Title of article :
Promoting Translation Sub-Competences and Identifying the Ranking of Influence among Them
Author/Authors :
Mahmoodzadeh, Kambiz Department of English Translation Studies - Allameh Tabataba'i University, Iran , Farahzad, Farzaneh Department of English Translation Studies - Allameh Tabataba'i University, Iran , Esmaili, Ehsan Department of English Translation Studies - Allameh Tabataba'i University, Iran
Abstract :
In this two-stage empirical research, the authors attempted to study the impact of promoting translation
sub-competences defined by PACTE's Multi-Componential Model for Translation Competence on the
promotion of total translation competence as the first stage. The experiment for this purpose was conducted
on a group of Iranian undergraduate students comprising of their exposure to a targeted syllabus for
one semester. A pre-test and post-test of the experiment assessed their level and progress regarding translation
competence, using Orozco's measuring instruments and Farahzad and Famil Khalili's TQA scale.
The first stage also investigated whether Orozco’s model could assess sub-competences separately. The
second stage investigated whether translation sub-competences played equal roles within the translation
competence, in order to establish a ranking of influence among them. Thus, the study contrasted the instrumental
results of the tests to the total scores through the TQA scale and calculated the correlation between
them. The analyses revealed that the growth in each translation sub-competence promoted the total
translation competence. However, the study found Orozco’s model unable to assess translation subcompetences
separately. Finally, the study found that Orozco's measuring instruments and Farahzad and
Famil Khalili's TQA scale employed for this experiment were unable to collect sufficient evidential data
as to measure the separate role or influence of each sub-competence in the construction of total translation
competence.
Keywords :
Translation quality assessment scale , Translation competence , Multi-componential model , Measuring instruments
Journal title :
Astroparticle Physics