: The beginning of another academic year has me reflecting on what more we can give students beyond the curriculum. We spend considerable time thinking about what students need to know and what they need to be able to do. We develop learning outcomes, create assignments, design simulations, evaluate learning, and provide feedback. All those things are important. However, some of the most valuable learning opportunities are not found in the curriculum at all. Sometimes, they arrive in an email. I remember an interaction with a student from several years ago. The student had sent a series of emails that were, . . . [more] The post The Learning Opportunities We Don’t Plan For appeared first on Slaw
: How can we encourage women to pursue scientific careers? In recent years, a number of mentoring or awareness campaigns have been put in place to encourage French high school students to study maths, physics or engineering sciences, while they remain underrepresented in these fields. One of the last large-scale initiatives is the Filles et Maths program , launched in 2025, including work on gender bias, the implementation of “role models” or timetables featuring flexible hours. The program was nonetheless met with criticism: while women remain under-represented in some disciplines, they also remain a minority in the highest positions across the board in the academic world, from mathematics to social sciences. In France, gender inequalities are therefore not limited to access to scientific studies: they cut across all university careers and make many women leave French Higher Education and Research before securing tenure. This “drain” is explained by several factors among which motherhood holds an important pl[...]