Population Health Research Institute, St. George's University London, London, UK
Geriatric Medicine, Guy's and Saint Thomas' NHS Foundation Trust, London, London, UK.
BMJ Lead. 2022 Mar;6(1):53-56. doi: 10.1136/leader-2020-000221. Epub 2021 Feb 16.
Women comprise over three-quarters of the National Health Service workforce, yet remain underrepresented in senior medical grades, on managerial boards and in senior leadership roles. This is attributed to a wide range of internalised, interpersonal and structural factors.
To explore the experiences of aspiring clinical leaders working with senior female leader colleagues and the perceived impact of these interactions on professional development and future aspirations.
Healthcare professionals, self-identifying as female aspiring clinical leaders, were recruited via email and social media to participate in a focus group or semistructured interview. Interviews were recorded and reviewed and the key enablers, barriers and actions to facilitate opportunities for female clinical leaders in the workplace identified.
Participants (n=11) had varied experiences of working with senior female colleagues. Reported barriers from existing leaders included 'Queen Bee' phenomenon and reticence to talk about barriers faced. Enablers included 'nudging' towards opportunities and women leaders sharing challenges they had faced and overcome.
Supporting women to achieve their leadership potential requires individualised support, role modelling and mentorship, and organisational change to tackle workplace biases and microaggressions. These are crucial to ensuring gender balance across leadership in health and social care.
女性占国民保健服务系统劳动力的四分之三以上,但在高级医疗级别、管理委员会和高级领导职位中的代表性仍然不足。这归因于一系列内在的、人际的和结构的因素。
探讨有抱负的临床领导者与资深女性领导同事合作的经验,以及这些互动对专业发展和未来抱负的感知影响。
通过电子邮件和社交媒体招募自认为是女性有抱负的临床领导者的医疗保健专业人员参加焦点小组或半结构化访谈。对访谈进行记录和审查,并确定促进女性临床领导者在工作场所获得机会的关键促成因素、障碍和行动。
参与者(n=11)有与资深女性同事合作的不同经验。现有领导者报告的障碍包括“蜂王”现象和不愿谈论面临的障碍。促成因素包括“推动”机会和女性领导者分享她们所面临和克服的挑战。
支持女性发挥领导潜力需要个性化的支持、榜样和指导,以及组织变革,以解决工作场所的偏见和微侵犯问题。这些对于确保卫生和社会保健领域的领导力性别平衡至关重要。