Effective ways to test changes of practical intelligence in order to assess unintentional learning in laboratory classes

Previous research shows that experience or academically called ‘practical intelligence’ in the field of engineering can be measured through comparing experience to the experts in the field. The expert teaches and shows the students the ways to complete some practical tasks based on their own practic...

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Main Authors: Daud Mohd Hisam, Razali Zol Bahri, M. Abdul Kader Mohamed Mydin
Format: Article
Language:English
Published: EDP Sciences 2018-01-01
Series:MATEC Web of Conferences
Online Access:https://doi.org/10.1051/matecconf/201815005003
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spelling doaj-51c2c4ef0f49449b9967c77047c859532021-02-02T07:16:30ZengEDP SciencesMATEC Web of Conferences2261-236X2018-01-011500500310.1051/matecconf/201815005003matecconf_mucet2018_05003Effective ways to test changes of practical intelligence in order to assess unintentional learning in laboratory classesDaud Mohd HisamRazali Zol BahriM. Abdul Kader Mohamed MydinPrevious research shows that experience or academically called ‘practical intelligence’ in the field of engineering can be measured through comparing experience to the experts in the field. The expert teaches and shows the students the ways to complete some practical tasks based on their own practical intelligence, which they developed for years and becomes their behaviors. Thus after some or repeated hands-on exercises, the level of students’ practical intelligence continuously developed and close to the experiences possesses by the experts. By this way, the level of practical intelligence can be assessed if it is referring to the experts score. A measuring instrument, an ‘Automated Engineers Testing Kits’ consisted of a partially completed circuit in which a battery provides power for a flash light. This is a semi-completed circuit which requires students to diagnose why the light does not work and complete the necessary connections. The authors hypothesize that practical intelligence measured in the context of constructing simple circuits used for laboratory experiments will be correlated with performance in real constructing tasks on similar complicated electrical circuits. The results show the correlations between the level of practical intelligence and the ability to construct the circuits. The methodology is described in the paper.https://doi.org/10.1051/matecconf/201815005003
collection DOAJ
language English
format Article
sources DOAJ
author Daud Mohd Hisam
Razali Zol Bahri
M. Abdul Kader Mohamed Mydin
spellingShingle Daud Mohd Hisam
Razali Zol Bahri
M. Abdul Kader Mohamed Mydin
Effective ways to test changes of practical intelligence in order to assess unintentional learning in laboratory classes
MATEC Web of Conferences
author_facet Daud Mohd Hisam
Razali Zol Bahri
M. Abdul Kader Mohamed Mydin
author_sort Daud Mohd Hisam
title Effective ways to test changes of practical intelligence in order to assess unintentional learning in laboratory classes
title_short Effective ways to test changes of practical intelligence in order to assess unintentional learning in laboratory classes
title_full Effective ways to test changes of practical intelligence in order to assess unintentional learning in laboratory classes
title_fullStr Effective ways to test changes of practical intelligence in order to assess unintentional learning in laboratory classes
title_full_unstemmed Effective ways to test changes of practical intelligence in order to assess unintentional learning in laboratory classes
title_sort effective ways to test changes of practical intelligence in order to assess unintentional learning in laboratory classes
publisher EDP Sciences
series MATEC Web of Conferences
issn 2261-236X
publishDate 2018-01-01
description Previous research shows that experience or academically called ‘practical intelligence’ in the field of engineering can be measured through comparing experience to the experts in the field. The expert teaches and shows the students the ways to complete some practical tasks based on their own practical intelligence, which they developed for years and becomes their behaviors. Thus after some or repeated hands-on exercises, the level of students’ practical intelligence continuously developed and close to the experiences possesses by the experts. By this way, the level of practical intelligence can be assessed if it is referring to the experts score. A measuring instrument, an ‘Automated Engineers Testing Kits’ consisted of a partially completed circuit in which a battery provides power for a flash light. This is a semi-completed circuit which requires students to diagnose why the light does not work and complete the necessary connections. The authors hypothesize that practical intelligence measured in the context of constructing simple circuits used for laboratory experiments will be correlated with performance in real constructing tasks on similar complicated electrical circuits. The results show the correlations between the level of practical intelligence and the ability to construct the circuits. The methodology is described in the paper.
url https://doi.org/10.1051/matecconf/201815005003
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