Abstract
In introducing the term ‘concept’, the authors of the 2008 International vocabulary of metrology ‘Basic and general concepts and associated terms’ (VIM, 2008) recognize that in order to operationalize a globally accepted set of metrology terms, one requires to deal with a higher level of abstraction. Concepts are obviously not specific to metrology–handling complex tasks in any domain of knowledge that requires conceptual thinking abilities. In this short white paper, we discuss how to assess and develop conceptual thinking of professionals in service, business, and industrial environments. The approach builds on a proven methodology called MERLO that has been developed in the last 15 years by experts in psychology and education with adaptation to new interactive technologies such as clickers and internet-based formative assessments. MERLO pedagogy can be used to assess individuals’ inherent conceptual thinking abilities and train them to enhance their competence in analyzing complex conceptual situations. This is pertinent to the education of metrology, quality, and statistical thinking. We suggest that MERLO can be considered as a complementary enabler to VIM, so that this fundamental work can enhance its impact and applicability.
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References
JCGM 200:2008 International vocabulary of metrology—basic and general concepts and associated terms (VIM3). www.bipm.org
De Bievre P (2008) Essential for metrology in chemistry, but not yet achieved: truly internationally understood concepts and associated terms. Metrologica 45:335–341
Shafrir U (1999) Representational competence. In: Sigel IE (ed) The development of mental representation: theory and applications. Lawrence Erlbaum Publishers, Mahwah, NJ, pp 371–389
Etkind M, Kenett RS, Shafrir U (2010) The evidence based management of learning: diagnosis and development of conceptual thinking with meaning equivalence reusable learning objects (MERLO). In: 8th International conference on teaching statistics (ICOTS), Ljubljana, Slovenia
Kenett RS, Kenett DA (2008) Quality by design applications in biosimilar technological products, ACQUAL. Accred Qual Assur 13:681–690
Shafrir U, Eagle M (1995) Response to failure, strategic flexibility and learning. Int J Behav Develop 18:677–700
Shafrir U, Ogilvie M, Bryson M (1990) Attention to errors and learning: across-task and across-domain analysis of the post-failure reflectivity measure. CognDevelop 5:405–425
Shafrir U, Pascual-Leone J (1990) Post-failure reflectivity/impulsivity and spontaneous attention to errors. J Educ Psychol 82:378–387
Dybkaer R (2010) ISO terminological analysis of the VIM3 concepts ‘quantity’ and ‘kind-of-quantity’. Metrologica 47:127–134
Meinrath G (2008) Lectures for chemists on statistics. I. Belief, probability, frequency, and statistics: decision making in a floating world. ACQUAL 13:3–9
Cabre MT (1998) Terminology: theory, methods, and applications. Johns Benjamins Publishing, Amsterdam
Kittredge RI (1983) Semantic processing of texts in restricted sublanguages. In: Cercone NL (ed) Computational linguistics
Einstein A, Infeld L (1938) The evolution of physics: from early concepts to relativity and quanta. Simon and Shuster, NY
Leibold C, Krieger HU, Spies M (2010) Ontology based modelling and reasoning in operational risks. In: Kenett RS, Raanan Y (eds) Operational risk management: a practical approach to intelligent data analysis. ISBN 9780470517666. Wiley, Chichester
Dybkaer R (2004) An ontology on property for physical, chemical, and biological systems APMIS 112(117):210. http://www.iupac.org/publications/ci/2005/2703/bw1_dybkaer.html
Acknowledgments
The idea of writing this paper came from discussions with Prof. Paul De Bievre who identified the challenge of communicating concepts in VIM, as opposed to only terminology. We also benefited from suggestions by Dr. Alex Weisman from ChemAgis who shared with us his experience in the pharmaceutical industry. We gratefully acknowledge their contributions to this work.
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Shafrir, U., Kenett, R.S. Conceptual thinking and metrology concepts. Accred Qual Assur 15, 585–590 (2010). https://doi.org/10.1007/s00769-010-0669-6
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DOI: https://doi.org/10.1007/s00769-010-0669-6