;font-family:"">model (channels need to</span><span lang="EN-US" style="font-size:10pt;font-family:""> </span><span lang="EN-US" style="font-size:10pt;font-family:"">meet four goals) unified physics and animal psychology and extended applications of Constructal law to the fields of systems engineering methods, management, and psychological science.展开更多
目的本文以大学附属教学医院的卒中急救绿色通道培训医师为主要研究对象,旨在提高新进医疗岗位医师的学习效率,改善临床工作的多种质控指标。方法设计多元化教学方法,包括临床案例式协作教学法、基于问题教学法、翻转课堂、一带一学习...目的本文以大学附属教学医院的卒中急救绿色通道培训医师为主要研究对象,旨在提高新进医疗岗位医师的学习效率,改善临床工作的多种质控指标。方法设计多元化教学方法,包括临床案例式协作教学法、基于问题教学法、翻转课堂、一带一学习、情景模拟及临床疗效反馈等,以一家教学医院区域性高级卒中中心的绿色通道患者和医师为调查对象,收集多环节时间点的质控指标以及教学互评反馈来评价教学效果。结果纳入2021年6月—2023年7月急诊卒中绿色通道诊疗环节中符合条件的患者194例,其中接受单纯静脉溶栓治疗者171例(88.14%),桥接治疗或者直接机械取栓者23例(11.86%),纳入观察学员为低年资住院医师10名,高年资住院医师5名。培训前收治患者88例(45.36%),培训后收治患者106例(54.64%),人口学基线特征差异无统计学意义。中位入院至静脉溶栓时间(door-to-needle time,DNT)缩短了4 min(44 min vs.48 min,P=0.150),DNT≤60 min比例分别为73.86%、65.09%(P=0.188)。培训后,中位知情同意谈话时间缩短了3.5 min(6.5 mi n vs.10 min,P=0.001);溶栓相关出血事件减少(培训前:牙龈出血1例,硬膜下血肿1例,消化道出血1例;培训后:无相关事件);大血管闭塞患者血管内治疗比例提升(16.98%vs.5.68%,P=0.015)。高年资与低年资住院医师对多元化教学模式绿色通道教学方法的认可度、对绿色通道学习方式的兴趣程度、病例质控环节提升满意度、影像库对解决问题适配度、文献指南库对解决问题适配度和自我学习能力提升6个方面的满意度相当,差异均无统计学意义。结论多元化培训方案可以提高绿色通道医师的卒中急救应对能力、谈话沟通技能及诊疗水平,改善工作质量和教学满意度,而且对低年资和高年资住院医师的临床学习均有帮助。展开更多
基金Reform and Practice of Talent Training Mode for Construction Engineering Technology Majors Serving the National Dual Carbon Strategy(Project No.Z233314)。
文摘Against the backdrop of global climate change and China’s“dual carbon”goals,the green transformation of the construction industry is imperative,and completing the transformation requires many dual carbon talents to support it.This article focuses on the construction engineering technology major in higher vocational education.It explores in depth the specific requirements for construction engineering technology talents in terms of professional knowledge,vocational skills,and literacy under the dual carbon mode.Based on this,corresponding dual carbon talent training courses are proposed,aiming to provide theoretical support and practical guidance for cultivating high-quality dual carbon talents that meet the needs of the new era.
文摘To build the top class of higher education by focusing on the goal of the“Double First-Class”,it needs to analyze the defect and deficiency and identify the demand for the training of the talent under the background of“Double First-Class”.Considering of those issues,it is suggested that building the curriculum system scientifically and rationally in following aspects:deepening the training objectives,professionalizing the structure and contents of the curriculum system,optimizing the content,enhancing the construction of practical education system and internationalizing the curriculum system.Also,with those aspects,a reference is provided for the cultivation of talents with innovative consciousness and ability to solve complex engineering problems under the background of the“Double First-Class”construction.
文摘Constructal law explains the sense of evolution (morphing to get access to flows) of finite size systems, but paradoxes do exist as not all vegetables have a tree form. Also, nature does not improve all animals for displacement. This work aims at creating a model to explain those paradoxes about constructal l<span style="letter-spacing:-0.05pt;">aw. It adopted the system engineering technique of segregation bet</span>ween functions (abstract goals) and solutions (physical entities). Further, this work introduced the assumptions of flow under external threats and imperfect channels (subject to leakages and suboptimal form). Results showed that there are always elements doing four functions in all types of channels: to reduce entropy, to protect channel, to retain integrity and to drive flow. Although the four functions are always present, natural systems typically privilege one function over others, depending on environmental demands. As a solution to improve flows, animal brains also fit in the model of four functions. Human <span style="letter-spacing:-0.05pt;">mind seems to have groups of instincts associated </span></span><span lang="EN-US" style="font-size:10pt;font-family:"letter-spacing:-0.05pt;">with</span><span lang="EN-US" style="font-size:10pt;font-family:"letter-spacing:-0.05pt;"> each of the fou</span><span lang="EN-US" style="font-size:10pt;font-family:"">r channel design functions, leading to four behavior phenotypes and four motivations (prominence, inclusiveness, negativity prevention and tradition). Finally, this</span><span lang="EN-US" style="font-size:10pt;font-family:""> </span><span lang="EN-US" style="font-size:10pt;font-family:"">model (channels need to</span><span lang="EN-US" style="font-size:10pt;font-family:""> </span><span lang="EN-US" style="font-size:10pt;font-family:"">meet four goals) unified physics and animal psychology and extended applications of Constructal law to the fields of systems engineering methods, management, and psychological science.
文摘目的本文以大学附属教学医院的卒中急救绿色通道培训医师为主要研究对象,旨在提高新进医疗岗位医师的学习效率,改善临床工作的多种质控指标。方法设计多元化教学方法,包括临床案例式协作教学法、基于问题教学法、翻转课堂、一带一学习、情景模拟及临床疗效反馈等,以一家教学医院区域性高级卒中中心的绿色通道患者和医师为调查对象,收集多环节时间点的质控指标以及教学互评反馈来评价教学效果。结果纳入2021年6月—2023年7月急诊卒中绿色通道诊疗环节中符合条件的患者194例,其中接受单纯静脉溶栓治疗者171例(88.14%),桥接治疗或者直接机械取栓者23例(11.86%),纳入观察学员为低年资住院医师10名,高年资住院医师5名。培训前收治患者88例(45.36%),培训后收治患者106例(54.64%),人口学基线特征差异无统计学意义。中位入院至静脉溶栓时间(door-to-needle time,DNT)缩短了4 min(44 min vs.48 min,P=0.150),DNT≤60 min比例分别为73.86%、65.09%(P=0.188)。培训后,中位知情同意谈话时间缩短了3.5 min(6.5 mi n vs.10 min,P=0.001);溶栓相关出血事件减少(培训前:牙龈出血1例,硬膜下血肿1例,消化道出血1例;培训后:无相关事件);大血管闭塞患者血管内治疗比例提升(16.98%vs.5.68%,P=0.015)。高年资与低年资住院医师对多元化教学模式绿色通道教学方法的认可度、对绿色通道学习方式的兴趣程度、病例质控环节提升满意度、影像库对解决问题适配度、文献指南库对解决问题适配度和自我学习能力提升6个方面的满意度相当,差异均无统计学意义。结论多元化培训方案可以提高绿色通道医师的卒中急救应对能力、谈话沟通技能及诊疗水平,改善工作质量和教学满意度,而且对低年资和高年资住院医师的临床学习均有帮助。