Even with the remarkable technology available today, organizations large and small across industries struggle with Document Management. This session will share from the trenches Best Practices and Pitfalls to avoid in crafting your organization’s Document Management strategy . Complex options around Governance and Implementation will be discussed along with pros and cons of each approach.
Real-world successes including screenshots and outcomes will be highlighted. Key considerations to shape an approach that will match your organization’s requirements will be discussed including tricky issues such as
• Version management
• Review/Update notifications
• security configuration
• workflow considerations
• accountability
• reporting
• reliability in our BYOD world
A hospital information system (HIS) is a computer system used to manage all hospital activities and consider all groups involved, including patients, nurses, administrators, technicians, health information specialists, physicians, and visitors. The HIS contains data from various sources like the front office, doctors, patients, governments, and laboratories. This data is used in clinical, resource, financial, and management applications. Key applications of a HIS include admissions, medical records, billing, scheduling, imaging, laboratory tests, order entry, electronic medical records, pharmacy, and remote physician access.
This document discusses health information systems and processing. It defines health information processing as collecting, processing, and outputting novel patient and hospital data. The significance of information systems for healthcare is that they are important quality and productivity factors, and can provide a global view of the patient and hospital. Hospital information systems act as the memory and nervous system of hospitals.
The document outlines guidelines for planning and organizing intensive care services in a hospital. It discusses determining critical care needs, staffing requirements, physical space planning including bed layout and facilities, and policies for admission, treatment, and discharge. The optimal ICU size is 10-14 beds and should be centrally located with restricted access. Staffing should include nurses, physicians, technicians and ancillary staff. Admission criteria and treatment protocols should be clearly defined.
This document provides an overview of hospital information systems. It discusses what a hospital information system (HIS) is, the various modules in a HIS like registration, billing, investigations and reports, ward management, medical records, materials management, and pharmacy management. It also covers classification of HIS, databases used in HIS, aims of HIS, and security and ethical challenges related to HIS like hacking, cyber theft, privacy issues, and health issues from heavy computer use.
This document discusses various administrative information systems used in healthcare organizations. It begins by introducing agency-based health information systems and core business systems. Case management information systems help identify care patterns, promote preventative care through decision support, and track patient information across visits. Communication, admission, financial, acuity, and scheduling systems are described as core business systems that enhance administrative tasks. Order entry, clinical documentation, pharmacy, laboratory, and radiology systems are presented as important patient care support systems. The document concludes by discussing managing healthcare data through data warehouses, marts, and mining to discover relationships and build knowledge.
The document describes a hospital management system project created by Abdiqani Ali Elmi for their Bachelor's degree. The system aims to computerize record keeping for patients, doctors, tests, billing, and reporting. It maintains data on inpatients and outpatients, diagnoses, prescriptions, and more. The system has two user levels - administrator and user. It allows searching for patient records, updating personal information, and generating various reports. The project aims to improve over manual record keeping by allowing faster retrieval and storage of accurate information.
Nicholas Oughtibridge (Principle Author of the Code of Practice for Confidential Information - HSCIC) spoke at the recent "Commissioning in Healthcare show (CiH 2015)".
Areas covered include:
· The role of the code of practice
· What is covered by the Code of Practice on Confidential Information?
· The seven steps in the life of a data collection
· Sharing confidential information with other people to meet legitimate needs
· Plans for revising the Code of Practice on Confidential Information
Records management is the systematic control of records throughout their lifecycle. Records come in many formats, including physical paper, electronic messages, website content, and information in databases. Effective records management is important because it ensures that organizations can retrieve accurate and authentic information to maximize profits, control costs, and ensure viability. Everyone in an organization is responsible for creating, using, retrieving, and disposing of records according to the organization's policies and procedures.
A hospital information system (HIS) is a computer system used to manage all hospital activities and consider all groups involved, including patients, nurses, administrators, technicians, health information specialists, physicians, and visitors. The HIS contains data from various sources like the front office, doctors, patients, governments, and laboratories. This data is used in clinical, resource, financial, and management applications. Key applications of a HIS include admissions, medical records, billing, scheduling, imaging, laboratory tests, order entry, electronic medical records, pharmacy, and remote physician access.
This document discusses health information systems and processing. It defines health information processing as collecting, processing, and outputting novel patient and hospital data. The significance of information systems for healthcare is that they are important quality and productivity factors, and can provide a global view of the patient and hospital. Hospital information systems act as the memory and nervous system of hospitals.
The document outlines guidelines for planning and organizing intensive care services in a hospital. It discusses determining critical care needs, staffing requirements, physical space planning including bed layout and facilities, and policies for admission, treatment, and discharge. The optimal ICU size is 10-14 beds and should be centrally located with restricted access. Staffing should include nurses, physicians, technicians and ancillary staff. Admission criteria and treatment protocols should be clearly defined.
This document provides an overview of hospital information systems. It discusses what a hospital information system (HIS) is, the various modules in a HIS like registration, billing, investigations and reports, ward management, medical records, materials management, and pharmacy management. It also covers classification of HIS, databases used in HIS, aims of HIS, and security and ethical challenges related to HIS like hacking, cyber theft, privacy issues, and health issues from heavy computer use.
This document discusses various administrative information systems used in healthcare organizations. It begins by introducing agency-based health information systems and core business systems. Case management information systems help identify care patterns, promote preventative care through decision support, and track patient information across visits. Communication, admission, financial, acuity, and scheduling systems are described as core business systems that enhance administrative tasks. Order entry, clinical documentation, pharmacy, laboratory, and radiology systems are presented as important patient care support systems. The document concludes by discussing managing healthcare data through data warehouses, marts, and mining to discover relationships and build knowledge.
The document describes a hospital management system project created by Abdiqani Ali Elmi for their Bachelor's degree. The system aims to computerize record keeping for patients, doctors, tests, billing, and reporting. It maintains data on inpatients and outpatients, diagnoses, prescriptions, and more. The system has two user levels - administrator and user. It allows searching for patient records, updating personal information, and generating various reports. The project aims to improve over manual record keeping by allowing faster retrieval and storage of accurate information.
Nicholas Oughtibridge (Principle Author of the Code of Practice for Confidential Information - HSCIC) spoke at the recent "Commissioning in Healthcare show (CiH 2015)".
Areas covered include:
· The role of the code of practice
· What is covered by the Code of Practice on Confidential Information?
· The seven steps in the life of a data collection
· Sharing confidential information with other people to meet legitimate needs
· Plans for revising the Code of Practice on Confidential Information
Records management is the systematic control of records throughout their lifecycle. Records come in many formats, including physical paper, electronic messages, website content, and information in databases. Effective records management is important because it ensures that organizations can retrieve accurate and authentic information to maximize profits, control costs, and ensure viability. Everyone in an organization is responsible for creating, using, retrieving, and disposing of records according to the organization's policies and procedures.
The document discusses different types of information systems used in business. It describes office automation systems which use computers and networks to perform tasks like word processing and accounting. Transaction processing systems handle processing and tracking of business transactions through various steps. Decision support systems collect and report business data to help managers make better decisions. Expert systems perform tasks normally done by humans, like medical diagnoses, and can recommend or make decisions. Management information systems are software tools that enable managers to gather, organize and evaluate information about an organization to meet the needs of different manager levels.
Leadership through working collaboratively. Chris Fokke, CCIO, Hampshire Hosp...mfolkard
The document discusses the role of the Chief Clinical Information Officer (CCIO) and the importance of collaboration. It provides examples of how the CCIO at Hampshire Hospitals NHS Foundation Trust improved performance through collaboration. This included standardizing clinical documentation through engaging multiple teams, developing alert systems between primary and secondary care through shared access to records, and creating discharge planning systems with community stakeholders. The CCIO role involves improving personal, team and organizational performance through collaborative leadership and developing digital systems to enable new ways of working.
Improving Outcomes Increasing Value through Institutional Development- Dr.Ton...Dr. Tonmoy Sharma
Dr. Tonmoy Sharma, Chief Executive Officer (CEO) of national behavioral health provider Sovereign Health shares his presentation from the 2016 State of Recovery Conference. The presentation will guide viewers on how to identify the systems and processes required to help them build and expand their practices, treatment facilities or behavioral health systems, and how to create a sustainable infrastructure. Dr. Sharma will also define the challenges of operating a residential behavioral health organization in the current health care climate and provide an overview of how these challenges have traditionally been met. Dr. Sharma's leadership has earned Sovereign Health a spot in the Inc.5000 fastest growing companies list for the past two years.
This document discusses the computerization of hospital management information systems through information technology developments. It covers major areas of IT development like hardware, software, and information systems design. The focus is on using current technologies to improve the effectiveness and efficiency of managing healthcare institutions. Specific areas that can be computerized are discussed, like patient services and management systems. Critical components of developing an integrated patient-based health information system and the organization's management information system are outlined, including conceptual frameworks, recommended approaches, and considerations around database design.
Digital Records Management & Preservationvictor Nduna
The document discusses digital records management and preservation. It begins with an introduction to records and archives for good governance and their importance for transparency, accountability and access to information. It then discusses challenges in managing digital information and outlines components needed for effective digital records management including legislation, policies, standards, procedures, staffing and infrastructure. The rest of the document covers international standards for digital records management, requirements for records management systems, digital preservation challenges and strategies.
Standard infrastructure for quality eye care serviceslionsleaders
This document discusses standards for quality eye care services and infrastructure. It outlines key aspects of quality including professional performance, use of resources, risk management, and patient satisfaction. Key components of quality infrastructure are proper planning, equipment, trained staff, record maintenance, and accreditations. The document also discusses layout and facilities for outpatient departments, inpatient wards, operating theaters, and overall hospital infrastructure and emphasizes the importance of standardized procedures, staff training, and accreditation in ensuring quality of care.
The Records and Information Management Program document outlines the key components of a RIM program including records storage, retention and destruction, compliance, active and inactive records management, and protecting vital records. It describes the various aspects of these components such as records retention schedules, compliance with laws and regulations, electronic document imaging, inactive records storage, and disaster prevention and recovery plans. The document also discusses records audits, preparing a RIM manual, and knowledge management as responsibilities of a RIM program.
The document discusses how Spaulding Clinical leverages Rave Web Services (RWS) to integrate their phase 1 clinical trials seamlessly with sponsors' Rave electronic data capture (EDC) systems. It describes Spaulding's SCi Rave system, which uses a loader file, extract-transform-load processes, and an interface engine to transfer study data from Spaulding to Rave in near real-time or on scheduled transfers. The system architecture is flexible and has successfully transferred thousands of records across multiple studies with no manual data entry needed. The document concludes by envisioning further integration of devices, sensors and other data sources using systems like RWS.
In this full-day tutorial, you will learn basic overview of electronic medical records systems, health data management and how you can use the OpenMRS system for data and information management. We will cover basics of installation, user management, location management, patient dashboards and some interesting features that are provided by different modules. You can see how OpenMRS can be customized with different modules that are suitable for different contexts. This tutorial is helpful for new users and developers who would like to know the features of OpenMRS. Individuals who would like to evaluate and try to see if OpenMRS fits their healthcare needs will also benefit from this tutorial.
HETT Conference Olympic Central 2014 Integrating Healthcare DeliveryElmar Flamme
Integrating Healthcare Delivery through the Innovative Use of Information & Technology - A user story from behind the CONTENT covered mountains and the deep
BIG DATA forest
Electronic Document and Record Management (EDRMS) 6PM Solutions
EDRMS by 6PM has been developed to assist clinicians to put patients first by digitizing time-consuming paper-based records into accessible, easily updated Electronic Patient Records (EPR), which is integrated with information from other hospital IT systems.
Scanned documents on their own have limited benefits to clinicians but when we combine them with our Business Process Management module to control the execution of a business process such as an Oncology Referral, the benefits to both the clinician and the patient become much more significant. Other processes which provide significant benefit through the use of the BPM tool are GP Referrals, Scan on Demand Requests, Offsite Storage Requests, and Recruitment Processes such as Vacancy Approvals, CRB Checks and Conditional Offers.
Crowdnix Technologies is a E-commerce web development company in Bhilai, Chhattisgarh. It helps you to enable your businesses to reach a wider customer base with our services.
Crowdnix Technologies is a E-commerce web development company in Bhilai, Chhattisgarh. It helps you to enable your businesses to reach a wider customer base with our services.
Hospital Information system guide. Working Specification of all modules and necessary architecture of the HIS software. It will help you to customize the system as per your requirement of hospital
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.
Standards of dental informatics, security issuesEbtissam Al-Madi
The document discusses standards, security, privacy, and costs related to dental informatics. It notes that standards promote consistent naming, allow better use of data, and enhance system integration. Benefits include interoperability, while limitations can include stifling innovation. Security issues include ownership of information, informed consent, and conflicts between privacy and business interests. Costs of informatics include health IT costs and return on investment, with payback periods averaging 2.5 years when systems are fully used and have supportive cultures.
This document discusses concepts of workflow process improvement in health care. It describes workflow as the processes and tasks involved in clinical care and administration. Clinical workflow includes activities like patient assessments, ordering tests, and treatment. Administrative workflow covers tasks such as scheduling, billing, and referrals. The document notes that health care workflow is complex due to its human aspects, changing priorities, and need to avoid harm. Proper workflow analysis can improve efficiency, quality, and patient experience. The goal of changes are to streamline processes while maintaining safety and care standards.
Cis, nur 3563, cruzan, strickland, bowman, blankenshipAmyH1
This document discusses clinical information systems (CIS). It defines CIS as computer-based systems that collect, store, and provide access to clinical data. CIS can focus on a single area like laboratories or encompass full electronic medical records. The document outlines key areas addressed by CIS like clinical decision support and electronic medical records. It also discusses benefits, barriers, important stakeholders, and components of electronic health records. Safety, costs, education approaches, and references are covered as well.
The document describes an online workplace health and safety (WHS) management system that allows businesses to digitally manage their WHS compliance obligations. It discusses the benefits of an online system, including automatic workflows, reporting, alerts, reliable data storage, and accessibility of data from any location. The system's modules help with policy and planning, employee management, risk management, injury management, record keeping, and environmental management. It provides tools like incident registers, checklists, forms, and reports to help businesses comply with regulations and improve safety. The system also offers onboarding and training resources like video tutorials, help documents, and a starter kit to help users learn the system.
How to Interpret Trends in the Kalyan Rajdhani Mix Chart.pdfChart Kalyan
A Mix Chart displays historical data of numbers in a graphical or tabular form. The Kalyan Rajdhani Mix Chart specifically shows the results of a sequence of numbers over different periods.
The document discusses different types of information systems used in business. It describes office automation systems which use computers and networks to perform tasks like word processing and accounting. Transaction processing systems handle processing and tracking of business transactions through various steps. Decision support systems collect and report business data to help managers make better decisions. Expert systems perform tasks normally done by humans, like medical diagnoses, and can recommend or make decisions. Management information systems are software tools that enable managers to gather, organize and evaluate information about an organization to meet the needs of different manager levels.
Leadership through working collaboratively. Chris Fokke, CCIO, Hampshire Hosp...mfolkard
The document discusses the role of the Chief Clinical Information Officer (CCIO) and the importance of collaboration. It provides examples of how the CCIO at Hampshire Hospitals NHS Foundation Trust improved performance through collaboration. This included standardizing clinical documentation through engaging multiple teams, developing alert systems between primary and secondary care through shared access to records, and creating discharge planning systems with community stakeholders. The CCIO role involves improving personal, team and organizational performance through collaborative leadership and developing digital systems to enable new ways of working.
Improving Outcomes Increasing Value through Institutional Development- Dr.Ton...Dr. Tonmoy Sharma
Dr. Tonmoy Sharma, Chief Executive Officer (CEO) of national behavioral health provider Sovereign Health shares his presentation from the 2016 State of Recovery Conference. The presentation will guide viewers on how to identify the systems and processes required to help them build and expand their practices, treatment facilities or behavioral health systems, and how to create a sustainable infrastructure. Dr. Sharma will also define the challenges of operating a residential behavioral health organization in the current health care climate and provide an overview of how these challenges have traditionally been met. Dr. Sharma's leadership has earned Sovereign Health a spot in the Inc.5000 fastest growing companies list for the past two years.
This document discusses the computerization of hospital management information systems through information technology developments. It covers major areas of IT development like hardware, software, and information systems design. The focus is on using current technologies to improve the effectiveness and efficiency of managing healthcare institutions. Specific areas that can be computerized are discussed, like patient services and management systems. Critical components of developing an integrated patient-based health information system and the organization's management information system are outlined, including conceptual frameworks, recommended approaches, and considerations around database design.
Digital Records Management & Preservationvictor Nduna
The document discusses digital records management and preservation. It begins with an introduction to records and archives for good governance and their importance for transparency, accountability and access to information. It then discusses challenges in managing digital information and outlines components needed for effective digital records management including legislation, policies, standards, procedures, staffing and infrastructure. The rest of the document covers international standards for digital records management, requirements for records management systems, digital preservation challenges and strategies.
Standard infrastructure for quality eye care serviceslionsleaders
This document discusses standards for quality eye care services and infrastructure. It outlines key aspects of quality including professional performance, use of resources, risk management, and patient satisfaction. Key components of quality infrastructure are proper planning, equipment, trained staff, record maintenance, and accreditations. The document also discusses layout and facilities for outpatient departments, inpatient wards, operating theaters, and overall hospital infrastructure and emphasizes the importance of standardized procedures, staff training, and accreditation in ensuring quality of care.
The Records and Information Management Program document outlines the key components of a RIM program including records storage, retention and destruction, compliance, active and inactive records management, and protecting vital records. It describes the various aspects of these components such as records retention schedules, compliance with laws and regulations, electronic document imaging, inactive records storage, and disaster prevention and recovery plans. The document also discusses records audits, preparing a RIM manual, and knowledge management as responsibilities of a RIM program.
The document discusses how Spaulding Clinical leverages Rave Web Services (RWS) to integrate their phase 1 clinical trials seamlessly with sponsors' Rave electronic data capture (EDC) systems. It describes Spaulding's SCi Rave system, which uses a loader file, extract-transform-load processes, and an interface engine to transfer study data from Spaulding to Rave in near real-time or on scheduled transfers. The system architecture is flexible and has successfully transferred thousands of records across multiple studies with no manual data entry needed. The document concludes by envisioning further integration of devices, sensors and other data sources using systems like RWS.
In this full-day tutorial, you will learn basic overview of electronic medical records systems, health data management and how you can use the OpenMRS system for data and information management. We will cover basics of installation, user management, location management, patient dashboards and some interesting features that are provided by different modules. You can see how OpenMRS can be customized with different modules that are suitable for different contexts. This tutorial is helpful for new users and developers who would like to know the features of OpenMRS. Individuals who would like to evaluate and try to see if OpenMRS fits their healthcare needs will also benefit from this tutorial.
HETT Conference Olympic Central 2014 Integrating Healthcare DeliveryElmar Flamme
Integrating Healthcare Delivery through the Innovative Use of Information & Technology - A user story from behind the CONTENT covered mountains and the deep
BIG DATA forest
Electronic Document and Record Management (EDRMS) 6PM Solutions
EDRMS by 6PM has been developed to assist clinicians to put patients first by digitizing time-consuming paper-based records into accessible, easily updated Electronic Patient Records (EPR), which is integrated with information from other hospital IT systems.
Scanned documents on their own have limited benefits to clinicians but when we combine them with our Business Process Management module to control the execution of a business process such as an Oncology Referral, the benefits to both the clinician and the patient become much more significant. Other processes which provide significant benefit through the use of the BPM tool are GP Referrals, Scan on Demand Requests, Offsite Storage Requests, and Recruitment Processes such as Vacancy Approvals, CRB Checks and Conditional Offers.
Crowdnix Technologies is a E-commerce web development company in Bhilai, Chhattisgarh. It helps you to enable your businesses to reach a wider customer base with our services.
Crowdnix Technologies is a E-commerce web development company in Bhilai, Chhattisgarh. It helps you to enable your businesses to reach a wider customer base with our services.
Hospital Information system guide. Working Specification of all modules and necessary architecture of the HIS software. It will help you to customize the system as per your requirement of hospital
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.
Standards of dental informatics, security issuesEbtissam Al-Madi
The document discusses standards, security, privacy, and costs related to dental informatics. It notes that standards promote consistent naming, allow better use of data, and enhance system integration. Benefits include interoperability, while limitations can include stifling innovation. Security issues include ownership of information, informed consent, and conflicts between privacy and business interests. Costs of informatics include health IT costs and return on investment, with payback periods averaging 2.5 years when systems are fully used and have supportive cultures.
This document discusses concepts of workflow process improvement in health care. It describes workflow as the processes and tasks involved in clinical care and administration. Clinical workflow includes activities like patient assessments, ordering tests, and treatment. Administrative workflow covers tasks such as scheduling, billing, and referrals. The document notes that health care workflow is complex due to its human aspects, changing priorities, and need to avoid harm. Proper workflow analysis can improve efficiency, quality, and patient experience. The goal of changes are to streamline processes while maintaining safety and care standards.
Cis, nur 3563, cruzan, strickland, bowman, blankenshipAmyH1
This document discusses clinical information systems (CIS). It defines CIS as computer-based systems that collect, store, and provide access to clinical data. CIS can focus on a single area like laboratories or encompass full electronic medical records. The document outlines key areas addressed by CIS like clinical decision support and electronic medical records. It also discusses benefits, barriers, important stakeholders, and components of electronic health records. Safety, costs, education approaches, and references are covered as well.
The document describes an online workplace health and safety (WHS) management system that allows businesses to digitally manage their WHS compliance obligations. It discusses the benefits of an online system, including automatic workflows, reporting, alerts, reliable data storage, and accessibility of data from any location. The system's modules help with policy and planning, employee management, risk management, injury management, record keeping, and environmental management. It provides tools like incident registers, checklists, forms, and reports to help businesses comply with regulations and improve safety. The system also offers onboarding and training resources like video tutorials, help documents, and a starter kit to help users learn the system.
Similar to Document Management Bootcamp presented at Advanced Learning Institute, July 2013 Focus on Hospital Policy Management (20)
How to Interpret Trends in the Kalyan Rajdhani Mix Chart.pdfChart Kalyan
A Mix Chart displays historical data of numbers in a graphical or tabular form. The Kalyan Rajdhani Mix Chart specifically shows the results of a sequence of numbers over different periods.
Salesforce Integration for Bonterra Impact Management (fka Social Solutions A...Jeffrey Haguewood
Sidekick Solutions uses Bonterra Impact Management (fka Social Solutions Apricot) and automation solutions to integrate data for business workflows.
We believe integration and automation are essential to user experience and the promise of efficient work through technology. Automation is the critical ingredient to realizing that full vision. We develop integration products and services for Bonterra Case Management software to support the deployment of automations for a variety of use cases.
This video focuses on integration of Salesforce with Bonterra Impact Management.
Interested in deploying an integration with Salesforce for Bonterra Impact Management? Contact us at sales@sidekicksolutionsllc.com to discuss next steps.
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2. About Olmsted Medical Center
Our History
•Olmsted Medical Center began in 1949 in downtown Rochester, Minnesota, as the solo family practice of Dr.
Harold Wente.
•Opened in 1955, the Olmsted Community Hospital ended its county affiliation and became part of Olmsted
Medical Center in 1996. It is now called Olmsted Medical Center—Hospital.
•In 2013, Olmsted Medical Center celebrates its 64th year of service to Southeastern Minnesota.
What We Do
•Olmsted Medical Center is an integrated community healthcare provider known for convenient, expert, and
personal primary care.
•Olmsted Medical Center also offers more than 20 specialties.
•A not-for-profit organization, Olmsted Medical Center cares for patients regardless of their ability to pay.
Where We Work
•160 clinicians and nearly 1200 staff provide healthcare services at 17 locations: two multi-specialty outpatient
clinics, a rehabilitation/physical therapy facility, weight loss/wellness center, and three walk-in retail clinics in
Rochester
•a 61-bed Level IV trauma hospital with 24-hour emergency department and BirthCenter,
•primary-care branch clinics in ten Southeastern Minnesota municipalities (Byron, Cannon Falls, Chatfield, Pine
Island, Plainview, Preston, Spring Valley, St. Charles, Stewartville, and Wanamingo).
3. OMConnect Intranet Support Staff
One (1.0 FTE) dedicated portal administrator
One project manager/backup administrator as needed
One (1.0 FTE) documents coordinator
36 content managers and 21 content editors
Content authorities to support content managers
Multi-disciplinary OMConnect Optimization Core Team
4. ORGANIZATIONAL HUB FOR
INFORMATION AND RESOURCES
As a first-source, one-stop communications hub for all employees, Olmsted
Medical Center’s intranet provides hyperlink shortcuts to the organizational
resources:
Burich Clinicians’ Library
Customer Service Excellence
Information Privacy & Security
Electronic Health Records System
Krames Online Services
Management Information Portal
OMC RePortal
OMC Website
OMC Regional Foundation
Electronic Time Clock & Manager
OMC Employee Well-being
Employee Self Service
Outlook Web Access
Policies & Procedures
Documents
Departments
Committees
Education Resources
News and Events
Announcements
On-Call Schedule
Electronic Forms
6. GOVERNANCE
In an effort to promote document consistency throughout the
organization a policy was put into place.
Purpose
To preserve version control of Olmsted Medical Center (OMC) documents.
All documents and policies are housed in two centralized intranet directories
and subject to the organization’s document management process, including
revisions according to OMC Identity Standards.
10. DOCUMENT MANAGEMENT CHALLENGES
• Documents stored in different locations
• Links to documents broke when a document changed
location or the name changed. All links had to be adjusted
• Finding documents
• Regulatory and compliance issues – (HR, Lab)
• Documents not getting updated for long periods of time
• No archive (tracking) of document changes and who
approved changes
13. DOCUMENTS STRUCTURE
• Departments or Committee
• Folders
• Files
• Consistent structure with all departments
Folders are categorized and files types are
identified.
Files indicate “New” or “Revised”
14. SEARCHING FOR DOCUMENTS
• Global Search – performed from
the all Documents page
• Document Search – performed from
the documents landing page
Search Results:
1.File Name/Link
2.“Parent” Folder Name/Link
3.Full File Location
(Folders and sub-folders, keywords)
or words from Document page
15. • Maintains sohisticated directories of documents
• Supports workflow automation for document authoring, review,
approval, and publishing
• Reminders and notifications automatically sent to users from the system
to notify them of pending tasks
Individual task reminders appear on the Welcome page.
AUTOMATED DOCUMENT REVIEW
16. • The control panel is available from any of the open component folders in
the P&P component.
• It provides information on all documents that need updating for the
individual logged into the intranet.
• The actual documents in review will appear to the right of the status bar.
CONTROL PANEL
17. POLICIES AND PROCEDURES
• 896 active organizational policies
• Access to all OMC policies
• Search for a policy
19. SECURITY
Document Coordinator
•A Document Management Coordinator assigns security for each
document that goes through the automated revision process.
•Security can be set up for individual documents or groups of
documents to be reviewed.
•Groups of documents can be visible to a specified security group
or open to all staff.
20. CONSIDERATONS FOR ORGANIZING
A CONSISTENT DOCUMENT MANAGEMENT SYSTEM
Consistency and Accountability
• Organizational Document Management Policy
Document Setup - Standards
• Naming convention for easy searching and grouping
Instructions Sheets – Information Sheets – Forms – Consents - Letters
• File format – Word, Adobe PDF, PowerPoint, etc.
• Categorize documents – Department/Location
• One centralized location for all documents
21. Version Control
• Devise a numbering system
• Revision Process
How often will documents come up for review
Revision numbering system
Workflow Considerations
• Who is going to write, modify, and approve documents
• Document update notifications set-up
Who and how often?
22. Three Key Points
1. Intranet Governance defines ownership and
management and provides a foundation for
consistency
2. Intranet Policies are a guide to support consistent
content and functionality, set and reviewed by the
governance team
3. Organize and plan the document structure, naming
and numbering convention, and security around
policies and documents
23. For Information on OMC’s
intranet vendor
HospitalPortal.net
visit www.HospitalPortal.net,
give us a call at
(847)632-0434x276,
or email
marketing@HospitalPortal.net
Editor's Notes
Olmsted Medical Center has provided healthcare services to Southeastern Minnesota for 64 years. We are a not-for-profit organization offering more than 20 specialties. With 160 clinicians and nearly 1200 staff providing healthcare services at 17 locations: two multi-specialty outpatient clinics, a rehabilitation/physical therapy facility, weight loss/wellness center, and three walk-in retail clinics OMC is a 61-bed Level 4 trauma hospital with 24-hour ER and BirthCenter There are ten Southeastern Minnesota primary-care branch clinics
Our focus with the intranet is to provide a common location for all employees to communicate information. Decentralized content management means that staff from all areas maintain intranet information.
This list demonstrates how much the OMC’s intranet expands into all areas in the organization to provide the one-stop communications hub for all employees.
Three key points I’m going to make today. The importance of intranet governance, policies, and organizing.
Governance is the first key takeaway for today Who should own the intranet? Communications, I.T., HR, or all of them? Who is the present owner? At OMC the intranet governance team represents several departments, committees, and locations. Governance defines ownership and management, and provides a foundation for consistent behavior. Consistency is accomplished through the implementation of policies around content and functionality that are approved by the governance team.
That brings us right into the second key takeaway for today. The importance of intranet policies and procedures. The policy for document management specifies that the intranet is to support an electronic document storage and revision process. OMC-created documents located in a central repository follow a consistent process. Document that are exempt from OMC’s document management system include: training and visual presentations, meeting minutes/agendas, and certain other documents approved by the document coordinator.
With support from the governance team the documents coordinator enforces the document policy. The OMC Document Management procedure states that: Documents are reviewed, approved, and assigned a document number prior to being used by OMC staff in accordance with OMC’s Document Coordination policy. Policies follow a similar procedure in accordance with OMC’s Policy and Procedure Protocol.
OMC’s intranet governance defined the content placement for the organization’s policies and documents for easy access.
We were faced with document management challenges you may be familiar with: documents stored in different locations creating multiple versions, using network drives difficulty finding documents and not accessible when links are broken regulatory and compliance issues are created when documents are not reviewed regularly and there isn’t tracking of document modifications or review documents not getting updated or reviewed for long periods of time we needed to have visible tracking of changes and who approved them for each document Chris Heinl - examples
Where did we start and what was our progression into the automated review process? Before we used the automated review process that is currently in place we used a database to manually record the events around each document in our repository. We already had a document naming and numbering convention in place.
Point number 3 - It is important to plan ahead and organize. Organize and Plan the structure and security of Policies and Documents. We have over 4,000 active organizational documents in 75 department and 13 committee document folders Our naming convention identifies the type of document in the name. For example: Information Sheet, Instruction Sheet, Consent, or Form are the first part of a document’s name. Plan your document and revision number structure. As with the policies, staff have the ability to search for specific documents. Searching can be done by Document name or number, as well as document content.
Our current document structure is easy to use, consistent, and informative. Document files are uploaded into a folder structure that is consistent for all departments File types are identified, such as Word or Adobe PDF If a file has been recently uploaded or revised this is indicated with red text is next to the file name
Make it easy for staff to find documents. A Global Search for documents can be performed from the “All Documents” page or from the department’s document page. Search results have three lines of information: File name and link directly to document Parent folder where the document is located Full File location
We have an automated document review process in place. A document is set up with a review timeframe by our documents coordinator. When the document comes up for review emails notify the reviewer and a reminder appears on their intranet home page.
A control panel is available for individuals to view the status of all their pending documents. Reviewing documents can be accomplished from this panel by clicking on the document name.
Policies and Procedures We have 896 active organizational policies visible to all staff from a repository similar to all documents and located on their own page.
Each category is set up in a folder structure making it easier for staff to use Policies have their own numbering system Chris Heinl – Structure ?
The document coordinator sets up viewing and reviewing Security for each document or group of documents
To review what should be taken into consideration for organizing a consistent document management system : -- an organizational document management policy provides a foundation for consistency and accountability -- standards guide document setup Name conventions for easy searching and grouping File formats Document categories One central location
-- develop a numbering system and revision process to support version control -- allow for workflow considerations by assigning staff to specific roles for document management and the document review process
I hope the best practices I have shown you today demonstrate how valuable it is to define ownership and management with an intranet governance, set policies into place to support the foundation for consistency, and to organize and plan the document structure, naming convention, and security around documents. These three crucial elements have proven valuable for the end-user experience and document searchability.