AI Prompt Guides for Midwives
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AI Prompt Tool for Midwives
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Provide prenatal care and childbirth assistance.
The occupation of "Midwives" has an automation risk of 41.7%, which is very close to its base risk of 42.4%. This moderate level of automation risk stems largely from the mix of tasks that midwives perform, some of which are highly routine and data-driven, while others demand nuanced human judgment and care. For instance, monitoring maternal condition during labor—such as checking vital signs, tracking uterine contractions, or conducting physical examinations—is increasingly supported by automated devices and AI-powered monitoring systems. Similarly, the identification of tubal and ectopic pregnancies involves structured diagnostic protocols and imaging that can be performed or assisted by advanced algorithms. Moreover, providing emergency care to infants at birth, while currently reliant on expert human intervention, is supported by standardized resuscitation procedures that could be partially mechanized in the future. Conversely, several core responsibilities of midwives are highly resistant to automation, providing important safeguards against full occupational displacement. Tasks such as collaborating in research studies require adaptability, critical thinking, and communication—qualities that are still challenging for machines to replicate. Completing birth certificates, though seemingly administrative, often involves nuanced interactions with families and legal requirements, which are context-dependent and require discretion. Furthermore, treating patients’ symptoms with alternative health care methods, such as using herbs or hydrotherapy, integrates not only specialized knowledge but also personalized patient assessment, empathy, and creativity, all attributes that are inherently human. The primary bottleneck skills limiting the automation of midwifery are originality, measured at 2.9% and 3.0% depending on context. This low availability of originality signifies that many midwifery tasks involve creative problem-solving, holistic assessment, and the ability to respond flexibly to unique and complex situations—abilities that current AI and robots cannot easily replicate. The need for original thought is especially significant when unexpected complications arise during childbirth, or when communicating sensitive medical information to patients and their families. These requirements for adaptability and innovation serve as a substantial barrier to full automation, ensuring that while some routine or protocol-driven tasks may be automated, the essence of midwifery remains resolutely human.