Laurence Caroline O M, Karnon Jonathan
School of Public Health, The University of Adelaide, North Terrace, Adelaide, Australia.
Hum Resour Health. 2017 Jun 28;15(1):43. doi: 10.1186/s12960-017-0216-1.
Health workforce planning is based on estimates of future needs for and supply of health care services. Given the pipeline time lag for the training of health professionals, inappropriate workforce planning or policies can lead to extended periods of over- or under-supply of health care providers. Often these policy interventions focus on one determinant of supply and do not incorporate other determinants such as changes in population health which impact the need for services. The aim of this study is to examine the effect of the implementation of various workforce policies on the estimated future requirements of the GP workforce, using South Australia as a case study. This is examined in terms of the impact on the workforce gap (excess or shortage), the cost of these workforce policies, and their role in addressing potential non-policy-related future scenarios.
An integrated simulation model for the general practice workforce in South Australia was developed, which determines the supply and level of services required based on the health of the population over a projection period 2013-2033. The published model is used to assess the effects of various policy and workforce scenarios. For each policy scenario, associated costs were estimated and compared to baseline costs with a 5% discount rate applied.
The baseline scenario estimated an excess supply of GPs of 236 full-time equivalent (FTE) in 2013 but this surplus decreased to 28 FTE by 2033. The estimates based on single policy scenarios of role substitution and increased training positions continue the surplus, while a scenario that reduces the number of international medical graduates (IMGs) recruited estimated a move from surplus to shortage by 2033. The best-case outcome where the workforce achieves balance by 2023 and remains balanced to 2033, arose when GP participation rates (a non-policy scenario) were combined with the policy levers of increased GP training positions and reduced IMG recruitment. The cost of each policy varied, with increased role substitution and reduced IMG recruitment resulting in savings (AUD$752,946,586 and AUD$3,783,291 respectively) when compared to baseline costs. Increasing GP training costs over the projection period would cost the government an additional AUD$12,719,798.
Over the next 20 years, South Australia's GP workforce is predicted to remain fairly balanced. However, exogenous changes, such as increased demand for GP services may require policy intervention to address associated workforce shortfalls. The workforce model presented in this paper should be updated at regular intervals to inform the need for policy intervention.
卫生人力规划基于对未来医疗服务需求和供给的估计。鉴于卫生专业人员培训存在时间滞后,不当的人力规划或政策可能导致医疗服务提供者长期供过于求或供不应求。这些政策干预通常只关注供给的一个决定因素,而没有纳入其他决定因素,如影响服务需求的人口健康变化。本研究旨在以南澳大利亚州为例,探讨实施各种人力政策对全科医生人力未来估计需求的影响。这将从对人力差距(过剩或短缺)的影响、这些人力政策的成本及其在应对潜在的非政策相关未来情景中的作用等方面进行考察。
开发了一个南澳大利亚州全科医疗人力的综合模拟模型,该模型根据2013 - 2033年预测期内的人口健康状况确定所需的服务供给和水平。已发布的模型用于评估各种政策和人力情景的影响。对于每个政策情景,估计相关成本,并与应用5%贴现率的基线成本进行比较。
基线情景估计2013年全科医生供过于求236个全职等效岗位(FTE),但到2033年这一过剩数量降至28个FTE。基于角色替代和增加培训岗位的单一政策情景的估计结果仍显示过剩,而减少招聘国际医学毕业生(IMG)的情景估计到2033年将从过剩转变为短缺。当全科医生参与率(一种非政策情景)与增加全科医生培训岗位和减少IMG招聘的政策杠杆相结合时,出现了最佳结果,即到2023年人力实现平衡并在2033年保持平衡。与基线成本相比,每项政策的成本各不相同,增加角色替代和减少IMG招聘分别节省了752,946,586澳元和3,783,291澳元。在预测期内增加全科医生培训成本将使政府额外支出12,719,798澳元。
在未来20年里,预计南澳大利亚州的全科医生人力将保持相对平衡。然而,外部变化,如对全科医生服务需求的增加,可能需要政策干预以应对相关的人力短缺。本文提出的人力模型应定期更新,以告知政策干预的必要性。