This is a presentation about how to do benchmarking the right way. Don’t just hand managers a stack of reports! Write me at Paul.Fogel@ExecutiveInfoSystems.com with any comments or questions.
The document provides a roadmap for optimizing sterile processing workflows through a seven step process: 1) Mapping workflows; 2) Improving functions and workflow by streamlining, identifying waste, simplifying work processes, and balancing capacity; 3) Optimizing workstation layout and operations sequence; 4) Standardizing work practices; 5) Scheduling processes; 6) Measuring performance; and 7) Active management and supervision. The goal is to produce quality instrument sets efficiently to meet surgical demand with existing resources.
Dr. amel farrag lean six sigma in healthcarequalitysummit
This document discusses applying Lean Six Sigma in healthcare settings. It provides an overview of Six Sigma and Lean methodologies and explains why hospitals strive for process excellence. Some key points include: Six Sigma aims to reduce errors and ensure processes hit targets all the time, while Lean looks to streamline processes and reduce waste. The document outlines a Six Sigma implementation roadmap and strategy for training staff at different levels. Examples of Six Sigma projects in hospitals include reducing wait times, clinical outcomes, and administrative inefficiencies.
This document discusses process improvement techniques. It provides an overview of commonly used process improvement methodologies like DRIVE, Process Mapping, DMAIC, SPC, and Simulation. Process improvement techniques like Lean and Six Sigma are increasingly being used to redesign and optimize processes. These techniques require engagement from employees to achieve better results and ensure practices are embedded within an organization. Knowledge transfer partnerships can provide a cost-effective alternative to external consultants for process improvement projects. They allow access to university expertise and support for developing and delivering improvement projects. Some example cases and additional details on techniques are available in the listed sources.
This document introduces lean principles to hospitals. It discusses how hospitals contain a lot of waste that leads to errors and inefficiencies. Lean thinking focuses on specifying value for customers, identifying waste in processes, and making value flow smoothly through pull-based systems. The document provides examples of how lean has been applied in hospitals to reduce errors, improve patient and employee experience, and increase efficiency in areas like labs, emergency departments, and operating rooms. It emphasizes the cultural shift needed towards continuous improvement and employee empowerment.
Renoir Case Study & Reference Letter Thomas Jefferson Hospital UsaScottnsu
Thomas Jefferson University Hospital President and CEO Tom Lewis was facing rising supply costs in 2000. He engaged consultants from Renoir Corporation to assess the supply chain. Renoir conducted a three-week survey of TJUH and another hospital, identifying opportunities to reduce inventories, improve processes, and review the MIS system. Renoir then implemented changes through a task force, reducing inventories by 36% and increasing stock turns by 33-40%, while maintaining a high order fill rate. The project was seen as a success in delivering sustainable operational improvements.
The document provides guidance for healthcare organizations to improve the patient experience through quality improvement projects. It outlines a three-phase process: planning, executing, and reflecting. The planning phase involves creating a "blueprint for success" which identifies the priority area, leadership team, aims, deliverables, scope, sponsor, and expectations. It emphasizes establishing effective multidisciplinary teams that include patients. The executing phase provides strategies, tools, and tips for implementing ideas. The reflecting phase involves analyzing current processes and identifying opportunities for change. The document aims to guide organizations through each step to achieve successful quality improvement.
The document provides a roadmap for optimizing sterile processing workflows through a seven step process: 1) Mapping workflows; 2) Improving functions and workflow by streamlining, identifying waste, simplifying work processes, and balancing capacity; 3) Optimizing workstation layout and operations sequence; 4) Standardizing work practices; 5) Scheduling processes; 6) Measuring performance; and 7) Active management and supervision. The goal is to produce quality instrument sets efficiently to meet surgical demand with existing resources.
Dr. amel farrag lean six sigma in healthcarequalitysummit
This document discusses applying Lean Six Sigma in healthcare settings. It provides an overview of Six Sigma and Lean methodologies and explains why hospitals strive for process excellence. Some key points include: Six Sigma aims to reduce errors and ensure processes hit targets all the time, while Lean looks to streamline processes and reduce waste. The document outlines a Six Sigma implementation roadmap and strategy for training staff at different levels. Examples of Six Sigma projects in hospitals include reducing wait times, clinical outcomes, and administrative inefficiencies.
This document discusses process improvement techniques. It provides an overview of commonly used process improvement methodologies like DRIVE, Process Mapping, DMAIC, SPC, and Simulation. Process improvement techniques like Lean and Six Sigma are increasingly being used to redesign and optimize processes. These techniques require engagement from employees to achieve better results and ensure practices are embedded within an organization. Knowledge transfer partnerships can provide a cost-effective alternative to external consultants for process improvement projects. They allow access to university expertise and support for developing and delivering improvement projects. Some example cases and additional details on techniques are available in the listed sources.
This document introduces lean principles to hospitals. It discusses how hospitals contain a lot of waste that leads to errors and inefficiencies. Lean thinking focuses on specifying value for customers, identifying waste in processes, and making value flow smoothly through pull-based systems. The document provides examples of how lean has been applied in hospitals to reduce errors, improve patient and employee experience, and increase efficiency in areas like labs, emergency departments, and operating rooms. It emphasizes the cultural shift needed towards continuous improvement and employee empowerment.
Renoir Case Study & Reference Letter Thomas Jefferson Hospital UsaScottnsu
Thomas Jefferson University Hospital President and CEO Tom Lewis was facing rising supply costs in 2000. He engaged consultants from Renoir Corporation to assess the supply chain. Renoir conducted a three-week survey of TJUH and another hospital, identifying opportunities to reduce inventories, improve processes, and review the MIS system. Renoir then implemented changes through a task force, reducing inventories by 36% and increasing stock turns by 33-40%, while maintaining a high order fill rate. The project was seen as a success in delivering sustainable operational improvements.
The document provides guidance for healthcare organizations to improve the patient experience through quality improvement projects. It outlines a three-phase process: planning, executing, and reflecting. The planning phase involves creating a "blueprint for success" which identifies the priority area, leadership team, aims, deliverables, scope, sponsor, and expectations. It emphasizes establishing effective multidisciplinary teams that include patients. The executing phase provides strategies, tools, and tips for implementing ideas. The reflecting phase involves analyzing current processes and identifying opportunities for change. The document aims to guide organizations through each step to achieve successful quality improvement.
MarketLab's vision for 5S Lean for Healthcare is to create a better experience for both staff and patients. Our team of experts is equipped with the knowledge, expertise and product solutions necessary to help you and your healthcare organization's lean initiative.
This document discusses how lean principles can be applied to healthcare design and management. It defines lean as a method focused on minimizing waste to provide the best patient care while engaging staff. Lean design uses value stream mapping and iterative improvements to understand workflow and design facilities that optimize flow. Examples show how lean design has reduced costs and space needs while improving quality, safety, and staff satisfaction at several hospitals. The document advocates applying lean principles through cross-functional teams, understanding current processes, and iteratively designing an ideal future state.
Ricardo Leaño is a physician, anesthesiologist, and healthcare executive with extensive leadership training and certifications in business administration, quality improvement, and Lean Six Sigma. He advocates applying Lean and Six Sigma principles through the H.O.R.S.E. framework to empower healthcare organizations, reduce waste, and improve processes, patient outcomes, and financial sustainability. The presentation emphasizes eliminating variation through data-driven problem solving and focusing on continuous process improvement.
This document discusses optimizing sterile processing workflow through process mapping and identifying waste. It recommends managers map their process to identify all activities, determine which add value, and streamline workflows by eliminating unnecessary non-value-added activities. Process mapping helps pinpoint waste like excess motion, waiting, overproduction, and defects. Optimizing workflow can improve efficiency and quality while reducing costs.
A short overview of Lean Management principles and philosophy as applied to a hospital setting. This presentation was prepared for an interview with the Five Hills Health Region.
This document provides an overview of a workshop on applying Lean tools in healthcare. It introduces the presenters and their backgrounds in Lean and process improvement. The objectives are to learn how to identify and address the needs of clinical employees as Lean trainees. An overview of common Lean tools is given, including 5S, waste identification, pull systems, changeover reduction, and visual management. Examples of applying these tools in healthcare settings are also provided.
This document provides an overview of a program on supply chain and operations management. It includes definitions of supply chain management and operations management. It discusses measuring supply chain performance through a composite service index and identifying organizational-specific attributes. It addresses supply chain strategies and critical paths in operations. The document contains exercises for participants to map processes, identify improvements, and conduct a failure mode and effects analysis to determine risk factors and priorities for risk mitigation projects. In the assignment, participants are asked to analyze an operational process in their workplace to identify improvements, risks, and risk mitigation approaches.
This document discusses process performance and quality. It covers topics like total quality management (TQM), statistical process control (SPC), and control charts. The key points are:
1. TQM stresses customer satisfaction, employee involvement, and continuous improvement. It aims to meet or exceed customer expectations.
2. SPC uses statistical techniques to determine if a process is delivering what customers want. Control charts monitor processes over time to detect abnormal variations.
3. Control charts have upper and lower control limits. Data points within the limits indicate common variation, while points outside suggest assignable causes needing correction.
The document discusses improving nurse scheduling in health systems using Lean principles. It describes how Lean and Six Sigma can help rethink care delivery processes and optimize nurse scheduling. The objectives are to understand the current scheduling process, identify areas for improvement, and implement changes to reduce costs. Some key areas discussed are readiness assessments, targeting excess costs, demand patterns in the industry, measuring and analyzing scheduling processes, practices, and technology to identify gaps and recommend solutions for improving efficiency and productivity.
Comparative hospital performance: new data, borrowed methods, more targeted a...cheweb1
Comparative hospital performance data can be used for two main purposes: 1) to identify general poor performance among hospitals, and 2) to inform quality improvement initiatives for specific conditions. This document analyzes data on chest pain presentations across four hospitals. It finds variations in costs, outcomes, and processes of care across the hospitals. Specifically, one hospital had higher costs, readmission rates, and length of stay compared to the benchmark hospital. Analyzing the data by patient subgroups found some of the variations were driven by differences in patients seen after hours with existing conditions. The document discusses potential strategies for using this type of comparative data to incentivize hospitals to reduce unwarranted variations in performance.
Mark Graban "How Lean Thinking Helps Hospitals"Mark Graban
Mark Graban provides an overview of how lean thinking can help hospitals by reducing waste and errors. He discusses the need for lean in healthcare given constraints on resources and high rates of preventable errors. Graban also shares lessons learned from his experience implementing lean as an industrial engineer and consultant, emphasizing the importance of engaging employees and focusing on systems rather than individuals when problems occur.
How to Introduce Operational Excellence in your Organisation?Tina Arora
This presentation will help you present to the management the need and benefits of introducing Operational Excellence as a department in your Organisation.
It can be modified to suit the advocacy in any industry - be it Financial services, BPO, LPO, KPO, Domestic call centres, Manufacturing, Consumer Goods, Retail, etc.
This document analyzes and compares the financial performance of Pfizer and Novartis for 2013-2012. It includes analysis of profitability ratios like gross profit margin, operating profit margin and net profit margin. Liquidity ratios like current ratio and quick ratio are examined. Solvency is assessed using debt ratio and debt-to-equity. Efficiency is evaluated through total asset turnover, fixed asset turnover, receivables turnover and inventory turnover. Pfizer generally performed better than Novartis based on these financial metrics.
Optimax: state-of-the-art performance improvement systemThe Fox Group, LLC
The OptiMax technique quantifies the interaction between costs and quality for a healthcare business unit to determine optimal performance levels, finding that only one key quality indicator was optimal and costs were over $1 million above optimal, requiring decreases in costs and increases in quality. The OptiMax consultants help organizations apply this state-of-the-art technique to set reasonable targets for improved performance through simultaneous evaluation of multiple qualitative and quantitative indicators.
Learning how to achieve a seven day turnaround in histopathologyNHS Improvement
Reducing the intervals between specimens being taken and results being made available will reduce the period of uncertainty for patients and will help to ensure that treatment can be started as soon as clinically appropriate. For inpatients reduced histopathology turnaround times can lead to reductions in lengths of stay.(Nov 2010).
The document discusses various management techniques that can be used to improve healthcare delivery and lower costs. These include PDCA (Plan-Do-Check-Act) cycle, Six Sigma, balanced scorecard, Lean methodology, business process reengineering, and benchmarking. Case studies are provided that demonstrate how these techniques were used to reduce prolonged hospital stays, delays in lab and ultrasound reports, and surgical infections.
This document provides an overview of employee turnover including different types, causes, calculation methods, and measures to reduce it. It also examines employee turnover at two Indian IT companies, Wipro and Infosys. Some key points include:
- Employee turnover occurs when employees voluntarily leave their jobs and must be replaced. It is usually expressed as an annual percentage.
- Causes of high and low turnover vary by industry and economic conditions. Innovative companies often see lower rates while fast food sees higher, up to 50-75%.
- Common types of turnover include voluntary, involuntary, functional, dysfunctional, avoidable, and unavoidable.
- Calculation of turnover rate involves comparing number of replacements to
Delivering care in efficient environment medicall 2011 [compatibility mode]Satishkumar Durairajan
This document discusses delivering efficient healthcare in challenging environments. It outlines issues like controlling costs, government regulations, and new technologies. It discusses what patients and hospitals want, including favorable outcomes, safety, and controlling costs. The document proposes addressing these challenges through quality improvement approaches like Lean, Six Sigma, and reducing waste. It provides examples of applying Lean Six Sigma in healthcare to improve processes and outcomes.
This document summarizes a presentation by Paul Fogel on improving productivity in healthcare organizations. It discusses how labor costs make up the majority of expenses in healthcare and controlling costs is important but challenging given the culture. Popular approaches to improving productivity like layoffs, benchmarking, and Six Sigma have had limited success. True accountability requires defining clear standards, responsibilities, reporting and incentives. Developing realistic productivity standards involves analyzing workloads, negotiating with managers, and allowing flexibility for changes in volume or new programs. Regular reporting and reviews can hold managers accountable while giving them flexibility to manage their areas.
Proven Techniques to Boost Lean Implementation in Your Emergency DepartmentEmCare
Six facilities of a national hospital chain located in the Southeast United States teamed up with EmCare® to review recent best practice publications, incorporate individual ideas, implement changes, modify processes and develop a standard best practice recommendation for efficient, quality ED care. The main goal was to satisfy the patient’s primary need in presenting to an ED – the desire to see a physician as soon as possible.
The concepts herein have been proven to work in various size and volume EDs. The following chart outlines the descriptions of the six facilities involved in this effort.
The document discusses reengineering work done at Gujarat Cancer Research Institute in India. It overviews principles of reengineering and provides examples of reengineering processes at Ford Motor Company and MBL Insurance. At Gujarat Cancer Research Institute, the existing organizational structure and processes for vendor selection, purchase orders, and inventory management were reengineered. The new systems implemented a computerized database and standardized coding which reduced purchase orders from 1200 to 12 per month while improving inventory management and vendor selection.
This document discusses business process reengineering (BPR). It begins by defining BPR as the fundamental rethinking and radical redesign of business processes to achieve dramatic improvements in critical performance measures like cost, quality, service and speed. The document then outlines the key characteristics of BPR including that it aims for radical rather than incremental change and focuses on end customers and cross-functional processes. The rest of the document details the BPR life cycle and provides guidance on success factors, limitations and how to successfully implement BPR within an organization.
MarketLab's vision for 5S Lean for Healthcare is to create a better experience for both staff and patients. Our team of experts is equipped with the knowledge, expertise and product solutions necessary to help you and your healthcare organization's lean initiative.
This document discusses how lean principles can be applied to healthcare design and management. It defines lean as a method focused on minimizing waste to provide the best patient care while engaging staff. Lean design uses value stream mapping and iterative improvements to understand workflow and design facilities that optimize flow. Examples show how lean design has reduced costs and space needs while improving quality, safety, and staff satisfaction at several hospitals. The document advocates applying lean principles through cross-functional teams, understanding current processes, and iteratively designing an ideal future state.
Ricardo Leaño is a physician, anesthesiologist, and healthcare executive with extensive leadership training and certifications in business administration, quality improvement, and Lean Six Sigma. He advocates applying Lean and Six Sigma principles through the H.O.R.S.E. framework to empower healthcare organizations, reduce waste, and improve processes, patient outcomes, and financial sustainability. The presentation emphasizes eliminating variation through data-driven problem solving and focusing on continuous process improvement.
This document discusses optimizing sterile processing workflow through process mapping and identifying waste. It recommends managers map their process to identify all activities, determine which add value, and streamline workflows by eliminating unnecessary non-value-added activities. Process mapping helps pinpoint waste like excess motion, waiting, overproduction, and defects. Optimizing workflow can improve efficiency and quality while reducing costs.
A short overview of Lean Management principles and philosophy as applied to a hospital setting. This presentation was prepared for an interview with the Five Hills Health Region.
This document provides an overview of a workshop on applying Lean tools in healthcare. It introduces the presenters and their backgrounds in Lean and process improvement. The objectives are to learn how to identify and address the needs of clinical employees as Lean trainees. An overview of common Lean tools is given, including 5S, waste identification, pull systems, changeover reduction, and visual management. Examples of applying these tools in healthcare settings are also provided.
This document provides an overview of a program on supply chain and operations management. It includes definitions of supply chain management and operations management. It discusses measuring supply chain performance through a composite service index and identifying organizational-specific attributes. It addresses supply chain strategies and critical paths in operations. The document contains exercises for participants to map processes, identify improvements, and conduct a failure mode and effects analysis to determine risk factors and priorities for risk mitigation projects. In the assignment, participants are asked to analyze an operational process in their workplace to identify improvements, risks, and risk mitigation approaches.
This document discusses process performance and quality. It covers topics like total quality management (TQM), statistical process control (SPC), and control charts. The key points are:
1. TQM stresses customer satisfaction, employee involvement, and continuous improvement. It aims to meet or exceed customer expectations.
2. SPC uses statistical techniques to determine if a process is delivering what customers want. Control charts monitor processes over time to detect abnormal variations.
3. Control charts have upper and lower control limits. Data points within the limits indicate common variation, while points outside suggest assignable causes needing correction.
The document discusses improving nurse scheduling in health systems using Lean principles. It describes how Lean and Six Sigma can help rethink care delivery processes and optimize nurse scheduling. The objectives are to understand the current scheduling process, identify areas for improvement, and implement changes to reduce costs. Some key areas discussed are readiness assessments, targeting excess costs, demand patterns in the industry, measuring and analyzing scheduling processes, practices, and technology to identify gaps and recommend solutions for improving efficiency and productivity.
Comparative hospital performance: new data, borrowed methods, more targeted a...cheweb1
Comparative hospital performance data can be used for two main purposes: 1) to identify general poor performance among hospitals, and 2) to inform quality improvement initiatives for specific conditions. This document analyzes data on chest pain presentations across four hospitals. It finds variations in costs, outcomes, and processes of care across the hospitals. Specifically, one hospital had higher costs, readmission rates, and length of stay compared to the benchmark hospital. Analyzing the data by patient subgroups found some of the variations were driven by differences in patients seen after hours with existing conditions. The document discusses potential strategies for using this type of comparative data to incentivize hospitals to reduce unwarranted variations in performance.
Mark Graban "How Lean Thinking Helps Hospitals"Mark Graban
Mark Graban provides an overview of how lean thinking can help hospitals by reducing waste and errors. He discusses the need for lean in healthcare given constraints on resources and high rates of preventable errors. Graban also shares lessons learned from his experience implementing lean as an industrial engineer and consultant, emphasizing the importance of engaging employees and focusing on systems rather than individuals when problems occur.
How to Introduce Operational Excellence in your Organisation?Tina Arora
This presentation will help you present to the management the need and benefits of introducing Operational Excellence as a department in your Organisation.
It can be modified to suit the advocacy in any industry - be it Financial services, BPO, LPO, KPO, Domestic call centres, Manufacturing, Consumer Goods, Retail, etc.
This document analyzes and compares the financial performance of Pfizer and Novartis for 2013-2012. It includes analysis of profitability ratios like gross profit margin, operating profit margin and net profit margin. Liquidity ratios like current ratio and quick ratio are examined. Solvency is assessed using debt ratio and debt-to-equity. Efficiency is evaluated through total asset turnover, fixed asset turnover, receivables turnover and inventory turnover. Pfizer generally performed better than Novartis based on these financial metrics.
Optimax: state-of-the-art performance improvement systemThe Fox Group, LLC
The OptiMax technique quantifies the interaction between costs and quality for a healthcare business unit to determine optimal performance levels, finding that only one key quality indicator was optimal and costs were over $1 million above optimal, requiring decreases in costs and increases in quality. The OptiMax consultants help organizations apply this state-of-the-art technique to set reasonable targets for improved performance through simultaneous evaluation of multiple qualitative and quantitative indicators.
Learning how to achieve a seven day turnaround in histopathologyNHS Improvement
Reducing the intervals between specimens being taken and results being made available will reduce the period of uncertainty for patients and will help to ensure that treatment can be started as soon as clinically appropriate. For inpatients reduced histopathology turnaround times can lead to reductions in lengths of stay.(Nov 2010).
The document discusses various management techniques that can be used to improve healthcare delivery and lower costs. These include PDCA (Plan-Do-Check-Act) cycle, Six Sigma, balanced scorecard, Lean methodology, business process reengineering, and benchmarking. Case studies are provided that demonstrate how these techniques were used to reduce prolonged hospital stays, delays in lab and ultrasound reports, and surgical infections.
This document provides an overview of employee turnover including different types, causes, calculation methods, and measures to reduce it. It also examines employee turnover at two Indian IT companies, Wipro and Infosys. Some key points include:
- Employee turnover occurs when employees voluntarily leave their jobs and must be replaced. It is usually expressed as an annual percentage.
- Causes of high and low turnover vary by industry and economic conditions. Innovative companies often see lower rates while fast food sees higher, up to 50-75%.
- Common types of turnover include voluntary, involuntary, functional, dysfunctional, avoidable, and unavoidable.
- Calculation of turnover rate involves comparing number of replacements to
Delivering care in efficient environment medicall 2011 [compatibility mode]Satishkumar Durairajan
This document discusses delivering efficient healthcare in challenging environments. It outlines issues like controlling costs, government regulations, and new technologies. It discusses what patients and hospitals want, including favorable outcomes, safety, and controlling costs. The document proposes addressing these challenges through quality improvement approaches like Lean, Six Sigma, and reducing waste. It provides examples of applying Lean Six Sigma in healthcare to improve processes and outcomes.
This document summarizes a presentation by Paul Fogel on improving productivity in healthcare organizations. It discusses how labor costs make up the majority of expenses in healthcare and controlling costs is important but challenging given the culture. Popular approaches to improving productivity like layoffs, benchmarking, and Six Sigma have had limited success. True accountability requires defining clear standards, responsibilities, reporting and incentives. Developing realistic productivity standards involves analyzing workloads, negotiating with managers, and allowing flexibility for changes in volume or new programs. Regular reporting and reviews can hold managers accountable while giving them flexibility to manage their areas.
Proven Techniques to Boost Lean Implementation in Your Emergency DepartmentEmCare
Six facilities of a national hospital chain located in the Southeast United States teamed up with EmCare® to review recent best practice publications, incorporate individual ideas, implement changes, modify processes and develop a standard best practice recommendation for efficient, quality ED care. The main goal was to satisfy the patient’s primary need in presenting to an ED – the desire to see a physician as soon as possible.
The concepts herein have been proven to work in various size and volume EDs. The following chart outlines the descriptions of the six facilities involved in this effort.
The document discusses reengineering work done at Gujarat Cancer Research Institute in India. It overviews principles of reengineering and provides examples of reengineering processes at Ford Motor Company and MBL Insurance. At Gujarat Cancer Research Institute, the existing organizational structure and processes for vendor selection, purchase orders, and inventory management were reengineered. The new systems implemented a computerized database and standardized coding which reduced purchase orders from 1200 to 12 per month while improving inventory management and vendor selection.
This document discusses business process reengineering (BPR). It begins by defining BPR as the fundamental rethinking and radical redesign of business processes to achieve dramatic improvements in critical performance measures like cost, quality, service and speed. The document then outlines the key characteristics of BPR including that it aims for radical rather than incremental change and focuses on end customers and cross-functional processes. The rest of the document details the BPR life cycle and provides guidance on success factors, limitations and how to successfully implement BPR within an organization.
This document outlines principles for improving patient safety through systems thinking and reliable design. It describes how human errors often stem from systemic issues rather than individual mistakes. Two case examples are presented where patients experienced harm due to miscommunications or lack of safeguards. The document discusses how reliability science focuses on anticipating and containing errors within complex systems. Checklists, standardized processes, and other tools can help reduce risks. Organizational culture and human factors also significantly impact safety. Continuous improvement models like PDCA and Lean are effective approaches to redesigning systems and workflows to prevent future harm.
Dick Finnegan is an expert in employee retention who has authored books and articles on the topic. This document discusses the importance of calculating the costs of employee turnover and provides tools and strategies for doing so. It recommends that the finance department lead cost analysis to bring credibility. Examples are given of calculating costs by job groups and leveraging cost data to improve retention. The last sections introduce a Certified Employee Retention Professional program.
Dr Ayman Ewies - Clinical audit made easyAymanEwies
This document provides an overview of how to conduct a clinical audit. It defines clinical audit as a process used by healthcare professionals to systematically review, evaluate and improve patient care. The document outlines the key components of an audit, including choosing a topic, selecting standards, planning methodology, collecting data, analyzing results, and implementing changes. It emphasizes that the goal of audit is to compare current practices to standards in order to enhance quality of care and patient outcomes.
With unprecedented change on the horizon, healthcare organizations are looking to redefine their workflows to focus on quality and efficiency.
Through utilizing SIMUL8 and Lean Six Sigma principles, ECG Management Consultants, Inc. has been able to help clinics and health systems to deliver on the new value proposition in the post-reform era.
Value-based payments research study - Availity 2014Availity
Dive into the latest research study from Availity, and learn more about provider attitudes toward value-based payment models. Get an overview of current-state physician reimbursement, find out current and expected adoption levels, learn administrative and operational challenges that are barriers to further adoption, and discover physician attitudes toward outcomes and cost savings.
While Lean Sigma is not a silver bullet for driving business performance improvement, it is a key element of a high-performing business ecosystem which provides the ongoing catalyst to drive innovation while also improving business outcomes.
The document summarizes different viewpoints on management thought throughout history. It discusses the traditional viewpoint including bureaucratic, scientific, and administrative management. It then covers the behavioral viewpoint and contributions from researchers. Next, it explains the systems and contingency viewpoints which incorporate situational factors. Finally, it discusses the quality viewpoint and total quality management.
1) The document describes a case study of BPR (Business Process Reengineering) efforts at Honeywell's industrial automation and control plant in Phoenix, Arizona.
2) Honeywell implemented a WCM (World Class Manufacturing) program and factory-focused teams to radically improve processes, reducing defects by 70% and cycle times by 72% over three years.
3) Key lessons from Honeywell's success include having management make change management a top priority, communicating a clear change vision, and empowering teams with decision-making authority.
The Business Strategy Of Mazzella CompaniesAshley Davis
Skyline Technologies will help Bang & Bang implement a technological system to enable a more efficient manufacturing process through increased productivity and throughput. The system aims to give Bang & Bang a competitive advantage by ensuring efficiency is maximized while profits are increased. Skyline needs to develop an easy to implement solution that meets Bang & Bang's needs and infrastructure while maintaining security over inventory.
This document summarizes the implementation of a demand flow system at Mercy Hospital to improve their supply chain operations. Key outcomes of the new system included reducing annual medical supply expenses by $1 million, clinical hours spent on supply chain by 28,000 hours, and warehouse space by 50%. Staff satisfaction also increased to 91% and the fill rate for supplies hospital-wide improved to 97% from 82%. The new visual system unified operations and removed silos across departments.
This document discusses strategies for nurses to be effective and efficient. It begins by defining what is meant by an effective nurse as one who produces desired results, and an efficient nurse as one who achieves maximum productivity with minimum wasted effort.
Several skills are identified as important for nurses, including leadership, supervision, communication, team building, planning, motivation, delegation and accountability. Specific techniques are provided under each skill, such as organizing work, listening to staff, and setting priorities. The importance of accepting changes, effective supervision, clear communication and coordination between hospital departments is emphasized.
Motivation and confidence building strategies are outlined, including thanking staff for their work daily. The concept of staffing is explained using patient acuity
How To Reduce Costs And Improve Financial Performance using NextGen Practice ...James Muir
The document outlines 11 best practices that medical practices can implement to improve their financial performance, such as collecting patient balances on the same day as service to speed cash flow, establishing performance standards and providing feedback to employees to boost productivity, and claims scrubbing to reduce denial rates and unnecessary work. Implementing these best practices could potentially result in annual financial gains ranging from thousands to over $100,000 per physician, depending on the specific practices adopted and metrics of the individual clinic.
Healthy Eating Habits:
Understanding Nutrition Labels: Teaches how to read and interpret food labels, focusing on serving sizes, calorie intake, and nutrients to limit or include.
Tips for Healthy Eating: Offers practical advice such as incorporating a variety of foods, practicing moderation, staying hydrated, and eating mindfully.
Benefits of Regular Exercise:
Physical Benefits: Discusses how exercise aids in weight management, muscle and bone health, cardiovascular health, and flexibility.
Mental Benefits: Explains the psychological advantages, including stress reduction, improved mood, and better sleep.
Tips for Staying Active:
Encourages consistency, variety in exercises, setting realistic goals, and finding enjoyable activities to maintain motivation.
Maintaining a Balanced Lifestyle:
Integrating Nutrition and Exercise: Suggests meal planning and incorporating physical activity into daily routines.
Monitoring Progress: Recommends tracking food intake and exercise, regular health check-ups, and provides tips for achieving balance, such as getting sufficient sleep, managing stress, and staying socially active.
International Cancer Survivors Day is celebrated during June, placing the spotlight not only on cancer survivors, but also their caregivers.
CANSA has compiled a list of tips and guidelines of support:
https://cansa.org.za/who-cares-for-cancer-patients-caregivers/
At Apollo Hospital, Lucknow, U.P., we provide specialized care for children experiencing dehydration and other symptoms. We also offer NICU & PICU Ambulance Facility Services. Consult our expert today for the best pediatric emergency care.
For More Details:
Map: https://cutt.ly/BwCeflYo
Name: Apollo Hospital
Address: Singar Nagar, LDA Colony, Lucknow, Uttar Pradesh 226012
Phone: 08429021957
Opening Hours: 24X7
TEST BANK FOR Health Assessment in Nursing 7th Edition by Weber Chapters 1 - ...rightmanforbloodline
TEST BANK FOR Health Assessment in Nursing 7th Edition by Weber Chapters 1 - 34.
TEST BANK FOR Health Assessment in Nursing 7th Edition by Weber Chapters 1 - 34.
TEST BANK FOR Health Assessment in Nursing 7th Edition by Weber Chapters 1 - 34.
MBC Support Group for Black Women – Insights in Genetic Testing.pdfbkling
Christina Spears, breast cancer genetic counselor at the Ohio State University Comprehensive Cancer Center, joined us for the MBC Support Group for Black Women to discuss the importance of genetic testing in communities of color and answer pressing questions.
2024 HIPAA Compliance Training Guide to the Compliance OfficersConference Panel
Join us for a comprehensive 90-minute lesson designed specifically for Compliance Officers and Practice/Business Managers. This 2024 HIPAA Training session will guide you through the critical steps needed to ensure your practice is fully prepared for upcoming audits. Key updates and significant changes under the Omnibus Rule will be covered, along with the latest applicable updates for 2024.
Key Areas Covered:
Texting and Email Communication: Understand the compliance requirements for electronic communication.
Encryption Standards: Learn what is necessary and what is overhyped.
Medical Messaging and Voice Data: Ensure secure handling of sensitive information.
IT Risk Factors: Identify and mitigate risks related to your IT infrastructure.
Why Attend:
Expert Instructor: Brian Tuttle, with over 20 years in Health IT and Compliance Consulting, brings invaluable experience and knowledge, including insights from over 1000 risk assessments and direct dealings with Office of Civil Rights HIPAA auditors.
Actionable Insights: Receive practical advice on preparing for audits and avoiding common mistakes.
Clarity on Compliance: Clear up misconceptions and understand the reality of HIPAA regulations.
Ensure your compliance strategy is up-to-date and effective. Enroll now and be prepared for the 2024 HIPAA audits.
Enroll Now to secure your spot in this crucial training session and ensure your HIPAA compliance is robust and audit-ready.
https://conferencepanel.com/conference/hipaa-training-for-the-compliance-officer-2024-updates
DECODING THE RISKS - ALCOHOL, TOBACCO & DRUGS.pdfDr Rachana Gujar
Introduction: Substance use education is crucial due to its prevalence and societal impact.
Alcohol Use: Immediate and long-term risks include impaired judgment, health issues, and social consequences.
Tobacco Use: Immediate effects include increased heart rate, while long-term risks encompass cancer and heart disease.
Drug Use: Risks vary depending on the drug type, including health and psychological implications.
Prevention Strategies: Education, healthy coping mechanisms, community support, and policies are vital in preventing substance use.
Harm Reduction Strategies: Safe use practices, medication-assisted treatment, and naloxone availability aim to reduce harm.
Seeking Help for Addiction: Recognizing signs, available treatments, support systems, and resources are essential for recovery.
Personal Stories: Real stories of recovery emphasize hope and resilience.
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Resources: Provide contact information and links for further support.
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10. THERE ARE EIGHT
STRATEGIES
COMMONLY USED IN
BENCHMARKING. WHY
DON’T THEY JUST SAY
WHAT WORKS?
1. The Shotgun Approach
2. Department Manager Method
3. Budgeting Method
4. Layoffs
5. Do Nothing (Wait & See)
6. Bring In The Consultants
7. The Team Approach
8. The Shame Technique
10
12. Finally, Solucient’s Professional Services
consultants implemented an OP-
ACTION engagement where they
worked side by side with department
managers to identify specific
opportunities for improvement based
on all their benchmarking work. This
process lasted five months and
resulted in the identification of two
departments presenting significant
opportunities for improvement in
labor and medical supply costs. They
identified opportunities to reduce and
standardize medical supply kits,
negotiate new supply contracts and
implement new charge capture
processes.
12
13. The team’s initial focus
was to modify the
process used to
schedule staff, allowing
for more flexibility and
greater responsiveness
to changes in patient
volume and acuity. A
review of patient
volume and workload
by week, day and shift
led to a better
understanding of the
demand fluctuations on
the unit.
13
14. Premier immediately put expert
teams in place for each area of focus.
Every team included a Premier
consultant, a Board executive, a
senior hospital administrator, a
management leader…
Using Operations Advisor, Premier’s
total labor management solution to
analyze operations improvement, the
team used comparative data and
conducted focused departmental
reviews to identify operational
issues, including staffing. The
productivity reporting tool allowed
the group to observe and manage its
progress on a regular basis.
On the revenue cycle side, the
Sinaiko Healthcare Consulting team
began by examining the hospital’s
emergency department (ED)
revenue cycle and found several
areas requiring attention.
14
15. “Ultimately RNs are more
efficient,” says Osborne.
“nurses can do anything for a
patient, and the added cost is
typically offset by reducing
steps and rework.
We’ve really walked away
from the old paradigm of using
nurse assistants, and as a result
we’re experiencing less
turnover and higher outcomes
in terms of patient care.”
One finance department, for
example, was able to stop
producing nearly 60 reports
after an audit uncovered that
managers in other areas
weren’t really using them, even
though they had requested
the documentation.
15
16. To further support HMC’s
data, OCEG hired a
radiology consultant to
complete a full assessment.
The primary driver of
lower productivity was the
scheduling of appointments.
The skill mix of staff
needed to be realigned…
The total predicted financial
impact is $400K reduction
in the first year.
16
17. MOMENTUM IS EASILY STALLED WITHOUT
A PLAN, WHEN MANAGERS RESIST, AND
LACKING REAL LEADERSHIP.
17
20. PERCENTILES PLACE OUR METRICS IN
RELATION TO THE PEER GROUP.
Twenty Values (Hours Per Unit)
Arrayed From Lowest to Highest Value
1st Quartile 50th 4th Quartile
Top 50% Bottom 50%
Objective: move hours per unit leftward
20
33. FOR PEER GROUPS, ONE SIZE DOES NOT FIT
ALL. A CUSTOM FIT WORKS BEST.
33
34. TO VALIDATE THE DATA, LOOK FOR THESE SIX
ITEMS. CHANGE PEER GROUPS UNTIL YOU
GET A GOOD FIT.
• Smallpeer groups
• Workload service intensities
• Mapping issues
• Workload volumes
• Appropriate workload indicators
• Nursing
34
35. MEET EVERY MANAGER INDIVIDUALLY, AND
ASK OPERATIONAL QUESTIONS TO GET A
REASONABLE, ACCEPTABLE PEER GROUP.
35
41. ACTION PLAN EXERCISE
• We are managers handed a benchmarking report.
• On the handout there is a scenario of our operation,
and 5 questions we asked of each best performer along
with their answers.
• Using only the report and peer responses, let’s draft an
action plan that closes the performance gap with our
peers.
40
52. A COMPLETE BENCHMARKING PROCESS HAS
SIX STEPS, NOT JUST ONE.
1. Determine what to benchmark
2. Form the team
3. Identify outside partners
4. Collect and analyze information
5. Action plan and implementation
6. Monitor progress
51
53. STEP 1: DETERMINE WHAT TO
BENCHMARK. IDENTIFY CSFs
WHERE MAJOR IMPROVEMENT
WOULD HAVE A HIGH IMPACT.
• High importance to clinicians
• High percentage of costs
• High value to customers
• High volumes
52
54. A LIST OF TOP OPPORTUNITIES FROM THE
VENDOR CAN HELP TO NARROW THE FIELD
OF CHOICES FOR FURTHER STUDY.
53
55. HISTORIC PERFORMANCE PROVIDES A
VALUABLE OBSERVATION POINT FOR
REFERENCE AND CONVERGENCE.
0.9 more hours worked labor cost
per patient day in 2008 per patient day
Total Labor Per Unit Productivity Change
Unit of Service Volume Hours Wages Hours Wages Hours Wages
2006 Patient Days 3,367 40,743 1,247,131 12.05 370.38 NA NA
2007 Patient Days 3,530 42,012 1,281,182 11.90 362.90 701 21,377
2008 Patient Days 3,618 46,310 1,490,383 12.80 411.94 (3,256) (104,793)
2009 Patient Days 3,840 49,882 1,653,472 12.99 430.59 (730) (24,185)
Four Year Performance 14,356 178,947 5,672,168 12.47 395.12 (3,280) 107,450
0.9 more hours per patient day in 3,256 hours at
2008 applied to 2008 patient days 2008 salary rates
54
57. RUN CHARTS SHOW PERFORMANCE OVER
TIME, USING THRESHOLDS AND
INTERVENTION MARKERS.
56
58. FLOWCHARTS SHOW THE SEQUENCE OF
PROCESS STEPS TO IDENTIFY DELAYS,
NEEDLESS WORK, DUPLICATION, AND WASTE.
Billing Process
57
59. CAUSE AND EFFECT DIAGRAMS IDENTIFY
WHICH AREAS NEED TO IMPROVE.
58
60. STEP 2: PUT PEOPLE ON THE TEAM WHO CAN
GET THE JOB DONE.
• Sponsor (executive)
• Facilitator or Project Manager
• Process “owner” (dept head,
exec, other)
• Staff member of process
owner
• Financial analyst or
management engineer
• Medical Director
59
63. THE PROCESS OWNER
MANAGES THE
FUNCTION, HAS
TECHNICAL EXPERTISE,
AND KNOWS THE
OPERATION AND THE
PEOPLE.
62
64. THE ANALYST PROVIDES TECHNICAL HELP –
FLOWCHARTING, ABC ACCOUNTING, AND
COST/BENEFIT ANALYSES.
63
65. THE
MEDICAL
DIRECTOR
ASSISTS
WITH ANY
PRACTICE
ISSUES AND
GAINS
SUPPORT
FROM
OTHER
DOCTORS.
64
66. STEP 3: FIND BENCHMARKING PARTNERS
WHO REPRESENT EXCELLENCE.
65
67. WHERE CAN I FIND INFORMATION?
• Healthcare Financial Management Association www.hfma.org
• The Advisory Board Company www.advisory.com
• American College of Healthcare Executives www.ache.org
• American Productivity and Quality Center www.apqc.org
• International Society for Performance Improvement www.ispi.org
• Association for Benchmarking Health Care www.abhc.org
• Institute for Healthcare Improvement www.ihi.org
• Lean Enterprise Institute www.lean.org
• J. P. Lathrop, Restructuring Health Care, Jossey-Bass, 1994
• Michael Spendolini, The Benchmarking Book, AMACOM, 2003
• Robert Gift, Benchmarking in Health Care, AHA, 1994
66
68. STEP 4: DOCUMENT CURRENT PROCESSES
AND SEND THE ANALYSIS TO YOUR
PARTNERS. A SITE VISIT COULD BE VALUABLE.
67
80. A “PERFECT” PROCESS PRODUCES THE RIGHT
OUTPUT AND QUALITY, ELIMINATES
WAITING, IS VERY FLEXIBLE, AND “FLOWS.”
77
81. ACTION PLANNING: BREAKOUT
1. List several topics with good potential
2. Solve common problems: nursing shortages, budget cycle too
long, receivables, patient throughput (ER, length of stay, wait
times), etc.
3. Group, then multi-vote on the best one
4. Draft a concise statement of the problem today, and another
outlining the desired future state or goal
5. Decide where the current process begins and ends, and create
a flowchart of the current process
6. Create of list of issues and a list of solutions as you go
7. Eliminate wasteful, unnecessary steps and create a new,
replacement process on a new sheet
8. Quantify the savings or the improvement
78
83. The Issue Resulting Waste For Example…
Excess testing, surplus meds,
Overproduction Producing more than needed at the time
excessive documentation
Excess supplies and instruments
Inventory Storing more than needed at the time
for surgical cases
Moving people, goods without adding Unnecessary patient transport,
Transportation
value movement of charts
Movement of staff to retrieve
Movement Staff processes that add no value
supplies and information
Workaround solutions, performing tasks Searching for charts, shadow
Processing
a second time charts, omitting documentation
Idle time from unavailable people, OR late starts, test results, bed
Waiting
equipment, information assignments, appointments
Defects Work that contains errors Medical and surgical errors
“30%-40% OF THE “COST OF PRODUCTION” IS WASTE.
THE PROBLEM IS HIDDEN, UNTRACKED AND
UNEXAMINED”—IHI
80
84. PARK NICOLLET IMPROVES PATIENT CARE,
REDUCES WAITING, INCREASES CAPACITY,
AND CUTS COSTS.
Source: Healthcare Advisory Board, Park Nicollet website
81
More than one-quarter of all hospitals today are actively involved in benchmarking. Typically working with a vendor, managers are handed complicated spreadsheet-style comparative data, and then told to contact their best-performing peers to find out how they can run at the same level. So what have organizations reaped after investing hundreds of thousands of dollars over the course of several years? Not much. Strategically, the typical benchmarking program fails on day one, tasking the wrong people with a difficult, complex project that goes way beyond spreadsheets; employing a faulty method of operational change, and lacking a sound foundation of budget discipline and analytical expertise.
Where’s the roadmap?
Costs-labor and materials
Quality-error rates, customer satisfaction
Cycle time-time to admit, response times, waiting times
Including benchmarking
Budgeting
Flex budgeting
Cost accounting systems
Typically working with a vendor, organizations produce a large number of reports and distribute them to managers, who then must call their top-performing industry peers and learn what they do to achieve their numbers. To do this task effectively, managers would need to have the expertise of a first-rate management engineer or financial analyst, possess multi-clinical skills to solve inter-departmental issues, and be strong and articulate advocates of higher efficiency. Managers from other organizations who get these phone calls would need to have the same skills in order to respond effectively! Not only are those conditions unrealistic, we implicitly assume that managers will eagerly cooperate in the absence of any incentives to do so. We burden managers with an almost impossible task, and the overwhelming majority of organizations embarking on this path are destined to fail. The problem is not the data – it’s the method.
Presented with thousands of data points like those contained in the report below, managers will usually adopt a defensive posture: first, they challenge the accuracy of their own department’s data. Second, they challenge the appropriateness of the outside comparison. Third, they remain immobile until told exactly what to do — something the organization is ill equipped to deal with. Nothing happens.
Yet, despite these problems, benchmarking remains a popular exercise in many healthcare organizations. Senior managers like the intuitive appeal of the approach: learn from the best. Hard data seems to make the case that one’s organization is ripe with opportunities for the plucking. Commercial databases can extract numerous examples of any given department that look much more efficient than one’s own, whether labeled “best,” “better,” or “top” performers. Theoretically, moving most of a typical organization’s departments to the top performing quartile would yield millions of dollars of savings per year, and this holds out a very compelling and tantalizing prospect for the CEO or CFO. The appeal is undeniable, and health care organizations keep coming back for more.
Medical Center of Central Georgia
Delnor community hospital
Obici Hospital, Virginia
Missing or ineffective plan
Manager acceptance issues
Missing leadership
Negative past history
Momentum often positive immediately following implementation, then may start fading.
Examples of ineffective/unworkable benchmarking plans
Manager Acceptance Issues
Data denial
Our data is correct, but not theirs
Our data is incorrect
We’ve changed since data submission
Negative Past History
Following in the footsteps of unpopular consulting firms
Bad experience with prior benchmarking efforts
The reports do not identify processes
Dark blue is less than one standard deviation from the mean. this accounts for 68.26% of the set. two standard deviations from the mean (blue and brown) account for 95.46%. three standard deviations (blue, brown and green) account for 99.73%.
How many in a normal population? What if you’re just looking for the 10 best?
Perfect comparisons don’t exist!
Not hunting for numbers, but better practices
Alike in every way? Then like performance too!
One peer group for each department
Small sample size
Dissimilar volume
Distinct service intensity
Unlike characteristics
Better acceptance
Small peer Groups
Service Workload Intensity Measures
Workload intensity measures – minutes per case, RVUs per procedure, inpatient vs. outpatient service mixes, and percentage composition statistics, as well as characteristic questions, allow us to identify a better peer match to adjust for service mixes that are beyond the manager’s control. The patient composition is usually a “given,” and we can alter the compare group to reflect what the host department deals with on a daily basis.
Mapping
In a small number of departments, after review with the manager, it may be that a fair compare group for a department does not exist, and the department should not have been mapped. Alternatively, a “secondary” mapping can be made. This clearly indicates that such a benchmarking report is for informational purposes only, but is useful for analytical purposes.
Workload Volumes
Are the main workload volumes lower than the 25th percentile, or above the 75th percentile? If so, the host department is being compared with much bigger or much smaller departments. This is usually, but not always, an undesirable comparison, based on the objectives sought.
Choosing Labor Indicators
Action OI selects a default unit of service for productivity calculations, but these do not always best reflect the department in question, and it is difficult to know this by looking at the reports from a distance. It may be that the mapping and data are correct, but the main or default labor indicator is inappropriate in light of the department’s mission or its goals.
Which is the “right” labor unit of service to use? Generally, hospitals like to use labor indicators currently in service in their host departments, and ignore the rest. This is a mistake. A difference in the relative ranking by one indicator compared to another within the same department usually reveals a service intensity issue. That is, the workload composition is different in some respects to the compare group. Suppose, for example, that hours worked per surgery case is the key productivity measure, and that the host department compares favorably by the case – but unfavorably by the surgery minute. That should alert us to the strong possibility of their being fewer minutes per case for the host than the compare group. If this is a radical difference, it probably indicates different types of patients (the service mix) more than superior turnaround times.
Combinations of Departments
In a very few cases, departments might be better combined and then mapped to a single profile for accuracy with the compare group. For example, if Central Sterile Supply and Receiving and Distribution are actually one department, but artificially split for budget purposes and mapped to two separate standard departments, then it might be best for analytical purposes to combine the two and map them together. In some other cases, departments may have been combined and mapped to one profile, when in fact the departments are actually separate operations, and could be evaluated on their own.
What do we require to be successful? Today? Tomorrow? Five years? Ten years?
How do we know we’re successful?
What measures should we develop in advance?
Who decides what the CSFs will be?
Outside health care, commercial industry has employed an entirely different model than health care. Across a variety of industries, this approach has yielded considerable success as globally competitive businesses strive to reduce costs, minimize cycle (turnaround) times, and improve quality. Starting from an identification of what their businesses require to be successful now and into the future (aka “critical success factors”), they seek out those who exemplify excellence in a given business process. Only then do they assemble data and compare operations. Furthermore, the benchmarking partners they select are highly likely to come from outside their industry. This is a highly rigorous and structured approach seldom seen in health care benchmarking.
Benchmarking is an analytically rigorous process of discovery and adaptation; a focused approach that answers specific questions in particular areas of the organization. Benchmarking is aimed at learning what superior-performing organizations do, how they do it, and how this knowledge can be adapted to work elsewhere. Is the organization ready?
Alignment with strategic objectives
Organizational culture
Incentives and consequences
Productivity and cost standards
Reporting and monitoring systems
Budgeting rules
The spreadsheet approach doesn’t lend itself to process comparison or learning “what they do.”
Not on the GL spreadsheet
Are such savings achievable? No one can realistically know in advance. It is often surprising to find out how much discretion managers have. Today, they may devote considerable energy to increasing their labor pool, but with an incentive plan (and a push from productivity standards); they might direct their energy to eliminating valueless tasks, unnecessary reports, and other busywork. For example, J. Philip Lathrop, in Restructuring Health Care, estimated that about 50% of all labor hospital-wide is devoted to documentation: 30% to scheduling, and 20% to transportation. Is there a better way?
This case study is taken from Restructuring Health Care, by J. Philip Lathrop, 1993. He is the originator of the patient-focused care movement.
Note that the actual chest x-ray, a bread-and-butter procedure, takes only 6% of the total time spent.
Is there an opportunity to cut, scale back, or consolidate some of these process steps? You can see what the savings would be.
Since we cannot focus on everything at once, the first phase of a benchmarking project would be to select the best opportunities from internal productivity reports we have available, plus industry benchmark targets. The combination of higher historical productivity and industry norms lends credence that targets are achievable. The culling process should ensure that we focus only on the greatest opportunities of strategic significance to the organization. Put more minor opportunities aside.
This describes the collaborative approach, in contrast to having managers work on their own.
This is how Xerox, AT&T, and others in commercial industry do benchmarking.
Collaboration is familiar to hospital managers, provides the missing support they often need to accomplish financial objectives.
Go through the skills of each team member, and talk about why these skills are necessary for success
If we advise them to form a team, a corollary is that we ask them to focus on the top 2-3 opportunities for the year. It’s not cost-effective to form a team like this for every indicated gap. Start with the single best opportunity, learn how it’s done, and then repeat as they make their way through the organization.
Bonus: knocking off the top 2-3 opportunities every year means they can go through the whole top ten list in 3-5 years.
Flowcharting
ABC accounting
Reconfiguring operations to be more efficient
formally on the team, or plays an advisory role
Internal or external partners?
Inside or outside health care?
Organizations representing excellence
Are they willing?
Investigate outsourcing alternatives
Why should potential benchmarking partners help us out? What’s in it for them? It takes time and effort for others to cooperate with us. What are we offering in return?
Develop a list of other organizations representing excellence in the process or function. Sources include Solucient, Premier, Health Care Advisory Board, National Benchmarking Clearinghouse, JCAHO, American Management Association, and industry contacts.
Contact such organizations to gauge their willingness to collaborate. Refine this list to several solid contacts for in-depth discussion and analysis, and be prepared to give something in return.
Investigate possible outsourcing alternatives. One of the prime points of comparison might be with vendors able to supply the same (or better) service to the organization. We can place vendors at-risk for both cost and quality goals. Even if we do not outsource, we will learn how to match or beat the vendor’s bid.
Collecting and analyzing the information is a complex, delicate task. It requires a keen understanding of the business processes under study. The objective is to study, quantify, and qualify a particular function or business process so that it can be re-engineered to produce better results, whether cost, quality, or cycle time.
Document current processes or functions. Tools include flowchart modeling, management engineering, computer simulation and financial analysis. A critical step.
Send the analysis to benchmark partners. Solicit comments and advice. What questions should we ask? What do we want to learn? If useful, plan site visits.
Develop outcome measures. Write up proposed new processes or functions to contrast with current practices.
Develop action plans. Such plans should be in a venture capital style format, allowing anyone to see who is responsible for carrying out the plan, how long it will take, how much it will cost, and how to measure the desired objective.
 [PF1]“Know thyself.” Spendolini pg.49-50
How will implementation be carried out? Who will be charged with doing it? How will the plan be communicated for acceptance and approval?
Presentation. The report should be presented in a clear, plain-spoken fashion so that everyone understands the action plan. This will also facilitate subsequent events.
Implementing the plan. The options include a full rollout or a pilot test.
How will progress be monitored? Are these measures agreed-upon before implementation?
Outcome Measures. Generally, the same outcome measures as used in the analysis should be tracked upon implementation.
Regular review. Having a periodic review encourages managers to keep their focus on the outcomes that were desired when the project was in the planning stages.
Corrective Action. If the project is off-track, how will it be brought back into alignment with the original goals?
Process: a set of actions or steps that create value for the primary customer
Perfect process: every step is valuable, produces the right output and quality, no waiting, flexible, continuous flow – anything less is waste
Processes often cross department boundaries! Conventional reports are by cost center…
Steps in Brainstorming
Brainstorming is an idea-generation tool designed to produce a large number of ideas through
the interaction of a group of people.
1. The session leader should clearly state the purpose of the brainstorming session.
2. Participants call out one idea at a time, either going around the round in turn, which
structures participation from everyone, or at random, which may favor greater creativity.
Another option is to begin the brainstorming session by going in turn and after a few
rounds open it up to all to call out ideas as they occur.
3. Refrain from discussing, complimenting, or criticizing ideas as they are presented.
Consider every idea to be a good one. The quantity of ideas is what matters; evaluation of
the ideas and their relative merit comes later. This tool is designed to get as many ideas
generated in a short period of time as possible. Discussing ideas may lead to premature
judgment and slow down the process.
4. Record all ideas on a flipchart, or on self-adhesive notes (see Affinity Grouping), so that all
group members can see them.
5. Build on and expand the ideas of other group members. Encourage creative thinking.
6. When generating ideas in turn, let participants pass if an idea does not come to mind
quickly.
7. Keep going when the ideas slow down in order to create as long a list as possible and reach
for less obvious ideas.
8. After all ideas are listed, clarify each one and eliminate exact duplicates.
9. Resist the temptation to “lump” or group ideas. Combining similar ideas can come later
(see Affinity Grouping).
Steps in Affinity Grouping
Affinity Grouping is a brainstorming method in which participants organize their ideas and
identify common themes.
1. Write ideas on individual cards or adhesive notes (see directions for Brainstorming).
2. Randomly place cards on a table or place notes on flip chart paper taped to the wall.
3. Without talking, each person looks for two cards or notes that seem to be related and places
these together, off to one side. Others can add additional cards or notes to a group as it
forms or reform existing groups. Set aside any cards or notes that become contentious.
4. Continue until all items have been grouped (or set aside). There should be fewer than 10
groupings.
5. Now discuss the groupings as a team. Generate short, descriptive sentences that describe
each group and use these as title cards or notes. Avoid one- or two-word titles.
6. Items can be moved from one group to another if a consensus emerges during the
discussion.
7. Consider additional brainstorming to capture new ideas using the group titles to stimulate
thinking.
Steps in Multivoting
Multivoting is a structured series of votes by a team, in order to narrow down a broad set of options to a few.
1. Generate a list of items (see directions for Brainstorming).
2. Combine similar items into groups that everyone agrees on (see directions for Affinity Grouping).
3. Number each item.
4. Each person silently chooses one-third of the items.
5. Tally votes.
6. Eliminate items with few votes. The table below will help you determine how to eliminate
items:
Eliminate items with less than one-third of the group’s size
7. Repeat the Multivoting process with remaining items, if necessary.
Six essential practices in lean thinking:
Eliminate waste
Create continuous flow
Build quality at the source
Standardize processes
Use visual controls
Engage and respect everyone’s contribution
Glossary of Lean Terms
5-S: Sort, Simplify, Sweep, Standardize, Self-Discipline: a visually-oriented system for organizing
the workplace to minimize the waste of time.
Adequate: In value stream mapping, the capacity for any given step in a process is adequate if
the process is not delayed at that step.
Available: In value stream mapping, a step in a process is available if it produces the desired output,
not just the desired quality, every time.
Batch-and-queue: The mass-production practice of making large lots of a part then sending the
batch to wait in the queue before the next operation in the production process. Contrast with
single-piece flow.
Capable: In value stream mapping, a step in a process is capable if it produces a good result every time.
Cycle time: The time required for completing one step of a process.
Flow: The progressive achievement of tasks along the value stream so that a product proceeds from
design to launch, order to delivery, and raw materials into the hands of the customer with no
stoppages, scrap, or backflows.
Just-in-Time: A system for producing and delivering the right items at the right time in the right
amounts. Just-in-Time approaches just-on-time when upstream activities occur minutes or
seconds before downstream activities, so single-piece flow is possible. The key elements of Justin-
Time are flow, pull, standard work (with standard in-process inventories), and takt time.
Kaizen: Continuous, incremental improvement of an activity to create more value with less muda.
Kanban: A signal, often a card attached to supplies or equipment that regulates pull by signaling
upstream production and delivery.
Lead time: The total time a customer must wait to receive a product after requesting the product
or service. In service sectors, it is the time from the beginning of the process to the end (e.g.,
from when a patient arrives until he or she leaves the hospital).
Muda: Waste.
People distance: The distance staff must travel to accomplish their tasks.
Product distance: The distance products must travel to meet the customers’ needs.
Pull: A system of cascading production and delivery instructions from downstream to upstream
activities in which nothing is produced by the upstream supplier until the downstream customer
signals a need; the opposite of push.
Set-up time: All time spent getting ready to add value (e.g., time preparing a room for an office visit).
Single-piece flow: A situation in which products proceed, one complete product at a time, through
various operations in design, order-taking, and production, without interruptions, backflows or
scrap. Contrast with batch-and-queue.
Standard work: A precise description of each work activity specifying cycle time, takt time, the work
sequence of specific tasks for each team member, and the minimum inventory of parts on hand
needed to conduct the activity.
Takt time: The available production time divided by the rate of customer demand. For example,
if customers demand 240 widgets per day and the factory operates 480 minutes per day, takt time
is two minutes. Takt time sets the pace of production to match the rate of customer demand and
becomes the heartbeat of any lean system.
Throughput time: The time required for a product to proceed from concept to launch, order to delivery,
or raw materials into the hands of the customer. This includes both processing and queue time.
Trystorm: To generate and quickly try ideas, or models of ideas, rather than simply discuss them,
as in brainstorming.
Value: A capability provided to the customer at the right time at an appropriate price, as defined
in each case by the customer.
Value stream: The specific activities required to design, order, and provide a specific product (or
service) — from concept launch to order to delivery into the hands of the customer.
Value stream mapping: Identification of all the specific activities occurring along a value stream for
a product or product family (or service).
Valuable: In value stream mapping, a step in a process is valuable if it creates value for the customer.
Waste: Anything that does not add value to the final product or service, in the eyes of the customer;
an activity the customer wouldn’t want to pay for if they knew it was happening.
Identify the output (what is to be done)
Assign responsibility for each task or step
Signals to trigger the work to be done
How each step is to be done (method)