Final written examination is the most important part of summative assessment in automaticcontrol courses. Preparation of the examinations with a given number of points according to the concept of constructive Alignme...
详细信息
Final written examination is the most important part of summative assessment in automaticcontrol courses. Preparation of the examinations with a given number of points according to the concept of constructivealignment (which could be the main concept in future automaticcontroleducation) takes significant amount of time of the educator and motivates development of a toolkit for automatic compilation of examination problems. A decision support Matlab/LATEX toolkit based on random number generators for selection of examination problems is proposed in this paper to facilitate the alignment. The toolkit allows application of Stepwise constructivealignment (a new method proposed in this paper), where the alignment is achieved by a number of software runs associated with random trials. In each step the educator manually selects suitable problems before each run based on evaluation of the random choice from the previous run. automatic generation of the examination together with solutions for the course 'Process control and measurement techniques' is presented as an example. Copyright (c) 2024 The Authors. This is an open access article under the CC BY-NC-ND license (https://***/licenses/by-nc-nd/4.0/)
Final written examination is the most important part of summative assessment in automaticcontrol courses. Preparation of the examinations with a given number of points according to the concept of constructive Alignme...
详细信息
Final written examination is the most important part of summative assessment in automaticcontrol courses. Preparation of the examinations with a given number of points according to the concept of constructivealignment (which could be the main concept in future automaticcontroleducation) takes significant amount of time of the educator and motivates development of a toolkit for automatic compilation of examination problems. A decision support Matlab/L A TEX toolkit based on random number generators for selection of examination problems is proposed in this paper to facilitate the alignment. The toolkit allows application of Stepwise constructivealignment (a new method proposed in this paper), where the alignment is achieved by a number of software runs associated with random trials. In each step the educator manually selects suitable problems before each run based on evaluation of the random choice from the previous run. automatic generation of the examination together with solutions for the course ‘Process control and measurement techniques’ is presented as an example.
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