Author(s)

Benítez  , Canales  

cience Education, Autonomous University Hidalgo State, Pachuca, México.
Master of Science Teaching, Polytechnic University of Pachuca, Pachuca, México.

In the current context of technical higher education in Mexico, there have been changes affecting the school community. The massification phenomenon and the implementation of a competence-based model are both challenges that college students must face. We present the preliminary results of the following research “Resilience skills development through protective and risk factors in engineering students”. In social sciences, resilience is presented as the individual’s ability to identify and solve problems, which impacts their own transformation and growth (Cyrulnik, 2004; Vanistendael, 2006; Melillo & Suarez, 2004). Developing resilience depends on certain resilience skills which through critical thinking strengthen students’ analysis and decision making. We used a mixed methodology because resilience emanates from the individual’s subjectivity. A quantitative study was applied to a sample of 105 students of which 23 were identified as having resilient characteristics. In the qualitative study the results show that 12 of these students had critical thinking as a protective factor.

Resilience; Critical Thinking; Engineering; Technical Higher Education

 , B. &  , C. (2013). Critical Thinking as a Resilience Factor in an Engineering Program. Creative Education, 4, 611-613. doi: 10.4236/ce.2013.49087.