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Quantifying Engineering Faculty Performance Based on Expectations on Key Activities and Integration Using Flexible Weighting Factors

机译:通过灵活加权因素对关键活动和集成的期望来量化工程学院性能

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Faculty performance evaluation is an important element of assessment for departments and universities. A quantitative score is often needed for faculty annual evaluation, but its determination is often subjective, and it is hard to incorporate the versatile contributions of individual faculty members. Here, we propose a quantitative and objective faculty performance evaluation method. We established a well-structured quantitative evaluation system which scores faculty performance in key activities using expectation-based formula on key measures and then incorporates personalized flexible weights to integrate them into three area scores in teaching, research, and service as well as an overall score. It was implemented in a programed excel form, making it convenient to both faculty and evaluators and has generated very positive outcomes such as higher faculty satisfactory and improved productivity as indicated by associated increases in publications and new research grants etc. In conclusion, the quantitative faculty evaluation system provides more objective and transparent annual evaluation and a basis for making merit raise and award decisions. In addition, it can be readily adapted to evolving goals and needs of a department as well as different needs and cultures of different departments.
机译:教师绩效评估是各部门和大学评估的重要因素。教师年度评估通常需要定量分数,但其决心往往是主观的,并且很难纳入个人教师的多功能贡献。在这里,我们提出了一种定量和客观的教职性能评估方法。我们建立了一个结构化的定量评估系统,使用基于期望的公式在关键措施中获得了重点活动的教师性能,然后将个性化的灵活权重集成到教学,研究和服务中的三个区域分数以及整体分数。它以编程的Excel形式实施,使得教师和评估人员方便,并产生了非常积极的结果,例如高等的教师令人满意和提高生产力,如相关的出版物和新的研究授予等所示,总而言之,定量教师评估系统为年度评估提供了更多客观和透明的年度评估和提高奖励和奖励决定的基础。此外,它还可以容易地适应部门的目标和需求以及不同部门的不同需求和文化。

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