ABSTRACT
OBJECTIVES: To estimate the supply of occupational and environmental medicine specialties in the target year of 2020. METHODS: We adopted alternative projection models combined with a demographic method as a supply forecasting method. The model uses data selected primarily from the database of the Korean Society of Occupational and Environmental Medicine (KSOEM), a survey for certified members of KSOEM, audit data from the Ministry of Employment and Labor (MOEL) and Hospital Accreditation. We assumed five viable alternatives in supply forecasting. RESULTS: Depending on the assumptions, the total occupational and environmental medicine specialties supply ranged from 706 by low-level supply estimates to 754 by high-level supply estimates in 2020. Among them, approximately 81% were estimated to engage themselves in agency for health management and periodic health examinations for workers exposed to hazards. CONCLUSIONS: The study results suggest that the supply of occupational and environmental medicine specialties is related to the policy of MOEL. Further studies are needed concerning overall policy about health and safety and for the newly demanded market.
Subject(s)
Accreditation , Employment , Environmental Medicine , Forecasting , KoreaABSTRACT
OBJECTIVES: To estimate the demand and demand-supply balances of occupational and environmental medical specialties (OEMS) in the target year of 2020. METHODS: We adopted a new OEMS demand model based on the situations of periodic workers' health examination (PHE) agencies, health management agencies (HMA), and legal enforcement for health and safety systems in Korea. The model uses data selected primarily from the database of the Korean Society of Occupational and Environmental Medicine (KSOEM), a survey for certified members of KSOEM, statistics and internal documents from the Ministry of Employment and Labor (MOEL). RESULTS: From the data and assumptions, newly demanded OEMS were 193 for workers who had received PHE, and 205 based on total workers for PHE in 2020 for PHE. But no OEMS for HMA area is demanded. Comparing with the calculated numbers of supply estimates, the demand was slightly higher, but could be balanced if MOEL kept consistent and unchanging policies. CONCLUSIONS: The study results suggest that the demand-supply balance of OEMS is mainly influenced by the policy of MOEL. Further studies are needed examining more detailed data and statistics about PHE agencies, HMA and considering MOEL policies are needed to configuring more sophisticated and need-included estimation.