HIGH TECHNOLOGY,EMPLOYMENT AND THE CHALLENGES TO EDUCATION

The contribution of employment in high technology industry to future employment growth in the US economy is estimated to be small. Much high technology employment is not professional work at all, but routine labour, and much of that performed by minority groups with few career opportunities. Most new jobs will occur in occupations requiring no more than secondary education. High technology may generate employment in other areas, but often low grade work performed in the “homework economy”. Appropriate education for employment in high technology industry and in computer-related fields is not necessarily specialised and technical; high-quality general education is probably more important. Instrumental education, ignorant of the demands of high technology, and of the demands a modern economy makes upon high technology, is likely to be counter-productive. Commercial and technical success requires a combination of cultural learning and technical skill.     

Proteus仿真软件在电子技术课程中的应用

本文阐述了在电子技术教学过程中,运用Proteus仿真软件对模拟电子技术及数字电子技术实验电路进行仿真设计与验证调试的实例。运用该软件能够激发学生的学习兴趣,明显改善教学效果。     

试论机电类科技成果查新的质量控制技术

本文阐述了机电科技成果查新的关键技术以及如何对影响科技成果查新质量的相关因素进行有效控制,并进行了查新课题实例分析。     

高校虚拟仪器电工电子实验应用研究

针对目前传统的高校电工电子类实验教学中存在实验设备陈旧、落后等问题,结合LabVIEW虚拟仪器技术,采用模块化思想,设计了应用在高校电工电子类实验教学中的虚拟实验教学系统。此虚拟实验教学系统可满足电工电子类课程的实验教学任务。     

高职高专电子实习教学改革的探索

高职高专院校主要是培养技能型、应用型,并适应市场需求的高素质人才,在电子实习教学中应重点培养学生的形象思维能力、创新能力和实际动手能力。因此,本文认为电子实习教学改革中应摒弃抽象教学为主导的教学模式来转而通过多媒体教学提高学生的学习兴趣、使抽象概念具体化、缩短学校培养与企业需求之间的距离;应强化创新能力的培养,采用开放式教学增强课堂互动和鼓励学生参加电子竞赛是行之有效的办法;用产学研结合的电子实习模式来加强工程实践能力,校企共建具有真实生产环境的实训基地是落实人才培养的重要保障。     

关于CCS在DSP平台上的应用和研究

结合电力电子和DSP的发展情况,简述CCS在电力电子以及DSP平台上的发展概括和应用研究,并结合自己的看法进行简单的评述。     

从企业需求层面分析高职电子类学生职业素质的培养——以明昕微电子股份有限公司招聘岗位职责为切入点

高职电子类学生的就业竞争日益加剧,毕业后如何在职场中拥有自己的一席之地,这就需要他们早做准备,练好"内功"。职教工作者作为人才的培养者,需不断关注行业动态,及时了解企业需要,主动分析企业对人才的要求,有针对性地组织教育教学活动,着力培养学生的职业素质,以提升学生的核心竞争力。同时要不断深化校企合作,力争形成"课程共建,人才共育,过程共管,资源共享"的多赢局面。     

CDIO指导下的创新性电工电子实验设计

基于国际工程教育改革的最新成果——CDIO工程教育模式的一体化培养理念,运用其培养大纲和评价标准,分别从实验选题和内容规划、实验实施、实验评价3个方面进行分析,提出在电工电子基础实践课中进行创新性实验改革的方法,以培养符合国家战略需要的具有优秀专业知识、技能、团队协作能力和工程素质的创新型人才。     

共享型校企合作模拟电子技术课程开发

阐述了共享型校企合作模拟电子技术课程开发的目的与意义,提出了共享型校企合作课程开发的依据,给出了共享型校企合作模拟电子技术课程教学项目,并提出了共享型校企合作课程开发的原则,实践证明,共享型校企合作课程开发效果良好,为高职教育的课程改革提供了有益借鉴。     

Working towards a scalable model of problem-based learning instruction in undergraduate engineering education

The intent of the study presented in this paper is to show that the model of problem-based learning (PBL) can be made scalable by designing curriculum around a set of open-ended problems (OEPs). The detailed statistical analysis of the data collected to measure the effects of traditional and PBL instructions for three courses in Electronics and Communication Engineering, namely Analog Electronics, Digital Electronics and Pulse, Digital & Switching Circuits is presented here. It measures the effects of pedagogy, gender and cognitive styles on the knowledge, skill and attitude of the students. The study was conducted two times with content designed around same set of OEPs but with two different trained facilitators for all the three courses. The repeatability of results for effects of the independent parameters on dependent parameters is studied and inferences are drawn.