高职院校教师综合竞争力提升策略——以S学院为例

高职院校教师综合竞争力是影响各个高职院校教育教学发展及人才培养质量的重要因素,提高教师综合竞争力,打造一支结构科学、素质优良的高职教师队伍,是现代职业教育发展对我国高职院校提出的全新要求。文章以S学院为例,针对该学院在教师队伍建设中存在的问题,提出从转变思想观念、提升教师岗位能力、提高管理质量和服务水平等方面提升教师综合竞争力。     

“互联网+教育”背景下高职教师教学能力提升的研究与实践

“互联网+教育”背景下教师教学理念提升和教师教学能力提升意义重大,只有在实践锻炼及参与的过程中才能提升教师的教学能力和综合职业能力。在理念引领、课程建设承载、信息化平台及资源环境支撑以及课堂主阵地的实践锻炼下,可潜移默化提升院校教师教学能力,进而提升院校的知名度和综合实力。参与教学能力比赛能激励教师教学能力提升,在线开放课程建设、立体化活页教材建设与应用对教师多方面的锻炼与提升,对教师在信息化技术手段、教学方法和教学模式选用等方面具有促进作用。文章就此展开论述,仅供参考。     

冲破高职教改瓶颈 实现模块教学质的飞跃

从提高学生综合能力、教学监控、互动效应及反馈机制建立和指导教师的主导地位等方面，阐述了实施模块教学的途径。真正过硬实践能力的培养与提高始终是困扰高职教学改革的瓶颈，模块教学的实施，是打破这一瓶颈的决定性因素，是模块教学实现质的飞跃的前提保证。     

高职电气专业学生差异化技能培养实施方案研究

在推进双元制本土化还是开展现代学徒制实际操作实施过程面临着很多问题。为了加快实施进程,除了等待宏观政策自上而下的改革外,教学一线工作单位和教师应该积极做好准备,为适应职教新局面增强个人教学综合能力,学习吸收新教学理念,并在教学实践中尝试应用实现传统职业教学体制向新职教体制平稳顺利的过度。本文以吉林工业职业技术学院电气技术系为基础,就双元制中强调的学生差异化培养方面展开研究,探寻在现有体制下,实施学生差异化培养的方案,以此增强学生培养质量,提高教师个人教学教研能力和综合能力。     

探析职技校钳工实训教学

提高学生技能水平是职技校教学的主要目的,而提高学生学习兴趣,发挥主观能动性是最有效途径之一。本文就目前钳工教学过程中存在的问题,明确学习目标,注重学生的综合能力培养,通过提高钳工实训教师的业务能力和水平,改进教学方法,采用一体化教学手段和方法,最终取得教学质量的提高。     

生源结构调整下的汽车检测与维修专业适应性调整研究

随着近年来汽车专业学生生源的变化,在教学过程中出现一系列问题.文章针对这种情况,分析了目前职业院校汽车检测与维修专业教学模式的现状,并从提高教师综合能力、教学组织、教学内容、教学模式、考核方法等方面,以适应生源变化情况下提高教学质量.     

在线课程教学质量提升探讨

针对在线课程教学过程中存在的问题,通过授课内容改革、提高教师教育教学水平、采用多途径增强教学掌控力、综合使用多种软件提升教学质量、完善多重考核制度提升学习效果等途径,进行了在线课程教学效果提升的探讨与实践。实践表明,在线课程教学改革后,极大地提高学生平时学习主动性,提高了学生的综合应用能力,提升了在线课程教育教学质量。     

刍议高职语文教学独特性

高职教育的发展受到越来越多的重视,学校不仅可以为学生的就业提供了职业教育,还从多个方面提高了学生的综合能力.高职语文教学具有明显的独特性,教师要明确语文教学现存的问题,找到专业教学和语文教学的契合点,要求教师能够结合学生的实际情况,从职业性的角度开展多样化的语文教学,培养出更多符合社会需求的复合型人才.     

探索教学方法 提高教学质量

探索教学方法,提高教学质量,是我们每个教师的责任。在教学中应采用全新的教学法才能更好地培养学生的思维能力、创新精神和实践能力,全面提高学生的综合素质。 一、互动教学法 互动指的是对教学过程中的本质的认识,教学过程     

提高高职语文教师素养的对策研究

高职语文教学的目的之一在于培养学生的语文素养和能力,而学生的语文素养来源于语文老师的素养.文章主要从教师的素养与能力、当前高职院校的语文教育和语文教师综合素养的现状、提高高职语文教师素养的对策这三个方面来进行阐述,在新的教育形势下,传统的教育向着现代化、信息化发展,高职语文教师的素养显得尤为重要.     

Overland water and salt flows in a set of rice paddies

Cultivation of paddy rice in semiarid areas of the world faces problems related to water scarcity. This paper aims at characterizing water use in a set of paddies located in the central Ebro basin of Spain using experimentation and computer simulation. A commercial field with six interconnected paddies, with a total area of 5.31 ha, was instrumented to measure discharge and water quality at the inflow and at the runoff outlet. The soil was classified as a Typic Calcixerept, and was characterized by a mild salinity (2.5 dS m⁻¹) and an infiltration rate of 5.8 mm day⁻¹. The evolution of flow depth at all paddies was recorded. Data from the 2002 rice-growing season was elaborated using a mass balance approach to estimate the infiltration rate and the evolution of discharge between paddies. Seasonal crop evapotranspiration, estimated with the surface renewal method, was 731 mm (5.1 mm day⁻¹), very similar to that of other summer cereals grown in the area, like corn. The irrigation input was 1874 mm, deep percolation was 830 mm and surface runoff was 372 mm. Irrigation efficiency was estimated as 41%. The quality of surface runoff water was slightly degraded due to evapoconcentration and to the contact with the soil. During the period 2001–2003, the electrical conductivity of surface runoff water was 54% higher than that of irrigation water. However, the runoff water was suitable for irrigation. A mechanistic mass balance model of inter-paddy water flow permitted to conclude that improvements in irrigation efficiency cannot be easily obtained in the experimental conditions. Since deep percolation losses more than double surface runoff losses, a reduction in irrigation discharge would not have much room for efficiency improvement. Simulations also showed that rice irrigation performance was not negatively affected by the fluctuating inflow hydrograph. These hydrographs are typical of turnouts located at the tail end of tertiary irrigation ditches. In fact, these are the sites where rice has been historically cultivated in the study area, since local soils are often saline-sodic and can only grow paddy rice taking advantage of the low salinity of the irrigation water. The low infiltration rate characteristic of these saline-sodic soils (an experimental value of 3.2 mm day⁻¹ was obtained) combined with a reduced irrigation discharge resulted in a simulated irrigation efficiency of 60%. Paddy rice irrigation efficiency can attain reasonable values in the local saline-sodic soils, where the infiltration rate is clearly smaller than the average daily rice evapotranspiration.     

农村剩余劳动力就业问题的探讨

论述了我国农村剩余劳动力就业的意义，并针对我国农村剩余劳动力的现状，提出多渠道促进农村剩余劳动力就业的途径和办法。     

车用发动机润滑油失效规律与更换周期研究

研究在正常使用条件下１０Ｗ／３０－ＱＣ级润滑油用于某型车用发动机时所表现的失效规律,确认期服从两参数Ｗｅｉｂｕｌｌ分布,并给出分布的尺度参数η和形状参数ｍ之最佳线性无偏估计（ＢＬＵＥ）同时,还为定量分析,计算车用发动机润滑油的使用可靠性和合理确定其更换周期提供了一套可供借鉴的方法,并给出了具体的计算实例。     

瓦房店市水果生产标准化发展研究

瓦房店市是我国重要的水果生产基地,在国内水果生产领域占有重要地位。随着水果市场化的不断深入,如何满足和适应国内外市场需求成为瓦房店市水果生产的关键问题。从瓦房店市水果生产实际出发,阐述了实施水果生产标准化的必要性,提出了发展水果生产标准化的具体措施。     

金谷子耐旱TG118引种试种及推广应用

对引进的谷子新品种金谷子耐旱TG118进行品种比较试验和多点试种。结果表明：该品种抗旱、耐瘠、适应性强,稳产、高产、抗病抗风抗倒伏强,品质优良,粮草兼用,种植简单,省工易管;一般产量在6000kg/hm2以上,比当地主栽品种增产20%以上。最高产量达9450kg/hm2,适于在辽西北地区推广应用。     

对《种子法》存在问题的探讨

《种子法》是我国种植业第一部法律。自实施以来,为依法加强种子管理提供了有力的法律支撑,促进我国种子产业发生翻天覆地的变化。但随着依法管理工作的深入和种子产业的快速发展,《种子法》及配套规章的一些问题逐步显现出来。对《种子法》及配套规章存在的问题进行深入分析,对需要进一步补充的章节以及需要调整的内容进行深入探讨,以求更加完善和明确。     

乡（镇）农业技术推广体系存在的问题及对策

乡（镇）农技推广体系是农业发展的关键。介绍朝阳市农业技术推广体系的现状,针对目前体制及运行机制、服务手段等方面存在的问题,提出适合朝阳市乡（镇）农技推广体系改革与发展的对策,以期对全省农技推广体系改革和发展起到一些借鉴作用。     

草莓的采收与贮藏

草莓果味酸甜爽口,营养价值高,为人们所喜爱的应市鲜果之一。由于草莓易受损伤和微生物侵染,因此其采收、贮藏过程极为重要。介绍草莓采收过程中的注意事项以及11种贮藏保鲜技术的实施步骤和操作方法,推介9种加工方式,为草莓产业化提供技术支持。     

和谐社会理论建设的几点哲学思考

在新世纪,面对机遇和挑战,党的十六大把“社会更加和谐”作为全面建设更高水平的小康社会的一个重要目标。中国人素有社会和谐的理想;西方人自古也向往社会和谐;借鉴东西方两种和谐社会思想的经验、教训,构建社会主义和谐社会理论。     

Review of the Egyptian experience in implementing land drainage projects

About 30 years have passed since the Government of Egypt embarked on implementing a series of large scale drainage projects. At present, about 3.8 million acres have been provided with drainage systems on the basis of systematic pre-drainage investigations and designs. The target is to provide drains in approximately 6.4 million acres in the Nile Valley and Delta.The implementation of the subsurface drainage system is carried out by the public sector and private contractors under direct supervision of governmental regional departments. The implementation process depends on many factors related to the drainage material, machinery, manpower, site requirements, farmers and organizations involved. Problems and constraints are sometimes challenging, however, the annual rate of implementation has gradually increased to 170,000 acre/year.This paper discusses the different aspects involved in the implementation process of drainage systems. The development in materials, machinery and construction technologies will be reviewed. Institutional and management factors are going to be also considered.