An integrated model of LEAN production concepts, practices, and climate as a tool for improving efficiency and effectiveness in hospitals and R&D units

Projekt: Forschung

Projektbeteiligte

  • Frese, Michael (Wissenschaftliche Projektleitung)
  • Carroll, John (Partner*in)
  • Naveh, Eitan (Partner*in)
  • Massachusetts Institute of Technology

Beschreibung

In order to survive, organizations need to keep high efficiency and effectiveness by targeting the right quantity, at the right quality, at the right time, and in the right place. Lean production seeks to identify and eliminate wasted time, effort, and resources, leaving only streamlined processes that add value at every step. For example, by reducing protective buffer inventories, and improving the organizations? capacity to ameliorate the potential damaging effects of variability in supply, processing time, or demand. Lean production has been implemented in many industries and has been proved highly successful in improving organizational processes, efficiency, and effectiveness. Recently, Lean has been implemented in two unique contexts; hospitals and Research and Developments departments. Both contexts are characterized by the need to balance on the one side innovation and be creativity, while on the other side, the need to standardize processes to keep high efficiency and effectiveness. Hospitals have started to implement Lean practices in order to improve their efficiency and quality of care.

However, there are mixed results regarding their success to improve processes and in some cases, there are even reports of negative effects such as higher costs and more treatment errors. In the context of R&D departments, there is a tension between on the one side the need to innovate and be creative while at the same time adhere to Lean practices as standardization and minimum variation. The proposed network aims to develop better understanding of Lean production implementation in hospitals and R&D units, and specifically, identify conditions that explain why and how Lean production would have a positive effect on hospital and R&D units? efficiency, quality, and potential for innovation. Improving efficiency and quality in the LEAN way have the potential to save healthcare and R&D costs.
AkronymLEAN
StatusAbgeschlossen
Zeitraum01.09.1031.08.14

Dokumente

Links

Zuletzt angesehen

Publikationen

  1. Stability analysis of a linear model predictive control and its application in a water recovery process
  2. Supporting discourse in a synchronous learning environment
  3. From Knowledge to Application
  4. What can conservation strategies learn from the ecosystem services approach?
  5. Modeling items for text comprehension assessment using confirmatory factor analysis
  6. Text Comprehension as a Mediator in Solving Mathematical Reality-Based Tasks
  7. How Much Tracking Is Necessary? - The Learning Curve in Bayesian User Journey Analysis
  8. Reality-Based Tasks with Complex-Situations
  9. Self-tuning of a kalman filter applied in a DC drive and in a kalman-based sensor
  10. Wavelet functions for rejecting spurious values
  11. Distinguishing state variability from trait change in longitudinal data
  12. Evaluation of standard ERP software implementation approaches in terms of their capability for business process optimization
  13. A Lyapunov based PI controller with an anti-windup scheme for a purification process of potable water
  14. Identification of sites with elevated PM levels along an urban cycle path using a mobile platform and the analysis of 48 particle bound PAH
  15. Data based analysis of order processing strategies to support the positioning between conflicting economic and logistic objectives
  16. Alternating between Partial and Complete Organization
  17. On the Appropriate Methodologies for Data Science Projects
  18. A Column Generation Approach for Bus Driver Rostering Problems
  19. Linear free vibrations with uncertain initial conditions
  20. Age effects on controlling tools with sensorimotor transformations
  21. Overcoming Multi-legacy Application Challenges through Building Dynamic Capabilities for Low-Code Adoption
  22. Improved sensorimotor control is not connected with improved proprioception
  23. Appendix A: Design, implementation, and analysis of the iGOES project
  24. Some model properties to control a permanent magnet machine using a controlled invariant subspace
  25. Robust feedback linearization using an adaptive PD regulator for a sensorless control of a throttle valve
  26. A Proposal for Integrating Theories of Complexity for Better Understanding Global Systemic Risks
  27. A Study on the Performance of Adaptive Neural Networks for Haze Reduction with a Focus on Precision
  28. A structural property of the wavelet packet transform method to localise incoherency of a signal
  29. Advances in Dynamics, Optimization and Computation
  30. Special Issue The Discourse of Redundancy Introduction
  31. Measuring Learning Styles with Questionnaires Versus Direct Observation of Preferential Choice Behavior in Authentic Learning Situations
  32. Robust Control of Mobile Transportation Object with 3D Technical Vision System