Supply Chain Risk Management on Medicine Supply Using House Of Risk (HOR) and Value at Risk Method at RSUD Pandan Arang
Abstract
Hospitals, as defined by the World Health Organization, play a crucial role as essential
components within medical and social structures, offering comprehensive healthcare
services. The effective management of hospitals is of utmost importance, requiring
enhancements in quality to fortify healthcare provisions. This investigation delves into the
pivotal role of pharmacy installations in hospitals, underscoring their significance in
pharmaceutical planning, supply, and oversight. The focus is on RSUD Pandan Arang, a
government-owned hospital in Boyolali, Central Java, to assess the contribution of
pharmaceutical installations in supporting diverse medical services, particularly those under
BPJS. The study identifies inherent uncertainties in the future that pose risks to the overall
business process, stressing the need for efficient drug supply chain management to ensure
optimal service delivery, patient safety, and consultation availability. To address these
challenges, the study employs the House of Risk (HOR) technique and the Value at Risk
(VaR) method to identify, analyze, and mitigate potential hazards. Drawing on historical
data, the study pinpoints 17 risk events and agents, with a focus on two high-risk, low-
incidence primary agents: "lack of supervision of medicine by the head of the pharmacy
department" and "lack of communication with distributors." Additionally, the VaR
technique estimates potential financial impacts over a three-month period with a 95%
confidence level, suggesting losses ranging from Rp 2,645,000.00 to Rp 183,522,609.07.
These risks encompass inaccuracies in RAB calculations, forecasting issues, fluctuations in
pharmaceutical prices, ordering errors, shortages, communication gaps, shipping
negligence, quality control lapses, and extended return timeframes. The research concludes
by highlighting the importance of implementing effective risk management measures.
Collections
- Industrial Engineering [2835]
