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Strategy for Training and Development of Engineering Manpower in Indian Context

机译:印度语境工程人力培养与发展战略

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The engineering education in India is delivered at unskilled, semi-skilled and skilled level. Unskilled and semi-skilled engineers include plumber, technician, electrician, instrument mechanic, X-ray operator, surveyor, draughtsman etc. At skilled level, the engineers are mostly undergraduates in varied fields such as electronics, telecommunications, computer, civil etc. Currently, the skilled level engineering education is being imparted through government, semi-government and private funded institutions. The prominent ones include IITs, NITs, PEC, VIT, BIT etc. There are more than 2000 technical institutes offering more than 750000 seats for undergraduate engineering career. However, this number itself is not sufficient for a populated country like India. Nevertheless, the mushrooming of engineering institutes with reduced number of technical teachers has lead to quantity engineers sans quality. And then, with advancements in technology, there has been ever increasing requirements of engineers in variety of new and emerging areas, apart from conventional engineers. This has lead to a gap in supply and demand of engineers. Survival of the fittest has become a key phrase in engineering career. State has been permitting private players to start educational institute offering degree course in conventional and emerging areas of technology. But there has been stalemate in developing, grooming and nurturing trainers for engineers. Where are the dedicated teachers required to undertake the daunting task of molding a pre-university student to an engineer in a span of 3-5 years. Privately managed institutes have been running at a neck-break speed to develop infrastructure in terms of high quality building, equipment, computers, software etc. But, when it comes to developing faculty members, then there is a speed breaker and every one passes the buck to other. Managements are ready to hire qualified faculty at high contractual fees, but are hesitant to groom their own under-qualified staff, for the fear of high attrition rate. This has lead to a catch 22 situations. The stakeholders have compromised on the quality of engineers being churned out. A new model is being tested by some institutes wherein their under-qualified faculty members are sponsored for higher education at premier technical institutes to undertake MTech and Phd. Once these faculty members return, the institute starts their own post-graduate program, and trains their faculty members by enrolling them as part-time students at MTech and PhD level. With this kind of policy, some institutes have grown and started contributing in research activities by way of publishing papers in national and international level conferences and journals. However, this is a slow process and takes years to evolve.
机译:印度的工程教育是在不熟练的,半熟的和熟练的水平下提供的。不熟练和半熟练的工程师包括水管工,技术人员,电工,仪器机械师,X射线操作员,测量师,练习师等熟练水平,工程师大多是在不同领域的大学,如电子,电信,计算机,民用等。目前,通过政府,半政府和私人资助机构赋予了熟练的级别工程教育。突出的包括IITS,NITS,PEC,VIT,位等。有2000多个技术研究所为本科工程职业提供超过750000个座位。然而,这个数字本身就是印度这样的人口稠密的国家。尽管如此,工程研究所的工程研究所占技术教师的数量减少已经导致数量工程师SAN质量。然后,除了传统工程师之外,在技术的进步方面,还有各种新的和新兴区域的工程师的要求。这导致工程师供需差距。最适合的生存已成为工程职业的关键词。国家一直允许私人玩家开始在传统和新兴技术领域开始教育机构提供学位课程。但是,为工程师开发,修饰和培育培训师而言,已经陷入僵局。敬业的教师需要在3 - 5年的跨度延伸到工程师的艰巨任务。私人管理机构一直在休息速度运行,以在高质量的建筑,设备,计算机,软件等方面开发基础设施。但是,当涉及到发展的教师成员时,那么每一个速度破坏者都通过了巴克到其他。管理层准备聘请高合同费用的合格教师,但犹豫了他们拥有的合格员工,因为担心高消耗率。这导致了22个局势。利益相关者妥协于被烧毁的工程师的质量。一些研究所正在测试一个新的模型,其中合格的教职员工都赞助高级技术研究所的高等教育,以进行MTECH和PHD。一旦这些教师返回,该研究所开始自己的研究生课程,并通过将其作为MTECH和PHD水平的兼职学生注册来列举他们的教职员工。通过这种政策,一些研究所已经发展并开始通过在国家和国际级别会议和期刊上发表论文来促进研究活动。但是,这是一个缓慢的过程,需要多年才能发展。

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