Analysis of the retaining wall design problem in the framework of the Tyler Rationale

Robert Charlier, François Bertrand, Benjamin Cerfontaine, Simon Delvoie, Anne-Catherine Dieudonné

Research output: Contribution to conferencePoster

Abstract

The coherence of any education system lies on the respect of the Tyler Rationale which puts the relationship between the objectives, the teaching method and the evaluation forward. The practical part of the examination of the course of Geotechnics generally includes a retaining wall design problem. We listed and classified the mistakes identified in the student answers for the retaining wall design problem. In this classification, the mistakes specific to geotechnics are distinguished from the ones which are not specific to geotechnics. This list allows the teacher to be aware of the most common mistakes so he can insist on things not to do during the learning experiences. The classification is also fundamental. Indeed, if a student failed essentially because of a lack of pre-requisites, there is no reason he succeed by repeating the course in the same conditions. He should be therefore redirected to a self-regulating.
Original languageEnglish
Publication statusPublished - 28 Sep 2015
EventALERT Workshop 2015 - Aussois, France
Duration: 28 Sep 20153 Oct 2015

Workshop

WorkshopALERT Workshop 2015
CountryFrance
CityAussois
Period28/09/153/10/15

Fingerprint

teaching method
education system
respect
student
examination
lack
teacher
evaluation
learning
experience
coherence

Keywords

  • Triple concordance

Cite this

Charlier, R., Bertrand, F., Cerfontaine, B., Delvoie, S., & Dieudonné, A-C. (2015). Analysis of the retaining wall design problem in the framework of the Tyler Rationale. Poster session presented at ALERT Workshop 2015, Aussois, France.
Charlier, Robert ; Bertrand, François ; Cerfontaine, Benjamin ; Delvoie, Simon ; Dieudonné, Anne-Catherine. / Analysis of the retaining wall design problem in the framework of the Tyler Rationale. Poster session presented at ALERT Workshop 2015, Aussois, France.
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abstract = "The coherence of any education system lies on the respect of the Tyler Rationale which puts the relationship between the objectives, the teaching method and the evaluation forward. The practical part of the examination of the course of Geotechnics generally includes a retaining wall design problem. We listed and classified the mistakes identified in the student answers for the retaining wall design problem. In this classification, the mistakes specific to geotechnics are distinguished from the ones which are not specific to geotechnics. This list allows the teacher to be aware of the most common mistakes so he can insist on things not to do during the learning experiences. The classification is also fundamental. Indeed, if a student failed essentially because of a lack of pre-requisites, there is no reason he succeed by repeating the course in the same conditions. He should be therefore redirected to a self-regulating.",
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note = "ALERT Workshop 2015 ; Conference date: 28-09-2015 Through 03-10-2015",

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Charlier, R, Bertrand, F, Cerfontaine, B, Delvoie, S & Dieudonné, A-C 2015, 'Analysis of the retaining wall design problem in the framework of the Tyler Rationale' ALERT Workshop 2015, Aussois, France, 28/09/15 - 3/10/15, .

Analysis of the retaining wall design problem in the framework of the Tyler Rationale. / Charlier, Robert; Bertrand, François; Cerfontaine, Benjamin; Delvoie, Simon; Dieudonné, Anne-Catherine.

2015. Poster session presented at ALERT Workshop 2015, Aussois, France.

Research output: Contribution to conferencePoster

TY - CONF

T1 - Analysis of the retaining wall design problem in the framework of the Tyler Rationale

AU - Charlier, Robert

AU - Bertrand, François

AU - Cerfontaine, Benjamin

AU - Delvoie, Simon

AU - Dieudonné, Anne-Catherine

PY - 2015/9/28

Y1 - 2015/9/28

N2 - The coherence of any education system lies on the respect of the Tyler Rationale which puts the relationship between the objectives, the teaching method and the evaluation forward. The practical part of the examination of the course of Geotechnics generally includes a retaining wall design problem. We listed and classified the mistakes identified in the student answers for the retaining wall design problem. In this classification, the mistakes specific to geotechnics are distinguished from the ones which are not specific to geotechnics. This list allows the teacher to be aware of the most common mistakes so he can insist on things not to do during the learning experiences. The classification is also fundamental. Indeed, if a student failed essentially because of a lack of pre-requisites, there is no reason he succeed by repeating the course in the same conditions. He should be therefore redirected to a self-regulating.

AB - The coherence of any education system lies on the respect of the Tyler Rationale which puts the relationship between the objectives, the teaching method and the evaluation forward. The practical part of the examination of the course of Geotechnics generally includes a retaining wall design problem. We listed and classified the mistakes identified in the student answers for the retaining wall design problem. In this classification, the mistakes specific to geotechnics are distinguished from the ones which are not specific to geotechnics. This list allows the teacher to be aware of the most common mistakes so he can insist on things not to do during the learning experiences. The classification is also fundamental. Indeed, if a student failed essentially because of a lack of pre-requisites, there is no reason he succeed by repeating the course in the same conditions. He should be therefore redirected to a self-regulating.

KW - Triple concordance

M3 - Poster

ER -

Charlier R, Bertrand F, Cerfontaine B, Delvoie S, Dieudonné A-C. Analysis of the retaining wall design problem in the framework of the Tyler Rationale. 2015. Poster session presented at ALERT Workshop 2015, Aussois, France.