Making a Difference: Women in management in Australian and Canadian faculties of education

This article reports a study of Australian and Canadian women in management positions in university faculties of education. It provides a perspective on the contradictory and multilayered experiences of the first cohort of academic women to reach management positions in any significant numbers in education. The article explores the way in which women are positioned as different but at the same time negotiate their place by using marginality and difference as strengths. Many of the women continue to hold to feminist agendas that were forged in relation to the university of a quarter of a century ago. They have strong commitments to 'making a difference'. The authors raise the question of how these agendas will operate in the years to come and whether we can anticipate a new feminist politics of leadership.     

Sleepless in academia

The conditions under which women academics work provide the impetus for this article. Current trends in feminist and other writing are moving us away from dwelling on the disadvantages women experience in the academy. Yet the findings from the two Canadian studies reported here suggest that issues around children and career, anxieties about evaluation, and fatigue and stress shape the daily lives of women academics. The women do find ways and means of coping and resisting, ­sometimes collectively, although one of the major responses—working harder and sleeping less—might be considered somewhat short of empowering. We also look at what the prospects are for changes in university policies and practices.     

Effect of endpoint conditions on position and velocity near impact in tennis

Smoothing to obtain accurate position and velocity data near impacts in sport biomechanics studies is complicated by the accelerations of impact, endpoint effects and the smoothing technique used. Wrist goniometric data with two levels of random noise added were used to examine three endpoint modelling conditions for obtaining accurate position and velocity data at impact in the tennis forehand. The common approach of smoothing through impact created distortions of the position signal up to 100 ms before impact and resulted in consistent underestimations (-3.2%) of wrist angle and angular velocity (-67.9%) at impact. New linear and polynomial extrapolation conditions smoothed with all techniques provided lower root mean squared errors than the smoothing-through-impact condition, with discrete wrist positions at impact within 1.1% of the criterion data. Both the new linear and polynomial conditions can be used to make more accurate angular position and velocity estimates for tennis impacts, whereas the smoothing-through-impact condition creates spurious decreases in speed before impact that in the past have been assumed to be aspects of skilful movement.