Recognition of substantial equivalence of engineering competence: the Canada—France mutual recognition agreement

Recognition at the full professional level of engineers coming from two different countries with totally different systems is a very difficult task. However, in the context of globalization of all human activities, particularly engineering services, it is essential that well-developed countries take very serious efforts using an open-minded approach to establish the parameters that will permit the ultimate objective of international recognition to be achieved. While there are many ways to move toward this objective, one recognized method of making very important steps is certainly the signature of mutual recognition agreements by major players in the trade of engineering services. In this context, this paper presents the features of a bilateral agreement that has been signed between France and Canada for the recognition of engineers at the full professional level from both countries. This agreement is the first of its kind for Canada. Many features of the agreement are worthy of note for others trying to identify the parameters to achieve an agreement between two countries having very different systems. How this success was achieved is explained, giving full attention to those factors that contributed to the conclusion of this agreement.     

Strength in numbers? Women and mathematics

Two studies were conducted to test the link between numerical distinctiveness, stereotype threat and mathematical performance among women. In the first study, stereotype threat was measured with a stereotype activation task. Women in a solo, non-solo or control condition completed word fragments and a mathematical activity. Solo women, rather than their non-solo counterparts showed mathematical performance deficits. Evidence did not support the mediating role of stereotype activation. In the second study, stereotype anxiety was assessed. According to analyses, solo women reported greater stereotype-related anxiety than non-solo women. A link between stereotype anxiety and mathematical performance deficits was also uncovered. Finally, mathematical underperformance was associated with greater interest in feminine activities. Strategies to buffer the effects of stereotype threat are discussed.     

Preventative Counseling for the Gifted Adolescent: From Words to Action

A reliable preventive counseling program is one that recognizes the distinct affective needs of the gifted adolescent and one that becomes an integral part of the curriculum.     

Annemarie Roeper: The Voice of Gifted Children

A methodology for teaching conversational Spanish to gifted preschoolers is described with specific examples. The results of this project indicate that the children were enthusiastic learners, excellent at pronouncing Spanish, and could remember and use new vocabulary after two to three class sessions. The parents reported that their children enjoyed learning Spanish and used their Spanish outside of the classroom.     

Predicting stereotype endorsement and academic motivation in women in science programs: A longitudinal model

This study proposed and tested a model based on stereotype threat theory. The hypothesis is that women who are exposed to a low percentage of women in a science program are more likely to endorse the gender stereotype that science is a male domain, which will in turn undermine their autonomous academic motivation. A total of 167 women university students enrolled in science programs participated in an 18-month longitudinal study. Results partially support our model. Although the low percentage of females in science programs was related to endorsement of the gender stereotype, there was no effect of prior stereotype endorsement on subsequent autonomous academic motivation.