The layout will be used to determine impact of travel distances,
congestion, and room location on the overall flow efficiency.
Define room specialty assignments along with potential
operation grouping that it can perform. A set of general
guidelines needs to be defined in order to improve
Load currently used schedules from EMR
(or other systems). The data will be used to
validate and improve the OR.
The model shows high utilization of the OR rooms, giving the impression that the OR department is reaching capacity.
By examining the overall OR efficiency of every room, the initial results indicate that the rooms operate at a very low efficiency and contribute extensively to Non-Value-Added time.
Additional capacity can be achieved by improving efficiency.
By properly scheduling the OR and providers, a higher level of efficiency can be achieved.
(Historical Data, Schedules, shifts, providers info, and room specialties)
Web-based Schedule Adherence dashboards are provided to quickly summarize the state of each room; whether or not it is on schedule and the schedule impact to future operations.
Detailed performance view per provider identifying
the impact of delays.
Our Mission: Provide organizations with the required tools and know-how to ensure competitive advantage and sustainability in an ever-demanding world market.
The Role of Dynamic Simulation in Process Improvement Initiatives
Decreasing Patient Wait Time And Increasing Operational Efficiency in The ED
Improving Hospital Efficiency with Dynamic Simulation
Improve Patient Wait Time and Increase Operational Efficiency in the ED / ER
Dynamic Simulation for Lab Optimization can Help Increase Efficiency
Improving Manufacturing Practices with Dynamic Simulation
Improving Logistics Efficiency with Dynamic Simulation & Analysis
Dynamic Simulation for Distribution Centers
If you have any questions please do not hesitate to contact us.
Address: 3909 75th St. Ste 105, Aurora, IL 60504