This report raises serious patient care and privacy concerns. For the patient's well-being and rights, medical treatment should not be combined with law enforcement activities like interrogation. The focus must remain on providing compassionate emergency care.
MixORG conducted a campaign for Aditya Birla Group in which it created close to 1.9 million impressions of ABG Leadership Program advertisements in 10 days. The objective of online branding of ABGLP was successfully achieved.
This document provides a SWOT analysis of Pakistan Telecommunication Company Limited (PTCL). It begins with a brief history of PTCL and introduces the company. It then outlines PTCL's strengths such as being the oldest telecom company in Pakistan and having a large landline network. Weaknesses include poor quality of service and low employee morale. Opportunities include expanding into new markets and adopting new technologies. Threats include strong competition and political instability. The document concludes with strategies under each quadrant of the SWOT matrix, such as leveraging PTCL's brand to increase market share under the S-O strategies.
This document from TRAI analyzes call drop issues in cellular networks in India. It discusses key quality of service parameters like call drop rate, worst affected cells with high drop rates, and call connections with good voice quality. The document finds that while overall call drop rates are within benchmarks, some individual cells have much higher drop rates. It analyzes factors contributing to call drops like insufficient signal strength and identifies these as major causes. The document also discusses TRAI's efforts like independent drive tests to evaluate network performance across different cities and operators in India.
UMTS/3G RAN Capacity Management Guideline Part-02 (Sectorization))Md Mustafizur Rahman
UMTS RAN capacity management is one of the Key activities to maintain the good QoS & stability of the 3G system. A relatively high load can affect the accessibility, coverage and QoS of established services. The capacity, coverage and QoS of the WCDMA system are mutually affected. Hence, for a stable & good quality 3G network, UMTS capacity need to be monitored, expanded & manage regularly.
In the first part of document (Part-1) UMTS soft capacity management along with the correlation between capacity vs accessibility, UMTS expansion threshold, counters & effective mechanism of UMTS Soft capacity management have been depicted. This part of the Document is focused on UMTS Hard Expansion Methodology. 3G Capacity management by Sectorization has been explained thoroughly.
After completing this, you will be able to gain knowledge on 3G Expansion Parameters, 3G Expansion Threshold, Capacity Gain, Cost vs Capacity Gain by Sectorization. Moreover, you will be familiar with Planning, Optimization & Post Performance activities of Sectorization.
The director's report summarizes the company's financial performance for the year ended December 31, 2011. Key points include:
- Sales were Rs. 13.548 billion, lower than the previous year's Rs. 19.895 billion.
- The company reported a post-tax loss of Rs. 1.269 billion compared to a profit of Rs. 189 million the previous year.
- Lower sales and fixed cost absorption led to losses, due to two unfortunate incidents - a holding of LG air conditioner inventory and stoppage in distribution transformer orders, affecting multiple product lines and resulting in lower sales, inventory turnover, and extra costs.
- The debt level and lower sales volumes contributed to inability to absorb financial
The document discusses Channel Quality Indicator (CQI) reporting in HSDPA networks. It states that the CQI value reported by a terminal is a function of the multipath environment, terminal receiver type, ratio of interference from the own base station versus others, and expected HSDPA power availability from the base station. This approach allows CQI to accommodate different receiver implementations and environments to indicate the best data rates needed. CQI informs the base station scheduler of the data rate the terminal can receive. The higher the assumed HSDPA power allocation and the closer to the base station, the higher the reported CQI value.
MixORG conducted a campaign for Aditya Birla Group in which it created close to 1.9 million impressions of ABG Leadership Program advertisements in 10 days. The objective of online branding of ABGLP was successfully achieved.
This document provides a SWOT analysis of Pakistan Telecommunication Company Limited (PTCL). It begins with a brief history of PTCL and introduces the company. It then outlines PTCL's strengths such as being the oldest telecom company in Pakistan and having a large landline network. Weaknesses include poor quality of service and low employee morale. Opportunities include expanding into new markets and adopting new technologies. Threats include strong competition and political instability. The document concludes with strategies under each quadrant of the SWOT matrix, such as leveraging PTCL's brand to increase market share under the S-O strategies.
This document from TRAI analyzes call drop issues in cellular networks in India. It discusses key quality of service parameters like call drop rate, worst affected cells with high drop rates, and call connections with good voice quality. The document finds that while overall call drop rates are within benchmarks, some individual cells have much higher drop rates. It analyzes factors contributing to call drops like insufficient signal strength and identifies these as major causes. The document also discusses TRAI's efforts like independent drive tests to evaluate network performance across different cities and operators in India.
UMTS/3G RAN Capacity Management Guideline Part-02 (Sectorization))Md Mustafizur Rahman
UMTS RAN capacity management is one of the Key activities to maintain the good QoS & stability of the 3G system. A relatively high load can affect the accessibility, coverage and QoS of established services. The capacity, coverage and QoS of the WCDMA system are mutually affected. Hence, for a stable & good quality 3G network, UMTS capacity need to be monitored, expanded & manage regularly.
In the first part of document (Part-1) UMTS soft capacity management along with the correlation between capacity vs accessibility, UMTS expansion threshold, counters & effective mechanism of UMTS Soft capacity management have been depicted. This part of the Document is focused on UMTS Hard Expansion Methodology. 3G Capacity management by Sectorization has been explained thoroughly.
After completing this, you will be able to gain knowledge on 3G Expansion Parameters, 3G Expansion Threshold, Capacity Gain, Cost vs Capacity Gain by Sectorization. Moreover, you will be familiar with Planning, Optimization & Post Performance activities of Sectorization.
The director's report summarizes the company's financial performance for the year ended December 31, 2011. Key points include:
- Sales were Rs. 13.548 billion, lower than the previous year's Rs. 19.895 billion.
- The company reported a post-tax loss of Rs. 1.269 billion compared to a profit of Rs. 189 million the previous year.
- Lower sales and fixed cost absorption led to losses, due to two unfortunate incidents - a holding of LG air conditioner inventory and stoppage in distribution transformer orders, affecting multiple product lines and resulting in lower sales, inventory turnover, and extra costs.
- The debt level and lower sales volumes contributed to inability to absorb financial
The document discusses Channel Quality Indicator (CQI) reporting in HSDPA networks. It states that the CQI value reported by a terminal is a function of the multipath environment, terminal receiver type, ratio of interference from the own base station versus others, and expected HSDPA power availability from the base station. This approach allows CQI to accommodate different receiver implementations and environments to indicate the best data rates needed. CQI informs the base station scheduler of the data rate the terminal can receive. The higher the assumed HSDPA power allocation and the closer to the base station, the higher the reported CQI value.
Wayne Memorial Hospital's surgical services division was bursting at the seams with supplies and equipment stored in the hallways due to a lack of proper storage space. To address this issue and prepare for an upcoming inspection, the division implemented the Lean Six Sigma 5S technique to better organize supplies and equipment. A team of cross-functional staff sorted through supplies to remove unneeded items, straightened the storage areas, standardized processes, and established new storage locations. This created a more efficient work environment and helped the division pass inspection.
Rethinking The Laundry Process AHRMM White Paper Jeffrey SolarekJeffrey Solarek
The document outlines a process improvement project to rethink the laundry process across a health delivery system in order to reduce costs and improve efficiencies. A cross-functional team mapped current laundry and linen distribution processes, established goals, and implemented changes like reducing touches, standardizing procedures, and optimizing logistics. As a result, the organization significantly reduced costs, improved customer satisfaction, and created a more sustainable laundry operation.
This lecture discusses the latest in EMS Best practices and industry technological innovations and is an updated version from the Best Practices in EMS presentation from 2009 OAMTA conference.
Ambulance Bay Brochure - Conference PresentationDon Sharpe
This document discusses the need for proper disposal, cleaning, and organization equipment in ambulance bays. It notes that garbage, bio-hazards, sharps, and EMS equipment need dedicated areas for storage, organization, decontamination, and retrieval by technicians. The document emphasizes that systems, procedures, and cleaning equipment must be available and used to properly manage ambulance bays.
Your Aging Patient Bed Tower - Top Ten Considerations When RenovatingArray Architects
To hear Adrian's presentation, follow this link: http://snack.to/b7c9ekkz
While the benefits of caring for inpatients within a private room have now been time tested, there are thousands who still receive care outside of this clinically preferred environment on a daily basis. As is often the case, the benefits may be clear, but the perceived cost of providing more private patient rooms has prevented the wholesale adoption of this basic principle throughout the United States.
Building new bed towers has been an option for systems that could afford to build new facilities. However, many systems do not have that luxury or are landlocked, at capacity and cannot expand or afford to give up beds from their license. This session will provide a roadmap for the successful renovation of patient units to accommodate all private rooms, or enhanced 2-Bed rooms that incorporate best clinical practices in a cost effective manner.
By breaking down the success factors into ten key considerations, this session will allow designers, managers, and contractors to plan and execute such projects more effectively. Case studies will be presented to demonstrate how this straightforward approach can increase the success of renovations that convert (primarily) double bedded units into single patient room units.
The document discusses plans to improve safety and sanitation in an ambulance bay at FMC. It identifies hazards in the current ambulance bay and aims to implement controls to protect staff safety. A workgroup with representatives from various hospital departments was formed to address this issue. The workgroup will review policies and procedures, standards, and practices at other hospitals to develop recommendations. They will create an equipment inventory and inspection checklist. Operational issues may require involvement of more stakeholders. The goal is to ensure the ambulance bay is properly maintained and meets standards as a designated patient care area.
Col Jose Ibanez-Pabon leads a team responsible for deploying and supporting clinical modernization initiatives for the Air Force Medical Service. They coordinate system enhancements to ensure adequate testing, training, and transition. Coordination with all military medical branches is important to match policies and requirements.
AHLTA currently allows worldwide access and is increasing its ability to share information. However, its reliability, speed, and readability need improvement. Focusing on core documentation before additional features is advised. The Air Force is taking the approach of standardizing workflow to enhance documentation and teamwork through its COMPASS strategy.
For AHLTA to support patient care, it needs to be reliable, stable and fast at the
Ambulance Bay Project - Conference PosterDon Sharpe
Multiple departments at AHS are working together to improve an ambulance bay that was previously in an unacceptable state. Staff who were previously resigned to the poor conditions of the workspace have become engaged as improvements are being realized. New systems and solutions from other industries are being integrated and unique practices are being developed and implemented in the ambulance bay that have not been seen before in the hospital industry.
This document discusses developing a workforce using the Certified Maintenance and Reliability Technician (CMRT) exam. It describes how the CMRT exam can be used to assess skills across four areas - maintenance practices, preventive and predictive techniques, troubleshooting and analysis, and corrective maintenance. Taking the exam allows organizations to identify strengths and weaknesses in individuals and target training accordingly to improve skills. The goal is to continuously develop workforce skills through training in order to gain a competitive advantage.
This presentation was created for the Standardization and Process Optimization (SOP) team. It contains ideas aimed at improving the Housekeeping and Portering departments.
Have you ever asked the question -- Why Healthcare Facilities cannot be profitable? Maybe it is in the way they are designed. It is time for a change. We can make the difference.
UCSF Medical Center implemented a Real-Time Location System (RTLS) to track high-value medical equipment across its campus. An evaluation of various RTLS vendors led to the selection of Awarepoint in 2007. Over 1,000 operating room assets were initially tagged. This allowed staff to more efficiently locate equipment, reducing time spent searching and freeing up staff time equivalent to 2.4 full-time employees. The system also helped avoid over $248,000 in replacement costs for lost or damaged equipment in its first year. The success of the RTLS in the operating rooms led to its expansion across the entire medical center campus and multiple locations.
The document describes a project to analyze and improve the linen distribution system at Erlanger Hospital. A team from the University of Tennessee studied the current process and identified issues like disorganization and a lack of standard procedures. They developed two alternatives: 1) maintain internal control with improvements like 5S and new distribution methods, or 2) outsource distribution to Xanitos. The team analyzed costs and benefits of both options but did not make a recommendation, leaving the choice to Erlanger.
This document discusses improving hospital ambulance bays using lean principles and employee engagement. It notes that ambulance bays are currently inefficient and unsafe due to contaminated equipment, unauthorized storage, and congestion that delays patient care. The presentation calls for applying lean principles daily to organize equipment safely and efficiently. Engaged employees who notice problems and work to continuously improve systems and relationships can help enhance safety, quality of care, and staff morale. The Joint Workplace Health and Safety Committee is asked to help address current issues around accountability and developing professionals.
The document describes a new zone-based service team approach for HVAC maintenance at the University of Michigan Health System. The health system campus is divided into 4 zones, with technicians assigned to each zone. Technicians will now be responsible for responding to calls and performing preventative maintenance for all buildings within their assigned zone. This is intended to improve response times, utilize staff more efficiently with the health system's expansion, and increase familiarity among technicians across buildings. The document outlines the zone assignments, call classifications that will be dispatched to each trade, employee responsibilities, and plans for distributing work evenly among the teams.
Daniel Jones outlines how lean thinking can help healthcare based on his experience helping other industries. He conducted experiments in healthcare to develop lean methods, focusing on eliminating waste and delays for patients. Key aspects include mapping patient flows, synchronizing activities between departments, and establishing stability through visual management boards. This requires an "end-to-end perspective" and appointing a value stream manager to resolve conflicts and ensure continuous process improvement. With the right lean management system in place, healthcare can realize significant benefits like reduced lengths of stay and costs.
Your company You are a new Supply Chain Analyst with the ACME.docxhyacinthshackley2629
Your company: You are a new Supply Chain Analyst with the ACME Corporation. We design specialty electronics that are components in larger finished goods such as major appliances, automobiles and industrial equipment. Manufacturing is outsourced to low-cost suppliers due to the significant labor contribution and closeness to electronic component suppliers.
Your product: ACME Corp. designs a leading-edge family of devices branded as “Voice Assistants.” These are add-on boxes that many OEMs are using as plug-and-play devices in a wide variety of Internet-of-Things products. They are also sold directly to consumers as after-market items, but only for IoT devices that were built with our proprietary data-port.
Figure 1: Product line of ACME Corp Voice Assistant IoT Add-on Boxes
Your task: Your Chief Supply Chain Officer (CSCO) is requesting a review of supplier-to-customer processes as related to recent growth in our company and increasing demand for faster responsiveness to customers. One alternative is to decentralize our inventory into regional Distribution Centers; however, our ERP system is currently limited in the data available to make some of these decisions – and the output reports are very antiquated. Starting off the process, the CSCO directed that your Analysis Team use population data to pro-rate our national sales data as a starting point. For this analysis, you are asked to focus only on the flagship product, Voice Assistant IoT Add-on Box, 4GB, SKU #123-456789. The challenge is now yours to complete some computations and interpret the results!
Your data: A detailed report from your ERP system along with secondary data from the U.S. Census Bureau (reference: https://www.census.gov/programs-surveys/popest/data/data-sets.html) is provided. (Note: Sales to Alaska, Hawaii and Puerto Rico are handled by a 3PL provider and therefore are NOT part of this analysis.) The consolidated EXCEL® file has incorporated several tasks already performed by the Analysis Team --- sort, cleanse, inventory optimization, etc. Other tasks remain for your team.
Detailed Requirements: Prepare a formal report summarizing your results and providing recommendations that are supported by facts. The required layout follows:
A. Supply Chain Management:
a. Identify a single key supplier and a single key customer for your product, including a brief description of their product.
b. Identify the proper type of business relationship that your company should have with the supplier and customer from Part A, above, then briefly describe the data that you would share with them.
c. When implementing Supply Chain Management with your #1 key supplier for the first time, create a timeline that lists each of the six SCOR processes in the order that you recommend implementation; include process leader (by job title), primary contact at supplier/customer (by job title), and duration to implement.
d. Briefly describe each of the four enablers of supply chain .
Lean is a philosophy and approach to process improvement based on Toyota's production system. It focuses on eliminating waste to improve flow and customer value. Key lean principles include identifying the value stream, continuously improving processes, and respecting people. In healthcare, lean aims to streamline clinical pathways and remove inefficiencies that get in the way of patient care. Initial steps involve mapping current processes and identifying opportunities to reduce waste, variability, and handoffs through small tests of change.
COnverting an Academic Medical Center to NIAHO/ISO 9001: Charleston Area Medi...Wes Chapman
This is the first in a series looking at the motivations, methods and outcomes from our efforts at Charleston Area Medical Center (CAMC) to build a “best-in-class” patient centered quality management system (QMS) including accreditation via NIAHO/ISO 9001. These articles are designed to be quick reads, and capture the realities that we encountered in this quest.
Wayne Memorial Hospital's surgical services division was bursting at the seams with supplies and equipment stored in the hallways due to a lack of proper storage space. To address this issue and prepare for an upcoming inspection, the division implemented the Lean Six Sigma 5S technique to better organize supplies and equipment. A team of cross-functional staff sorted through supplies to remove unneeded items, straightened the storage areas, standardized processes, and established new storage locations. This created a more efficient work environment and helped the division pass inspection.
Rethinking The Laundry Process AHRMM White Paper Jeffrey SolarekJeffrey Solarek
The document outlines a process improvement project to rethink the laundry process across a health delivery system in order to reduce costs and improve efficiencies. A cross-functional team mapped current laundry and linen distribution processes, established goals, and implemented changes like reducing touches, standardizing procedures, and optimizing logistics. As a result, the organization significantly reduced costs, improved customer satisfaction, and created a more sustainable laundry operation.
This lecture discusses the latest in EMS Best practices and industry technological innovations and is an updated version from the Best Practices in EMS presentation from 2009 OAMTA conference.
Ambulance Bay Brochure - Conference PresentationDon Sharpe
This document discusses the need for proper disposal, cleaning, and organization equipment in ambulance bays. It notes that garbage, bio-hazards, sharps, and EMS equipment need dedicated areas for storage, organization, decontamination, and retrieval by technicians. The document emphasizes that systems, procedures, and cleaning equipment must be available and used to properly manage ambulance bays.
Your Aging Patient Bed Tower - Top Ten Considerations When RenovatingArray Architects
To hear Adrian's presentation, follow this link: http://snack.to/b7c9ekkz
While the benefits of caring for inpatients within a private room have now been time tested, there are thousands who still receive care outside of this clinically preferred environment on a daily basis. As is often the case, the benefits may be clear, but the perceived cost of providing more private patient rooms has prevented the wholesale adoption of this basic principle throughout the United States.
Building new bed towers has been an option for systems that could afford to build new facilities. However, many systems do not have that luxury or are landlocked, at capacity and cannot expand or afford to give up beds from their license. This session will provide a roadmap for the successful renovation of patient units to accommodate all private rooms, or enhanced 2-Bed rooms that incorporate best clinical practices in a cost effective manner.
By breaking down the success factors into ten key considerations, this session will allow designers, managers, and contractors to plan and execute such projects more effectively. Case studies will be presented to demonstrate how this straightforward approach can increase the success of renovations that convert (primarily) double bedded units into single patient room units.
The document discusses plans to improve safety and sanitation in an ambulance bay at FMC. It identifies hazards in the current ambulance bay and aims to implement controls to protect staff safety. A workgroup with representatives from various hospital departments was formed to address this issue. The workgroup will review policies and procedures, standards, and practices at other hospitals to develop recommendations. They will create an equipment inventory and inspection checklist. Operational issues may require involvement of more stakeholders. The goal is to ensure the ambulance bay is properly maintained and meets standards as a designated patient care area.
Col Jose Ibanez-Pabon leads a team responsible for deploying and supporting clinical modernization initiatives for the Air Force Medical Service. They coordinate system enhancements to ensure adequate testing, training, and transition. Coordination with all military medical branches is important to match policies and requirements.
AHLTA currently allows worldwide access and is increasing its ability to share information. However, its reliability, speed, and readability need improvement. Focusing on core documentation before additional features is advised. The Air Force is taking the approach of standardizing workflow to enhance documentation and teamwork through its COMPASS strategy.
For AHLTA to support patient care, it needs to be reliable, stable and fast at the
Ambulance Bay Project - Conference PosterDon Sharpe
Multiple departments at AHS are working together to improve an ambulance bay that was previously in an unacceptable state. Staff who were previously resigned to the poor conditions of the workspace have become engaged as improvements are being realized. New systems and solutions from other industries are being integrated and unique practices are being developed and implemented in the ambulance bay that have not been seen before in the hospital industry.
This document discusses developing a workforce using the Certified Maintenance and Reliability Technician (CMRT) exam. It describes how the CMRT exam can be used to assess skills across four areas - maintenance practices, preventive and predictive techniques, troubleshooting and analysis, and corrective maintenance. Taking the exam allows organizations to identify strengths and weaknesses in individuals and target training accordingly to improve skills. The goal is to continuously develop workforce skills through training in order to gain a competitive advantage.
This presentation was created for the Standardization and Process Optimization (SOP) team. It contains ideas aimed at improving the Housekeeping and Portering departments.
Have you ever asked the question -- Why Healthcare Facilities cannot be profitable? Maybe it is in the way they are designed. It is time for a change. We can make the difference.
UCSF Medical Center implemented a Real-Time Location System (RTLS) to track high-value medical equipment across its campus. An evaluation of various RTLS vendors led to the selection of Awarepoint in 2007. Over 1,000 operating room assets were initially tagged. This allowed staff to more efficiently locate equipment, reducing time spent searching and freeing up staff time equivalent to 2.4 full-time employees. The system also helped avoid over $248,000 in replacement costs for lost or damaged equipment in its first year. The success of the RTLS in the operating rooms led to its expansion across the entire medical center campus and multiple locations.
The document describes a project to analyze and improve the linen distribution system at Erlanger Hospital. A team from the University of Tennessee studied the current process and identified issues like disorganization and a lack of standard procedures. They developed two alternatives: 1) maintain internal control with improvements like 5S and new distribution methods, or 2) outsource distribution to Xanitos. The team analyzed costs and benefits of both options but did not make a recommendation, leaving the choice to Erlanger.
This document discusses improving hospital ambulance bays using lean principles and employee engagement. It notes that ambulance bays are currently inefficient and unsafe due to contaminated equipment, unauthorized storage, and congestion that delays patient care. The presentation calls for applying lean principles daily to organize equipment safely and efficiently. Engaged employees who notice problems and work to continuously improve systems and relationships can help enhance safety, quality of care, and staff morale. The Joint Workplace Health and Safety Committee is asked to help address current issues around accountability and developing professionals.
The document describes a new zone-based service team approach for HVAC maintenance at the University of Michigan Health System. The health system campus is divided into 4 zones, with technicians assigned to each zone. Technicians will now be responsible for responding to calls and performing preventative maintenance for all buildings within their assigned zone. This is intended to improve response times, utilize staff more efficiently with the health system's expansion, and increase familiarity among technicians across buildings. The document outlines the zone assignments, call classifications that will be dispatched to each trade, employee responsibilities, and plans for distributing work evenly among the teams.
Daniel Jones outlines how lean thinking can help healthcare based on his experience helping other industries. He conducted experiments in healthcare to develop lean methods, focusing on eliminating waste and delays for patients. Key aspects include mapping patient flows, synchronizing activities between departments, and establishing stability through visual management boards. This requires an "end-to-end perspective" and appointing a value stream manager to resolve conflicts and ensure continuous process improvement. With the right lean management system in place, healthcare can realize significant benefits like reduced lengths of stay and costs.
Your company You are a new Supply Chain Analyst with the ACME.docxhyacinthshackley2629
Your company: You are a new Supply Chain Analyst with the ACME Corporation. We design specialty electronics that are components in larger finished goods such as major appliances, automobiles and industrial equipment. Manufacturing is outsourced to low-cost suppliers due to the significant labor contribution and closeness to electronic component suppliers.
Your product: ACME Corp. designs a leading-edge family of devices branded as “Voice Assistants.” These are add-on boxes that many OEMs are using as plug-and-play devices in a wide variety of Internet-of-Things products. They are also sold directly to consumers as after-market items, but only for IoT devices that were built with our proprietary data-port.
Figure 1: Product line of ACME Corp Voice Assistant IoT Add-on Boxes
Your task: Your Chief Supply Chain Officer (CSCO) is requesting a review of supplier-to-customer processes as related to recent growth in our company and increasing demand for faster responsiveness to customers. One alternative is to decentralize our inventory into regional Distribution Centers; however, our ERP system is currently limited in the data available to make some of these decisions – and the output reports are very antiquated. Starting off the process, the CSCO directed that your Analysis Team use population data to pro-rate our national sales data as a starting point. For this analysis, you are asked to focus only on the flagship product, Voice Assistant IoT Add-on Box, 4GB, SKU #123-456789. The challenge is now yours to complete some computations and interpret the results!
Your data: A detailed report from your ERP system along with secondary data from the U.S. Census Bureau (reference: https://www.census.gov/programs-surveys/popest/data/data-sets.html) is provided. (Note: Sales to Alaska, Hawaii and Puerto Rico are handled by a 3PL provider and therefore are NOT part of this analysis.) The consolidated EXCEL® file has incorporated several tasks already performed by the Analysis Team --- sort, cleanse, inventory optimization, etc. Other tasks remain for your team.
Detailed Requirements: Prepare a formal report summarizing your results and providing recommendations that are supported by facts. The required layout follows:
A. Supply Chain Management:
a. Identify a single key supplier and a single key customer for your product, including a brief description of their product.
b. Identify the proper type of business relationship that your company should have with the supplier and customer from Part A, above, then briefly describe the data that you would share with them.
c. When implementing Supply Chain Management with your #1 key supplier for the first time, create a timeline that lists each of the six SCOR processes in the order that you recommend implementation; include process leader (by job title), primary contact at supplier/customer (by job title), and duration to implement.
d. Briefly describe each of the four enablers of supply chain .
Lean is a philosophy and approach to process improvement based on Toyota's production system. It focuses on eliminating waste to improve flow and customer value. Key lean principles include identifying the value stream, continuously improving processes, and respecting people. In healthcare, lean aims to streamline clinical pathways and remove inefficiencies that get in the way of patient care. Initial steps involve mapping current processes and identifying opportunities to reduce waste, variability, and handoffs through small tests of change.
COnverting an Academic Medical Center to NIAHO/ISO 9001: Charleston Area Medi...Wes Chapman
This is the first in a series looking at the motivations, methods and outcomes from our efforts at Charleston Area Medical Center (CAMC) to build a “best-in-class” patient centered quality management system (QMS) including accreditation via NIAHO/ISO 9001. These articles are designed to be quick reads, and capture the realities that we encountered in this quest.
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EMS Vehicle Readiness Project Development ReportDon Sharpe
EMS Vehicles need more attention than the crews operating them can provide. Ambulances are just another EMS 'workspace' that requires specific, tailored attention. This report documents the inception, progress and demise of a program that remains absolutely essential to providing top quality pre-hospital patient care.
Calgary Herald - Your Letters July 22, 2020Don Sharpe
The letter argues that compensation for physicians through public funds should be transparent. It questions why the healthcare system has not improved more under physician leadership. The letter supports the government's efforts to improve inefficient processes, noting that paramedics wait lengthy hours in hospitals each month while response times and hallway wait times are not published. The letter writer, a paramedic, believes Albertans deserve leadership, transparency and accountability from their health care system.
Alberta College of Paramedics condemns Hospital hallway waits.Don Sharpe
The Alberta College of Paramedics responds to recent media reports questioning EMS resources and response times. The College president says compromised working conditions prevent paramedics from providing excellent patient care. While recognizing budget constraints, the College agrees more must be done to address issues affecting EMS and reduce hallway waits. The mandate of the College is to ensure public safety and that paramedics are able to practice at their full potential to benefit patients.
This document discusses improvements to cleaning routines and responsibilities in hospital ambulance bays during the COVID-19 pandemic. It notes that EMS staff have taken on additional cleaning duties to support current inadequate routines. While some improvements have been made working with hospital leadership and Sodexo, there is still work to be done. Specifically, the document calls out issues with waste storage and garbage emptying at some hospitals that need to be addressed, and reiterates that hospital ambulance bays remain the responsibility of hospitals to keep clean and safe for EMS crews.
Rockyview Hospital IFT (old) Ambulance Bay was used as the Contractor's office during the construction of the new RGH ER. After the new ER was finished, the bay was immediately put back into use - without being cleaned - for 4 months.
Ambulance stations, hospitals, and ambulance bays have been getting cleaner due to the efforts of cleaning staff and paramedics called the "Cleanatics". The document's author has received positive feedback about cleaning efforts from others in the field. In January, the focus will be on cleaning behind cabinets and couches, as furniture moved in previous cleanings revealed coins and dust bunnies. Photographs shared show the results of cleaning behind equipment at different locations.
The FHH EMS Supply Room is routinely a mess with a broken entry door. While it was cleaned last week, someone has since thrown overstock from an ambulance onto the floor. The room needs to have vital air tanks removed and the door hinges repaired.
Don Sharpe, a paramedic, cleaned behind cabinets in the Foothills Hospital supply room on March 24, 2020 as nobody had done so in months, posing a contamination hazard with expensive medical equipment stored there. While he has ideas for fixing the problem of cleaning behind cabinets, which has existed for 10 years, typically nobody wants to hear them.
A paramedic documented finding clutter and improperly stored supplies in the EMS supply room at Foothill Hospital after moving equipment away from the wall. He questioned why the supply room was not cleaned regularly and why extra supplies were left on top of cabinets, wanting to know whose responsibility it was to properly maintain the room.
Ambulance cleaning at K Bldg for Covid-19 PandemicDon Sharpe
Don Sharpe arrived at an MSD facility with an ambulance for repairs. Fleet staff asked if the ambulance had been cleaned to a Level 3 standard for COVID-19 safety, which Sharpe could not confirm. Sharpe then took the ambulance to another location to clean it to the required standard. However, the building used for cleaning ambulances, K building, did not have water available for washing hands or filling cleaning buckets. K building was also routinely dirty. Sharpe asked for water to be turned on at K building so ambulances could be cleaned there to a Level 3 standard.
Hospital ambulance bay cleaning march 2020Don Sharpe
Hospital Ambulance Bays are too often treated with less respect than necessary. They are Intermediate Care Areas where critical patient care tasks are performed. They are complex, demanding spaces that are often grossly misunderstood and misused. They are where Public Safety and Healthcare intersect, too often like oil and water. These spaces require specialized planning, operation and maintenance. Here are some of the problems encountered when the Hospital Ambulance Bay is not cared for properly.
The document provides recommendations for improving ambulance cleaning in Calgary Metro EMS. It finds that ambulances are regularly unclean, frustrating crews and potentially exposing patients and staff to infectious diseases. It recommends developing a clear cleanliness standard, implementing a "Make Ready" program to deep clean vehicles every shift, and assigning staff specifically to clean and stock vehicles to ensure they are always ready for patient care. Adopting the Make Ready model used elsewhere could comprehensively solve cleanliness issues while enhancing operations and reducing costs.
This document summarizes the results of a survey of EMS providers in Alberta about ambulance offload delays. It finds that overtime has increased significantly for EMS workers in the last 5 years, negatively impacting their health and families. Offload delays have led to delayed response times for emergencies, in some cases with negative patient outcomes like death. The primary causes of delays are lack of hospital beds and lengthy triage times. Recommended solutions include improving hospital patient flow, building long-term care facilities, and allowing EMS to leave once patients are handed over to the hospital.
Unlocking the Secrets to Safe Patient Handling.pdfLift Ability
Furthermore, the time constraints and workload in healthcare settings can make it challenging for caregivers to prioritise safe patient handling Australia practices, leading to shortcuts and increased risks.
Stem Cell Solutions: Dr. David Greene's Path to Non-Surgical Cardiac CareDr. David Greene Arizona
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21. AHS Improvement Way (AIW) A3 Template !
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ManageChange
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Stakeholder & Communication Strategies: (Identify key groups or individuals who may
impact, influence or be affected by the change and actions required to build their engagement and
support.)
DefineOpportunity
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Background, Problem Statement, Goal Statement: (A good description of what the
issue is – focused on the problem not blame or solutions. Include a concise description of the pain,
gap, challenge including observable evidence and impact. Include the targeted benefit – “How much by
when?”)
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BuildUnderstanding
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Process Assessment, Cause Analysis: (Understand current state to determine why the
problem exists. Pictures, process maps, graphs, and data analysis are encouraged. Ask “why” enough
times to establish root cause. Adjust goal as needed.)
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Improvement Selection & Implementation Plan: (Brainstorm potential solutions,
evaluate and select options, create implementation plan, assess and plan for potential risk.)
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ActtoImprove
Reinforce Ownership, Measurement & Continuous Improvement: (Include key
performance indicators, visual controls, job descriptions, procedures, standard work, ownership
clarification, etc.)!
SustainResults
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Lessons Learned: (Identify and share with groups who may benefit from your experience – inside
and outside of your team.)
ShareLearning
Title:Title: Owner:Owner: Date:Date:
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22. AHS Improvement Way (AIW) A3 Template !
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DefineOpportunity
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Background:
A number of WHS and IPC concerns have been raised by EMS and ER Staff regarding cleanliness and
supplies organization in the FMC Ambulance Bay, which is the busiest in Southern Alberta.
On May 01, members of EMS, ICP, Emergency, and WHS met in the FMC Ambulance Bay to assess
conditions.
Problem:
A review of the work area revealed:
1. The presence of safety hazards
2. Contaminated equipment
3. Excess equipment and supplies
All of these were identified as negatively impacting the workflow and risking the health and safety of both
patients and staff. We discussed the need for short term and long term goals and identified stakeholders
who would be a necessary part of the solution.
Some operational issues will require follow-up in a few week's time with a larger group of stakeholders
(i.e. FMC Site Director, Environmental Services, Facilities Maintenance and Engineering, Planning, etc.)
regarding ownership, allocation of resources and sharing of responsibilities for the Ambulance Bay.
Other issues of urgent nature (i.e. contaminated equipment / workflow of clean & dirty) are being
assessed promptly as these carry immediate risk to patient care.
Goal:
Improve EMS work flow, reduce safety hazards and maintain a clean
Ambulance Bay at the FMC.
AHS EMS goals of excellent patient care, timely and safe delivery of patients to the Emergency
Department and then restocking the Ambulances in order to get quickly back into service would
be greatly enhanced if the FMC Ambulance Bay was clean and well organized.
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Process Assessment:
EMS is now fully integrated into AHS, and is also busier than ever before. Where before each
municipality had individual equipment and cleaning routines, we are now being asked to establish one
standard system for everyone to use.
Equipment and cleaning procedures that are in place to ensure various areas inside the hospital remain
free of contamination and well organized are not readily transferrable to the Ambulance Bays.
Immediate progress was seen with the initial effort; however we need to identify ways to make additional
sustainable changes.
Cause Analysis:
There are specific risks to staff assigned to clean the Ambulance Bays that they wouldn’t encounter
inside the Hospital, including vehicle traffic risks, and these need to be identified and mitigated.
Identifying accountability for the workflow and cleanliness of the Ambulance Bay and EMS equipment is
difficult, as it a shared space for several FMC departments and services.
The Ambulance Bay is used to store many different kinds of equipment and supplies, and the volume
and variety of workers using the space is large.
You can help identify additional challenges and provide solutions. Ask yourself; Why is this area so
challenging to keep clean? Provide your comments and suggestions on the page provided.
31. !
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EMS Cleanatics!
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AHS Improvement Way (AIW) – EMS Cleanatics! !
EMS Cleanatics!
4 different EMS workspaces - identified as ‘could be cleaner’.
1 - EMS hall offices/dorms.
2 - Hospital ambulance bays.
3 - Hospital hallway waiting areas.
4 - K bldg.
Goal: Develop an EMS ‘Culture of Clean’ to improve our workspaces.
Canadian OH&S Guide to Workplace Housekeeping is attached (also here):
http://www.ccohs.ca/oshanswers/hsprograms/house.html
5S’s for a clean workplace:
Sort – Go through your work area - Remove what’s not needed.
Set in Order – Organize your workspace – Improve efficiency & workflow.
Shine – Regular cleaning & disinfecting.
Standardize – Establish standards and maintain organization.
Sustain – Maintain what’s been accomplished through:
Systems - Training - Supportive Culture.
Leading by example and teamwork is the essential strategy.
Spring is decidedly the best time to implement a program that motivates
workers to clean their workspace.
Initial efforts to achieve a ‘Quick Win’ in these areas are possible.
This project has been developed with the assistance of:
THE AHS IMPROVEMENT WAY (AIW):
Fundamentals of Improvement, Change & Problem Solving Program.
Douglas Sinclair, Improvement Advisor with AHS.
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32. AHS Improvement Way (AIW) – EMS Cleanatics! !
DefineOpportunity
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Background, Problem Statement, Goal Statement:
1. EMS offices/dorms - Leased space and stand alone stations - Often dirty and in
disarray. Garbage’s full, blankets on the floor, drawers/cabinets filled with discarded and
dirty equipment, floors not vacuumed, swept or mopped. Crews often collect 30+
blankets to return to the hospital linen supply.
2. Hospital Ambulance bays - already identified as chronically unclean, larger
organizational issues are being worked on by another team. Keeping the bays free of
garbage on the floor and clutter on top of cabinets and supply carts is needed.
3. Hospital Hallway waiting areas – Patient / Public traffic areas neglected by
housekeeping in part because of soiled linen, trash and equipment left there by EMS
4. K Bldg – Being renovated, garbage / medical supplies on the floor – no regular cleaning.
AHS Improvement Way (AIW) – EMS Cleanatics! !
ManageChange
Stakeholders & Communication Strategies:
Patients – Families - EMS – Housekeeping – Nursing – Security – Equipment Techs –
Mechanics – Supply Vendors – Maintenance - CPS – CFD – Managers -
Some of the efforts needed can be Peer Driven
Peers taking initiative and leading by example can set new standards.
Peer messaging by email and posters in workspaces to remind staff.
With team support, peers actively engage staff participation.
What else can Peers do to encourage all staff to keep the workplace clean?
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Would a new reputation as responsible stewards of these areas enhance our efforts?
Once an acceptable standard of cleanliness is achieved, new goals can be set.
BuildUnderstanding
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Process Assessment, Cause Analysis:
Infrequent cleaning of different workspaces.
Varied cleaning requirements for different work spaces.
CFD does not clean AHS leased areas.
Medic crews often out working by the traditional 9 am cleaning.
Accountability for cleaning workspaces is unclear.
Adequate cleaning supplies not always available.
Absence of inspection schedules.
Obsolete furniture, absence of maintenance schedule or replacement date.
Minor repairs required at different sites.
What are the Root Causes of these dirty workspaces? ( 5 Why’s )
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33. AHS Improvement Way (AIW) – EMS Cleanatics! !
Improvement Selection & Implementation Plan:
Collect staff members who are proven leaders, with demonstrated skills in keeping their work
environment clean. How many would we need?
Ask only that these team members identify problem areas, provide solutions and encourage
others to ‘pull their weight’. The team would share strategies, request support and document
successes. What might these team members need to get started?
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Team members will begin to seek out and actively resolve problem areas.
The team would lead by example, and encourage other staff members to follow.
Are there any obstacles we need to consider?
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EMS Maintenance might see a spike in their call volume initially.
ActtoImprove
Reinforce Ownership, Measurement & Continuous Improvement
Supervisors should see immediate results at the halls and in the hospital ambulance bays,
Mechanics will see a difference at K bldg and Nursing staff will see improvements in the
hospital hallways.
Team members can be notified of problems in their zone by Supervisors, nursing or other staff
members, act to provide a ‘quick fix’, and then notify the team for a long term evaluation and
resolution.
How else might team members hear about a problem area?
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How would success measurement and record keeping be accomplished?
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SustainResults
AHS Improvement Way (AIW) – EMS Cleanatics! !
Lessons Learned:
Can individuals within a group identify, bring forward and resolve cleanliness, safety hazards
and any other issues with which we may not even be aware?
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If team members encourage others to identify slip, trip and fall hazards, will they be able to
develop the ‘Culture of Clean’ that is the goal of this project?
I believe developing staff interdependence and cooperation will strengthen our teams.
AHS EMS Calgary Metro will again be identified as developing innovative programs that work,
and are an example to the rest of the EMS community.
What other benefits might happen as a result of a clean, well organized workplace?
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ShareLearning
Thank you for taking the time to review this project proposal.
These ideas will benefit from your input.
I’ll make sure each of you get a copy of this session document by email.
Don Sharpe
403 862-2598
38. Disposal Station Prototype
Designed for safe disposal of sharps, biohazard & regular EMS garbage,
Includes feature for proper handling of recyclable containers.
Provides portable, complete disposal service for EMS in any Ambulance Bay.
Disposal Station Prototype
Designed for safe disposal of sharps, biohazard & regular EMS garbage,
Includes feature for proper handling of recyclable containers.
Don Sharpe - Paramedic
AHS EMS - Calgary Metro
(403) 863-2598
39. Foothills Hospital – ER Social Club - Recycling Storage Box
Contact ____________________ for more information.
All bags with Pop Can / Bottle Recycling
can be placed in the wooden bin in the
Ambulance Parking Area behind
Emergency. Thanks for your help!
The money raised supports the Foothills
Hospital Emergency Nurses Social Club.
Foothills Hospital – ER Social Club - Recycling
Contact ____________________ for more information.
Please place ONLY
your EMPTY De-Capped
Bottles and Cans
HERE
The money raised supports the Foothills
Hospital Emergency Nurses Social Club.
42. November 19, 2012
• (E.) - Working to secure funding for floor upgrade and possible additional work
(funding already secured for part of the work, but seriously under funded for the
work required – (S.T.) involved; will be part of bi-weekly E&M meeting)
• - Formal project to be developed to address the Ambulance Bay – patient
movement, Human Factors for design & signage, (creative thinking, collaboration)
• - Monitor via OHS committee
•
• (T.) - EMS site contact; will be taking over project liaison
•
• (S.) - highlighted concern with contaminated equipment being returned to bay
without being cleaned first. Hoping that this equip can be cleaned before being
sent back (i.e. ED NAs cleaning back boards)
•
• (R.Z.) CRSP
• Manager, Workplace Health & Safety Services
43. Proposed Projects
• Write: Proposal - Provincial Ambulance Bay Standards
• Suggested Standards for Cleanliness, Equipment and Security.
• Write: Proposal – EMS Accountability for Calgary Metro Ambulance Bay Project
• Proposal for Managing, Cleaning and Stocking Metro Ambulance Bays.
•
• Continue: Hospital Ambulance Bay Project
• Redesign Layout, Equipment and Procedures for this EMS workspace.
• Continue: Liaison w/ Capital Projects group for Ambulance bay floor replacement
• Inclusion of Sumps, Sinks, Decontamination and Safety items we require.
• Continue: Liaison w/ Calgary Metro Hospital management and safety teams
• Strengthen relationships w/ Hospital Staff involved in Amb Bay issues.
•
• Collect: Data on Hospital Turnaround - Ambulance Return to Service issues
• Identify issues & provide coaching to shorten turnaround times to staff.
•
• Investigate: New funding opportunities specific to the Hospital Ambulance Bays
• Raising Awareness isn’t enough, we need cash for projects.
•
• Develop: Protocols for disposal / return to service of contaminated EMS equipment
• Spineboards and straps, garbage, biohazard, sharps, expired meds.
• Develop: Protocols for EMS transfer of Patients when Ambulance Bay unusable
• Prepare procedures for disaster or maintenance scenarios.
• Develop: Check sheets and Hazard Reporting systems for Ambulance Bays
• 5S model audit, problem identification and reporting documents.
45. Cleanatics!
• The ‘Cleanatics’ are making a difference.
•
• Ambulance stations are cleaner, Hospital hallways are cleaner, and Ambulance bays are cleaner. Working together
we’ve made real improvements where we work.
•
• I get phone calls and emails from people:
• - “Hey, I was at the Foothills and I saw Paramedic T____ squeegee the floor….”
• - “We were at __ stn and cleaned up the ____ room, it took 15 minutes…”
• - “I got into an ambulance at K-bldg and it was cleaner than the one we brought in…”
•
• People are sending me before & after pics of areas they’ve cleaned, and I encourage you to do the same. Working
a couple of extra shifts the past 2 weeks, I’ve had some great partners who’ve helped out while we’ve been stuck
in the hallways.
•
• I’m calling January, ‘Clean behind that Cabinet & Couch’ month.
•
• Everywhere we go, we’re pushing furniture and cabinets aside to see what’s behind them. So far, I’ve found
enough coins to buy lunch …. and a few dust-bunnies bigger than my dog.
•
• Let’s this month try to pull out a few more pieces of furniture and clean behind them. A quick vacuum and mop
‘round behind something that hasn’t moved in months can make a real difference to a room. Put a little water &
bleach in the bucket and the whole room smells clean!
•
• Have some fun with this, and share your success w/ the rest of the ‘Cleanatics’!
• Everybody loves a clean behind . .
46. Patient Safety Reports
• We arrived as Medic 220 with Police who had the patient pinned on the ground. We cut
open his jacket and shirt to expose the wounds as police finished searching him for weapons.
Once inside the ambulance we continued treatment as the police conducted an interrogation
of the patient.
• We then transported the patient lights and siren with Police onboard to the Foothills Trauma
Centre, calling ahead to advise the trauma team of his injuries, our treatment thus far and
our expected time of arrival.
• Then the call became difficult. I pulled up to the Foothills Hospital Ambulance Bay and
couldn’t tell that the Bays were full until the automatic doors opened. Once I saw that, I had
a choice:
• Back up into one of the busiest pedestrian crosswalks on the Foothill Hospital Property,
without a spotter, and hope everyone is courteous enough to stop for me.
• Park the ambulance and take the patient out of the ambulance directly into the unsecured
crosswalk, with people walking by, and roll the cot into the Ambulance Bay from there.
• I chose the latter, and was faced with another dilemma. A Rural EMS Crew had parked their
Ambulance not only at a slight angle, but also slightly too far over to the left within the bay.
Please understand, the margin for error when parking Ambulances within the Foothills
Hospital Bay CURRENTLY IS VERY SMALL. There is no other way to bring the patient into the
TRAUMA BAY from the front, except to roll them in through the main emergency doors and
through the main ER waiting room.
47. New Cleaning Policies Introduced
• I've reviewed the Policy and Procedure and successfully completed the evaluations for the
new PS-EMS-02 'EMS Cleaning and Disinfecting Medical Equipment and Vehicles'.
•
• Both mention medical equipment and facilities in the procedure, which comes into effect on
Jan 21, 2012 with the following objectives:
• - to reduce the risk of exposing all of us to infectious agents.
• - to define a process for cleaning EMS vehicles, medical equipment and facilities.
• - to define a process for reprocessing medical equipment.
•
• I don't believe continuing to allow contaminated EMS equipment, such as spineboards and
straps to be stored as they are currently for several days at a time (as illustrated in the
attached photo taken the week of Jan 7, 2013 at the Foothills Hospital Ambulance Bay)
meets either the spirit or the letter of the new policy or procedure.
•
• Section 5.1 of the Policy states that:
• Blood and Body Fluid spills must be cleaned as soon as practical.
• Section 4.1 of the Procedure states that: Blood and body fluid spills will be cleaned as soon
as is practically possible to prevent spreading or drying of biological material. Dried blood
and body fluids can be difficult to remove.
48. 10 things you can do in the Ambulance Bay in 5 minutes.
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Pick some garbage and paper up off the floor.
Change the dirty water in the mop bucket.
Help a colleague clean their truck.
Clean a dirty Spineboard and green tag it.
Sweep a section of the bay using the equipment on the Shine Station.
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Clean and wipe the counter in the office using the spray bottle in the Shine Station.
Clear extra stock and garbage from the top of the EMS cabinets and put it away.
Check the garbages, dirty linen bags & sharps containers. Empty/Replace if needed.
Squeegee extra water off the floor if required, sweep and shovel excess gravel.
Introduce yourself to housekeeping staff; let them know you appreciate their work.
(Housekeeping staff are always willing to assist you with a concern, if you ask!)
49.
50. Project Objectives
• Evaluate staff and patient flow in the FMC ambulance bay
– Identify short and long term improvement opportunities
– Focus on storage of equipment and supplies
– Improve overall environmental design and space utilization
Human Factors Evaluation of FMC Ambulance Bay
51. What is Human Factors?
Human Factors is the study of how people
interact with spaces, equipment, and others.
For example:
A perfectly designed space would be easy to use, safe, efficient,
and no one would make mistakes with it.
A poorly designed space would be difficult to use, inefficient,
hazardous and prone to mistakes.
Human factors provides methods to evaluate these differences and
recommendations for improvement.
52. ENVIRONMENTAL USABILITY RATINGS – Spring 2013
• Amount of usable space - Poor
• PARAMEDIC -PATIENT / STRETCHER PATHWAYS
• BLOCKED WITH STOCK CABINETS & GARBAGE
• Cleanliness - Poor
• NO CLEANING ROUTINES/ ACCOUNTABILITY,
• LACK OF SPECIFIC EQUIP, NO CHECKSHEETS
• Clutter - Poor
• LACK OF UNDERSTANDING
• AN AMBULANCE BAY IS NOT A STORAGE FACILITY.
• Lighting - Poor
• LACK OF PARKING INDICATOR LIGHTS IN FRONT
• Access to Supplies - Poor
• WOULD RECEIVE A LOWER RATING IF THERE WAS ONE, ‘DANGEROUS’ .
• EMS workflow in the bay - Poor
• FORTUNATELY PARAMEDICS ARE, BY NATURE, PROBLEM SOLVERS.
• Your overall satisfaction - Poor
53. Methods – Usability Surveys
Cleanliness, clutter, supply access, and
flow to ED are key improvement areas
• Post interview surveys
– 5 pt Likert scale Goal = Satisfactory (rating = 3) and above
54. Findings – Presentation Template
• Driver must park precisely otherwise
they can impact access route to the ED
and also access to/from other
ambulances (84%)
– Can limit access route to ED
– Impacts getting in/out of ambulances,
especially passengers
– Can result in damage to ambulances
Description of
ISSUE
FREQUENCY of
responses
Description of
IMPACTS
Photos or Mock
Up of issue
(EVIDENCE)
55. Findings – Accessing the ED
• Patient transport routes from the
ambulance bay to the ED are
congested (84%)
– RECOMMENDATION 4: Install
painted striping on floor along
ED access paths to communicate
that staff are to keep the area
clear. Install appropriate signage
to “KEEP THE AREA CLEAR”
[SHORT]
56. Findings – Maintenance & Cleaning
• Ambulance bay is dirty (84%)
• Ambulance bay is cluttered (55%)
– RECOMMENDATION 39: Encourage
EMS staff to help keep the
ambulance bay clean / de-cluttered.
Use signage improvements and
other communications [SHORT]
Ambulance bay brochure with ‘10 things
you can do in 5 minutes’
57. Findings –Wash Facilities
• No staff washroom in close
proximity to bay (48%)
– Closest washroom is public
washroom in ED waiting area
– Biggest impact is on job
satisfaction
– Can delay return to service
No sink to wash hands in close
proximity to bay (6%)
-Hand sanitizers have been installed
but EMS is not using them
-Staff MAY not be washing hands
often enough = IP&C concern
-Can delay return to service
Good Afternoon. I am PLEASED to be here today to speak to you. This project grew out of one person’s desire to make 4 primary EMS workspaces cleaner. As a working Paramedic in a busy Urban Metro EMS Service, I had become increasingly dissatisfied with the amount of clutter, lack of general cleanliness and the reluctance on the part of anyone to do anything about it.
For almost 2 years now, with the help of a growing number of interested people I’ve investigated, documented & catalogued the problem and the changes that I thought needed to be made. This presentation today will show the very small bit of progress I’ve been able to make, and at the end I’d like to discuss with you ways that we can improve the cleanliness and functionality of these areas, and also talk about how we can Change the current expectations around cleanliness in EMS for the better.
Prior to 1990 I worked with Dr Jeff Clawson on the introduction of Emergency Medical Dispatch and served as the VP of the National Academy of EMD. Back then asking Fire Dispatchers to give life saving pre-arrival instructions over the phone was... Challenging, to say the least.
In 1990 I presented a paper at the Canadian EMS Interphase Conference on Ambulance Fatality Accidents, for which I was given both the Interphase Physicians Award for Research and a whole lot of grief from some EMS practitioners who thought the presentation went too far.
Now 25 years later, EMD is the standard of care for EMS Dispatch Centres and in most Provincial Ambulance Legislation there is language and law that helps lower the number of people injured and killed in collisions with EMS vehicles each year. This presentation today addresses what I think is a similar type of problem in our profession that I would like your help addressing. Let’s begin.
The first area I’d like to talk about today is the Hospital Ambulance Bay. Contaminated EMS equipment being returned to the Ambulance Bay, without being cleaned, seems to be a standard problem in our industry. In Alberta, where “We Are Now One” with the Hospital Health Care System, this practice is still, right now TODAY, commonplace.
Ambulance Bays are neither primary patient care areas for EMS, nor are they tertiary care areas like we find inside the Hospital. Ambulance Receiving Bays are sometimes called ‘Garages’ and are frequently used for storage of supplies, patient belongings and broken or contaminated hospital equipment. My goal became establishing a standard of care and performance for these busy, critical patient receiving and treatment areas.
These Hospital Supplies, equipment, garbage and recycling are frequently found lining the stretcher pathways in our Urban Metro Hospital Ambulance Bays.
Cleaning Supplies and equipment are stacked and hung in a variety of ways, accumulating for use by EMS and Hospital Staff without protocol or design.
In every Hospital we surveyed, thousands of Dollars worth of medical supplies, when left on the floor or stacked carelessly, become contaminated and unusable.
Cleaning routines Do Not Exist in many Ambulance Bays, and soon we discovered that both Large Urban and Smaller Rural Centres shared these same conditions.
When the floor under your clean linen cart shows an accumulation of debris like we see here, it indicates that maybe your local Hospital needs to pay more attention to Cleaning Routines.
When mop buckets are left to dry and garbage containers are overflowing, it’s a sign that systems for Cleaning and Garbage disposal need to be established
Restrictions on what can and cannot be left in the Ambulance Bay often do not exist.
Any piece of Carpet in an Ambulance Bay that itself is already this dirty, must be so contaminated that perhaps the Centre for Disease Control should be notified.
Pull out any cart or cabinet in your local Ambulance Bay and look behind it. How long does this problem take to correct? 5 minutes? So, what exactly is the problem here?
How much money is going to be wasted next week when all of this expensive medical equipment is covered in dust and diesel exhaust and has to be discarded?
It happens time and time again, and since both EMS Staff and Hospital Supply Staff were guilty of leaving the overstock on top of the cabinets, their shared blame seemed to absolve each party from doing anything about it. This became part of a more obvious pattern throughout the Ambulance Bays as we studied them.
In every Hospital Ambulance Bay we surveyed, the situation was the same.
In this case, an entire pallet of EMS supplies was brought up from the stock room and left in the Ambulance Bay. It certainly saved the supply clerk from having to return the next day pushing the heavy cart, but otherwise there was no advantage to leaving these supplies out.
Everywhere we went, conditions were the same. Contaminated Equipment stored carelessly for weeks at a time along patient pathways, as well as inconsiderate and even dangerous bio-hazard disposal conditions.
Even when we cleaned up the mess, made laminated signs stating clearly to - PLEASE DO NOT PLACE ANYTHING ALONG THIS WALL - and hung them up (as you can see in the picture on the left) in less than one day conditions returned to exactly the way they were when we started.
We made beautiful full color checksheets, and found that NO ONE FROM EITHER THE HOSPITAL OR THE EMS DEPARTMENT WAS INTERESTED IN FILLING THEM OUT.
Was there nothing we could do about this? Were Ambulance Bays doomed to remaining a lawless town of contaminated equipment where the rules of Workplace Health & Safety did not apply? Would it be more appropriate to rename the Ambulance Bay ‘Tombstone’, after the Wild West town that had no Sheriff and everyone could do as they please?
We used the A3 Template DESIGNED SPECIFICALLY by AHS to approach and solve these problems. I’m no expert, I took a one day course on my day off to learn how to fill it out.
With pictures and careful analysis, I documented the current conditions and suggested solutions. I proposed that the Ambulance Bay be designated an ‘Intermediate Care Area’, with guidelines for cleaning, storage and conduct that would enhance workflow and productivity.
I drew pathway maps using suggestions from Jason Laberge, a Human Factors Specialist working in our Patient Safety Department who I’d had the very good fortune to meet in that A3 Template course.
I observed other industries, such as Manufacturing, for similar problems and what solutions they discovered. (Discuss Shine Station creation)
We discovered in the end that our Hospital Ambulance Bays were: A Shared Space, With No Accountability. (BREAK – PAUSE - REVIEW)
Leaving the Ambulance Bays behind for the moment, let’s move on to another area where Medics work that needed attention.
This is a supply cabinet in a Medic office. It’s intended to store office supplies, however because of it’s proximity to the couch, it was being used to store discarded hospital linen as well.
The same problem was found in both the Ladies Dorm, on the left, as well as the Men’s Dorm, on the right.
One EMS Station - Medic Office and 2 Dorms - yielded 130 blankets. We were out of service transporting this load to the closest hospital for return to the Laundry system. Unfortunately, this was discovered to be all too common an occurrence.
Another area for improved cleaning routines is the Ambulances themselves. I’ve been a preceptor for many students, and there has not been a single one who’s actually known how to clean an ambulance. They all have their WHMIS and WHS and other related training and certificates, however each one had to be shown how to clean. Most were much better at keeping their personal vehicles clean than they were keeping their work vehicle cleaned and maintained.
After a few months of making noise about the cleanliness of the these areas, the Ambulance Bay portion of the project had attracted enough attention that friends started sending me pictures. Medics, Hospital Managers, even cleaning staff. Seems everyone wanted to help, but didn’t know quite what to do.
We started a program called the EMS Cleanatics. I’ve provided a copy of the 2013 update for you in the participant binder. (OUTLINE – DISCUSS)
Again using the A3 Template, we attempted to elicit support for a formal program of Peer Leadership to clean the four areas we work in.
It was APPROVED, BUT WITH A LIMITED MANDATE: It was restricted to only one of the four platoons, and we were advised that all communication with staff had to be routed through the Supervisors. I had FAILED to effectively ‘SELL’ this program to my Managers.
Much of the work done to publicize and promote the Cleanatics initiative was done ad-hoc, and without formal approval. Without the MANAGEMENT GAS to run this project, it wasn’t going to go very far down the road.
Shine Stations were purchased and built without pre-authorization, with either our own money, or by the grace of the Hospital Facilities and Maintenance Staff. Each Hospital in our system is encouraged to run independently, which might be great for them, but doesn’t help an associated department like EMS. When I pull into an Ambulance Bay with a patient, I expect that everything will be the same. That limits the number of decisions and thus mistakes that can be made on this important portion of an EMS call.
The independence of each hospital also made addressing the overwhelming amounts of garbage and poor biohazard handling at each site more difficult. We had to approach every member of the front line Hospital Cleaning staff and engage them individually. Repeated efforts to maintain an acceptable standard of cleanliness were fruitless, I was never going to accomplish my goals this way.
To solve the garbage/bio-hazard problem, I designed a couple of mock-ups, one of which you see on the left. That design was eventually built as a prototype Disposal Station, however this concept design is still not approved for use in any facility.
While the design may not be perfect, I believe we’re on the right track.
Storage of recycling in the Ambulance Bays, especially pop cans and bottles by Hospital Staff, was a sticky problem. I solved it by building an outdoor storage box for the Hospital, using funds form their own social club for the wood. Both Emergency & Housekeeping staff were advised of the new procedure and the benefits, this year one particular Hospital ER Social Club is on track to raise over $2000.00 which they split with between a Charity and their Christmas Party.
From one sticky mess on the floor to another, the problem of flooding and contamination due to inadequate floor drains was discussed, however funding that had been obtained to fix the problem was reallocated to another project. Having a large, poorly sloped floor with an inadequate drain placed right at the back of the ambulance rear doors is almost Machiavellian.
As I stand here speaking with you, Ambulance Bays and EMS Stations, as well as the Ambulances themselves REMAIN DIRTY. This is not just due to the recent flood we had, either.
After sending a written and signed complaint to the Alberta Government Workplace Health and Safety Office, there was finally a meeting of Senior Managers from the Hospital & EMS which I attended. Some important items were discussed, and decisions made.
I approached Senior EMS Management with this proposal.
Meanwhile, the Overstock and Maintenance issues continued. Remember, the whole time I’m conducting this project I’m also working as a Paramedic, on a busy Metro Emergency Ambulance. However these problems were just too pressing for me to ignore.
The Cleanatics were achieving and modicum of success, however half the feedback I received was the result of misinformation. We simply weren’t getting the word out that the program was designed to enhance, not replace or interfere with present cleaning staff and their efforts. Add to that the problem of an increasing call volume in an ever changing large urban EMS system, and maybe it’s no wonder results weren’t what I wanted them to be.
I continued filling out Patient Safety Occurrence Reports, such as this one.
AHS EMS introduced a new ‘comprehensive’ cleaning policy that didn’t address or seem to apply to the problems we were seeing on a daily basis.
Some of the EMS Staff ‘Got It’ right away, others found reasons to argue and seemed to resent the idea that they were being asked to help clean up their work areas. While no acts of actual ‘Sabotage’ occurred, the general level of apathy to the project was, at time, disheartening.
Suddenly, I was nominated for the AHS President’s Excellence Award. My immediate Supervisor had filled out the paperwork, and I certainly wasn’t going to look this gift horse in the mouth. Maybe, finally, the project was going to get some traction.
Jason Laberge, the Human Factors Specialist from the Patient Safety Department was assigned to the Ambulance Bay Project. Yeah!! I’d been meeting with him on my days off for several months by this time.
What is Human Factors?
Jason surveyed EMS staff right there in the Bay, asking the questions you see here, and asking Paramedics & EMT’s to fill out and submit evaluations.
This information was charted and included in our final report on redesigning the Ambulance Bay as an ‘Intermediate Patient Care Area”.
Jason brought a lot of structured assessment techniques to the process, as you can see here.
These skills allowed us to present the information to Senior Hospital and EMS Managers in a structured and easily understood way.
Our Findings and Recommendations were included in a 165 page report.
They included everything from approach and access issues to revolutionary ideas like: There ought to be a bathroom and a sink!
Signage – I had no idea how important and difficult the whole signage concept was! In one large Urban Ambulance Bay in Calgary, THERE WERE 78 DIFFENT SIGNS, ALL PUT UP BY DIFFERENT PEOPLE AT DIFFERENT TIME, SOME OF THEM WERE FROM THE ‘80’S!!
The signs we proposed they put up are standardized and scientifically designed to be easy to read and follow.
The work done in the Ambulance Bay Project was easily transportable to all other EMS workspaces. The Goal: To keep these 4 Primary EMS Workspaces clean – to develop policies, protocols and procedures that allow us to do so.
This is our concept drawing of an ‘Ideal Ambulance Bay’. If you look on the ‘net, you’ll see there has been very little of this kind of work done.
This final slide shows all the pathways for Paramedics, Patient Stretchers, Housekeeping, Supply Staff and Vendors. Seemingly simple concepts such as not wheeling patients past bio-hazard bins over-flowing with garbage, having water and snow drain away from the back of each ambulance and having resupply stock secured and placed close by have been incorporated.
This is the end of my presentation, I welcome your comments and questions.