This document discusses the implementation and use of electronic administrative information systems in healthcare organizations. It covers topics such as improving patient access and optimizing payments through electronic systems, ensuring privacy and security, following the system development life cycle, training staff, evaluating systems, considering future evolutions, and addressing special hardware considerations. The implementation of electronic systems can enhance efficiency, reduce costs, and improve overall operations and management of healthcare organizations.
Summary
Goals: Seeking an opportunity in administrative healthcare where I can utilize what I have learned through education and life-long experiences.
I would like to use knowledge of healthcare management, health law, leadership in healthcare administration, medical care organization, and public healthcare policy. Studied analysis, planning, design, and management of healthcare institutions and organizations. Built focus on achieving quality patient care through increased efficiency and accessibility. Used Care MedX (an electronic medical record system) and trained other staff members on how to use the system properly.
• Effectively researched and analyzed an electronic medical records implementation at a long-term care facility for a case study. Implementation was managed in stages due to fiscal restraints.
• Researched health care system of the state of Indiana, including Medicaid, waivers, Indiana Senate Bill 327, Children’s Health Insurance Program, and managed care and single payer systems.
• Assessed technical and organizational requirements for developing electronic medical records, including client/server applications, vendor selection, implementation, and training.
Specialties: Project Management, Case Studies, Quantitative/ Qualitative Analysis, Customer Service, Inventory Control, Staff Management, Information Systems
Standards play an important role in facilitating trade and sustainable development by promoting safety, quality and technical compatibility. Interoperability refers to the ability of different systems to exchange and understand information. For health information systems to share data, syntactic standards indicate what a piece of information is, while semantic standards indicate what it means. The WHO eHealth Standardization Coordination Group promotes coordination and identifies areas where further eHealth standardization is needed. Legal and ethical concerns in eHealth include privacy, security, consent and ensuring the integrity of exchanged health information.
The document discusses BioSense 2.0, a redesigned public health surveillance system that aims to create a community-controlled and shared environment. BioSense 2.0 will use cloud technology to allow states and local health departments to access computing resources and share surveillance data in a distributed network. This will save costs while increasing capabilities. The redesign also aims to support nationwide and regional situation awareness for all health threats.
Improving the National Health Information System through the development of a...MEASURE Evaluation
The document discusses improving Nigeria's national health information system through developing a master facility list (MFL). It outlines how the fragmented previous system lacked integration. The MFL provides a unique identifier for each health facility to standardize data collection across systems. It was developed through a collaborative process but implementing it across electronic platforms remains a challenge. Next steps include fully migrating the MFL online and ensuring it can interface with other health information systems. The MFL is important for sampling, service distribution analysis, and linking facilities across systems to improve evidence-based decision making.
For more course tutorials visit
uophelp.com is now newtonhelp.com
www.newtonhelp.com
HSA 520 Final Exam Part 1
Question 1
Computational functions support:
Question 2
An information-inquiring culture has transparent:
Question 3
The genesis of Health Management Information Systems (HMIS) goes back to the roots of numerous areas, including:
Question 4
A healthcare services organization may develop or adopt various types of cultures, including:
Question 5
Because it is an art form, motivation requires that the CIO have special skills and elevated expertise, including:
Information Security & Compliance in Healthcare: Beyond HIPAA and HITECHNovell
The document discusses challenges around information security, privacy and compliance in the healthcare industry. It notes that traditional approaches are not adequate due to the complexity of healthcare systems and data. It advocates for a new integrated approach that can correlate log and event data across operations, security, compliance and privacy domains. This will help address issues around user identity management and privacy regulations like HIPAA, HITECH and meaningful use requirements.
This document describes a cloud-facilitated mobile health monitoring system called CPLM that aims to address privacy and security issues. CPLM involves four parties: a cloud server, a healthcare service provider, clients, and a semi-trusted authority. It uses techniques like outsourcing decryption and proxy re-encryption to shift computational complexity from resource-constrained clients and providers to the cloud, without compromising privacy. It also implements a "Virtual Machine Policing" approach to handle side channel attacks. The goal of CPLM is to provide privacy protections and enable widespread adoption of mobile health monitoring services.
Summary
Goals: Seeking an opportunity in administrative healthcare where I can utilize what I have learned through education and life-long experiences.
I would like to use knowledge of healthcare management, health law, leadership in healthcare administration, medical care organization, and public healthcare policy. Studied analysis, planning, design, and management of healthcare institutions and organizations. Built focus on achieving quality patient care through increased efficiency and accessibility. Used Care MedX (an electronic medical record system) and trained other staff members on how to use the system properly.
• Effectively researched and analyzed an electronic medical records implementation at a long-term care facility for a case study. Implementation was managed in stages due to fiscal restraints.
• Researched health care system of the state of Indiana, including Medicaid, waivers, Indiana Senate Bill 327, Children’s Health Insurance Program, and managed care and single payer systems.
• Assessed technical and organizational requirements for developing electronic medical records, including client/server applications, vendor selection, implementation, and training.
Specialties: Project Management, Case Studies, Quantitative/ Qualitative Analysis, Customer Service, Inventory Control, Staff Management, Information Systems
Standards play an important role in facilitating trade and sustainable development by promoting safety, quality and technical compatibility. Interoperability refers to the ability of different systems to exchange and understand information. For health information systems to share data, syntactic standards indicate what a piece of information is, while semantic standards indicate what it means. The WHO eHealth Standardization Coordination Group promotes coordination and identifies areas where further eHealth standardization is needed. Legal and ethical concerns in eHealth include privacy, security, consent and ensuring the integrity of exchanged health information.
The document discusses BioSense 2.0, a redesigned public health surveillance system that aims to create a community-controlled and shared environment. BioSense 2.0 will use cloud technology to allow states and local health departments to access computing resources and share surveillance data in a distributed network. This will save costs while increasing capabilities. The redesign also aims to support nationwide and regional situation awareness for all health threats.
Improving the National Health Information System through the development of a...MEASURE Evaluation
The document discusses improving Nigeria's national health information system through developing a master facility list (MFL). It outlines how the fragmented previous system lacked integration. The MFL provides a unique identifier for each health facility to standardize data collection across systems. It was developed through a collaborative process but implementing it across electronic platforms remains a challenge. Next steps include fully migrating the MFL online and ensuring it can interface with other health information systems. The MFL is important for sampling, service distribution analysis, and linking facilities across systems to improve evidence-based decision making.
For more course tutorials visit
uophelp.com is now newtonhelp.com
www.newtonhelp.com
HSA 520 Final Exam Part 1
Question 1
Computational functions support:
Question 2
An information-inquiring culture has transparent:
Question 3
The genesis of Health Management Information Systems (HMIS) goes back to the roots of numerous areas, including:
Question 4
A healthcare services organization may develop or adopt various types of cultures, including:
Question 5
Because it is an art form, motivation requires that the CIO have special skills and elevated expertise, including:
Information Security & Compliance in Healthcare: Beyond HIPAA and HITECHNovell
The document discusses challenges around information security, privacy and compliance in the healthcare industry. It notes that traditional approaches are not adequate due to the complexity of healthcare systems and data. It advocates for a new integrated approach that can correlate log and event data across operations, security, compliance and privacy domains. This will help address issues around user identity management and privacy regulations like HIPAA, HITECH and meaningful use requirements.
This document describes a cloud-facilitated mobile health monitoring system called CPLM that aims to address privacy and security issues. CPLM involves four parties: a cloud server, a healthcare service provider, clients, and a semi-trusted authority. It uses techniques like outsourcing decryption and proxy re-encryption to shift computational complexity from resource-constrained clients and providers to the cloud, without compromising privacy. It also implements a "Virtual Machine Policing" approach to handle side channel attacks. The goal of CPLM is to provide privacy protections and enable widespread adoption of mobile health monitoring services.
- Hospitals have made progress in electronically exchanging health information with outside providers, though challenges remain with integration following mergers and acquisitions.
- UnityPoint Health is working to consolidate multiple EHR systems following mergers onto a single Epic system, requiring its integration teams to connect disparate systems and move data between them.
- Interface engine software can streamline health systems' approaches to internal and external data integration and exchange, reducing development time for interfaces by an estimated 10-fold for some organizations.
Effective Systems Management for HealthcareSolarWinds
This document discusses the need for effective systems management in healthcare organizations. It outlines several key challenges: (1) ensuring high-dollar medical devices operate reliably based on dependent IT systems, (2) complying with complex HIPAA requirements, and (3) managing large storage needs and data warehousing while enabling mobile access. The document argues that healthcare institutions require an application-aware monitoring approach that provides end-to-end visibility to quickly detect, diagnose, and resolve issues across their IT infrastructure and ensure compliance, performance of medical applications, and patient care.
Cyb 690 cybersecurity program template directions the follAISHA232980
This document provides an overview of some of the key legal and ethical challenges related to cybersecurity. It discusses how organizations have an ethical responsibility to protect user data from hackers. When data breaches do occur, organizations are often partially at fault for not adequately protecting information. The document also discusses the importance of building and maintaining trust with employees. It notes that employees should feel comfortable reporting any wrongdoing through appropriate whistleblowing channels. Finally, it mentions some of the trade-offs that must be considered when addressing these challenges, such as privacy versus security and individual rights versus public safety.
This document discusses improving the security of a health care information system. It begins by describing vulnerabilities in software applications and how connected systems can be exploited. The document then proposes a 3-tier architecture with encryption and file replication to strengthen security. Database backups and regular vulnerability checks are also recommended to defend the system from attacks and allow recovery of data. The goal is to develop a secure electronic health records system that protects sensitive patient information.
The document discusses key components of a Clinical Information System (CIS) including the Electronic Health Record (EHR). It describes the 8 components of an EHR, how clinical decision making systems work, considerations for safety, cost, and education. Clinical decision making systems use evidence-based practices and hierarchical approaches to determine diagnoses and treatment plans. Safety involves backing up data, protecting files from threats, and complying with privacy laws like HIPAA. Costs include purchasing, maintenance, training staff, and ongoing security and upgrades. Education of staff is important both initially and continuously as systems evolve.
This document proposes the implementation of an electronic health record (EHR) system at a university. It discusses the benefits of health information systems, including improved quality, safety, efficiency and cost reduction. It also covers important considerations for EHR implementation such as privacy, security, component selection, management roles, and evaluating effectiveness. The proposal recommends selecting system components, developing an implementation plan, training staff, and continuously evaluating the system's performance.
This document provides an overview of electronic health record systems (EHRs). It discusses how EHRs are used by various healthcare professionals and departments to longitudinally collect and share patient health information. Key features of EHRs discussed include providing access to patient data, clinical decision support, supporting efficient healthcare processes, and enabling remote access to patient records. Several examples of early EHR systems developed by the VA, DoD, and IHS in the 1970s are provided. The role of government agencies and standards organizations in facilitating EHR adoption is also summarized.
Training employees on patient confidentiality and privacy regulations is crucial for healthcare organizations to limit liability and remain compliant. Organizations should provide initial and annual training that covers HIPAA, PHI, passwords, social media, and the effects of breaches. Online training systems can monitor completion and test employee understanding. As technology advances, continued education is needed on securing electronic health information, especially with cloud computing. The best approach is to integrate privacy and security training as new IT systems are adopted. While training methods may vary, ensuring staff comprehension of applicable laws is paramount.
To view recording of this webinar please use the below link:
https://wso2.com/library/webinars/2015/02/connected-health-reference-architecture/
The key focus areas of this session are
Overview of healthcare IT landscape
Standards and protocols widely used in healthcare platforms
SOA is healthcare domain
Quality of services in healthcare platforms
A connected healthcare reference model
A community health information network (CHIN) allows multiple healthcare providers, payers, employers, and related entities within a geographic area to electronically share and communicate patient, clinical, and payment information. The major components are that all participants are connected, users have a single point of contact to access information from any location, and data is displayed in a common format. CHINs provide benefits like reduced costs, improved care quality, and disease prevention for patients, providers, employers, and communities. However, barriers include high costs, reluctance to share data, and ensuring security and privacy. Threats to systems include physical damage, viruses, and software/hardware errors.
CLOUD-BASED DEVELOPMENT OF SMART AND CONNECTED DATA IN HEALTHCARE APPLICATIONijdpsjournal
There is a need of data integration in cloud – based system, we propose an Information Integration and Informatics framework for cloud – based healthcare application. The data collected by the Electronic Health Record System need to be smart and connected, so we use informatica for the connection of data
from different database. Traditional Electronic Health Record Systems are based on different technologies, languages and Electronic Health Record Standards. Electronic Health Record System stores data based on interaction between patient and provider. There are scalable cloud infrastructures, distributed and heterogeneous healthcare systems and there is a need to develop advanced healthcare application. This advance healthcare application will improve the integration of required data and helps in fast interaction between the patient and the service providers. Thus there is the development of smart
and connected data in healthcare application of cloud. The proposed system is developed by using cloud platform Aneka.
This document discusses standard clinical orders for specific diagnoses and their impact on healthcare delivery. It notes benefits like saving time and reducing errors, and concerns about rushing patient care. Standard orders can reduce length of stay, errors, and improve outcomes. Training is needed for physicians, nurses and staff. Clinical order structures require maintenance of privacy/security controls and are updated based on best practices. Evaluation shows they can improve quality and decrease errors through interdisciplinary collaboration and evidence-based models. Hardware, network needs and sample order sheets are also reviewed.
The document provides an overview of the Right to Information Act in India. It discusses the historical context that led to the need for transparency legislation. It then outlines key aspects of the Act such as its scope, definitions, procedures for filing information requests, exemptions, penalties, and responsibilities of public authorities. It also addresses some concerns around implementation and discusses approaches to data protection. The document serves to explain the objectives, provisions and implications of the Right to Information law in India.
HCS 533 Week 6 Administrative Structure Power PointJulie Bentley
This document summarizes the administrative structure for clinical documentation and data capture at a healthcare facility. It discusses how the implementation of an electronic system will help capture ICD codes, facilitate reimbursement processing, and support quality improvement efforts. The system will require training staff, ongoing maintenance, and evaluation metrics to ensure it meets objectives of improving care delivery and supporting evidence-based practices.
Organizational structure of the department of education fields officesRojelyn Joyce Verde
The document outlines the organizational structure of schools and school divisions in the Philippines. It discusses the roles and responsibilities of key positions like the Regional Director, School Division Superintendent, Principals, Department Heads, Teachers and others. It also summarizes the Philippine Family Code provisions on parental authority and responsibilities over minor children as well as circumstances for the suspension or termination of parental authority.
The document provides an overview of the organizational structure of the Philippine educational system as of December 2007. It outlines the different offices, bureaus, agencies, and positions that make up the Department of Education, including the Secretary, Undersecretaries, Assistant Secretaries, regional offices, school division offices, and attached agencies. Charts are included that depict the DepEd organizational chart and the number of schools, students, and other statistics.
The document outlines the organizational structure of a school or city division. At the top is the Office of the Regional Director, followed by the Schools Division Superintendent and Assistant Schools Division Superintendent who oversee administrative duties and promotional staff that carry out programs, projects and services at the local level to fit needs.
Lesson 5: Organizational Structure of the Department of Education Field Off...Rica Joy Pontilar
Governance of basic education in the Philippines begins at the national level with the Department of Education. The Department is headed by the Secretary of Education and consists of central offices in Manila as well as 16 regional offices across the country. Each regional office is headed by a Regional Director, while the Autonomous Region in Muslim Mindanao has a Regional Secretary. At the local level, each region contains school divisions based on provinces and cities, each led by a Schools Division Superintendent.
- Hospitals have made progress in electronically exchanging health information with outside providers, though challenges remain with integration following mergers and acquisitions.
- UnityPoint Health is working to consolidate multiple EHR systems following mergers onto a single Epic system, requiring its integration teams to connect disparate systems and move data between them.
- Interface engine software can streamline health systems' approaches to internal and external data integration and exchange, reducing development time for interfaces by an estimated 10-fold for some organizations.
Effective Systems Management for HealthcareSolarWinds
This document discusses the need for effective systems management in healthcare organizations. It outlines several key challenges: (1) ensuring high-dollar medical devices operate reliably based on dependent IT systems, (2) complying with complex HIPAA requirements, and (3) managing large storage needs and data warehousing while enabling mobile access. The document argues that healthcare institutions require an application-aware monitoring approach that provides end-to-end visibility to quickly detect, diagnose, and resolve issues across their IT infrastructure and ensure compliance, performance of medical applications, and patient care.
Cyb 690 cybersecurity program template directions the follAISHA232980
This document provides an overview of some of the key legal and ethical challenges related to cybersecurity. It discusses how organizations have an ethical responsibility to protect user data from hackers. When data breaches do occur, organizations are often partially at fault for not adequately protecting information. The document also discusses the importance of building and maintaining trust with employees. It notes that employees should feel comfortable reporting any wrongdoing through appropriate whistleblowing channels. Finally, it mentions some of the trade-offs that must be considered when addressing these challenges, such as privacy versus security and individual rights versus public safety.
This document discusses improving the security of a health care information system. It begins by describing vulnerabilities in software applications and how connected systems can be exploited. The document then proposes a 3-tier architecture with encryption and file replication to strengthen security. Database backups and regular vulnerability checks are also recommended to defend the system from attacks and allow recovery of data. The goal is to develop a secure electronic health records system that protects sensitive patient information.
The document discusses key components of a Clinical Information System (CIS) including the Electronic Health Record (EHR). It describes the 8 components of an EHR, how clinical decision making systems work, considerations for safety, cost, and education. Clinical decision making systems use evidence-based practices and hierarchical approaches to determine diagnoses and treatment plans. Safety involves backing up data, protecting files from threats, and complying with privacy laws like HIPAA. Costs include purchasing, maintenance, training staff, and ongoing security and upgrades. Education of staff is important both initially and continuously as systems evolve.
This document proposes the implementation of an electronic health record (EHR) system at a university. It discusses the benefits of health information systems, including improved quality, safety, efficiency and cost reduction. It also covers important considerations for EHR implementation such as privacy, security, component selection, management roles, and evaluating effectiveness. The proposal recommends selecting system components, developing an implementation plan, training staff, and continuously evaluating the system's performance.
This document provides an overview of electronic health record systems (EHRs). It discusses how EHRs are used by various healthcare professionals and departments to longitudinally collect and share patient health information. Key features of EHRs discussed include providing access to patient data, clinical decision support, supporting efficient healthcare processes, and enabling remote access to patient records. Several examples of early EHR systems developed by the VA, DoD, and IHS in the 1970s are provided. The role of government agencies and standards organizations in facilitating EHR adoption is also summarized.
Training employees on patient confidentiality and privacy regulations is crucial for healthcare organizations to limit liability and remain compliant. Organizations should provide initial and annual training that covers HIPAA, PHI, passwords, social media, and the effects of breaches. Online training systems can monitor completion and test employee understanding. As technology advances, continued education is needed on securing electronic health information, especially with cloud computing. The best approach is to integrate privacy and security training as new IT systems are adopted. While training methods may vary, ensuring staff comprehension of applicable laws is paramount.
To view recording of this webinar please use the below link:
https://wso2.com/library/webinars/2015/02/connected-health-reference-architecture/
The key focus areas of this session are
Overview of healthcare IT landscape
Standards and protocols widely used in healthcare platforms
SOA is healthcare domain
Quality of services in healthcare platforms
A connected healthcare reference model
A community health information network (CHIN) allows multiple healthcare providers, payers, employers, and related entities within a geographic area to electronically share and communicate patient, clinical, and payment information. The major components are that all participants are connected, users have a single point of contact to access information from any location, and data is displayed in a common format. CHINs provide benefits like reduced costs, improved care quality, and disease prevention for patients, providers, employers, and communities. However, barriers include high costs, reluctance to share data, and ensuring security and privacy. Threats to systems include physical damage, viruses, and software/hardware errors.
CLOUD-BASED DEVELOPMENT OF SMART AND CONNECTED DATA IN HEALTHCARE APPLICATIONijdpsjournal
There is a need of data integration in cloud – based system, we propose an Information Integration and Informatics framework for cloud – based healthcare application. The data collected by the Electronic Health Record System need to be smart and connected, so we use informatica for the connection of data
from different database. Traditional Electronic Health Record Systems are based on different technologies, languages and Electronic Health Record Standards. Electronic Health Record System stores data based on interaction between patient and provider. There are scalable cloud infrastructures, distributed and heterogeneous healthcare systems and there is a need to develop advanced healthcare application. This advance healthcare application will improve the integration of required data and helps in fast interaction between the patient and the service providers. Thus there is the development of smart
and connected data in healthcare application of cloud. The proposed system is developed by using cloud platform Aneka.
This document discusses standard clinical orders for specific diagnoses and their impact on healthcare delivery. It notes benefits like saving time and reducing errors, and concerns about rushing patient care. Standard orders can reduce length of stay, errors, and improve outcomes. Training is needed for physicians, nurses and staff. Clinical order structures require maintenance of privacy/security controls and are updated based on best practices. Evaluation shows they can improve quality and decrease errors through interdisciplinary collaboration and evidence-based models. Hardware, network needs and sample order sheets are also reviewed.
The document provides an overview of the Right to Information Act in India. It discusses the historical context that led to the need for transparency legislation. It then outlines key aspects of the Act such as its scope, definitions, procedures for filing information requests, exemptions, penalties, and responsibilities of public authorities. It also addresses some concerns around implementation and discusses approaches to data protection. The document serves to explain the objectives, provisions and implications of the Right to Information law in India.
HCS 533 Week 6 Administrative Structure Power PointJulie Bentley
This document summarizes the administrative structure for clinical documentation and data capture at a healthcare facility. It discusses how the implementation of an electronic system will help capture ICD codes, facilitate reimbursement processing, and support quality improvement efforts. The system will require training staff, ongoing maintenance, and evaluation metrics to ensure it meets objectives of improving care delivery and supporting evidence-based practices.
Organizational structure of the department of education fields officesRojelyn Joyce Verde
The document outlines the organizational structure of schools and school divisions in the Philippines. It discusses the roles and responsibilities of key positions like the Regional Director, School Division Superintendent, Principals, Department Heads, Teachers and others. It also summarizes the Philippine Family Code provisions on parental authority and responsibilities over minor children as well as circumstances for the suspension or termination of parental authority.
The document provides an overview of the organizational structure of the Philippine educational system as of December 2007. It outlines the different offices, bureaus, agencies, and positions that make up the Department of Education, including the Secretary, Undersecretaries, Assistant Secretaries, regional offices, school division offices, and attached agencies. Charts are included that depict the DepEd organizational chart and the number of schools, students, and other statistics.
The document outlines the organizational structure of a school or city division. At the top is the Office of the Regional Director, followed by the Schools Division Superintendent and Assistant Schools Division Superintendent who oversee administrative duties and promotional staff that carry out programs, projects and services at the local level to fit needs.
Lesson 5: Organizational Structure of the Department of Education Field Off...Rica Joy Pontilar
Governance of basic education in the Philippines begins at the national level with the Department of Education. The Department is headed by the Secretary of Education and consists of central offices in Manila as well as 16 regional offices across the country. Each regional office is headed by a Regional Director, while the Autonomous Region in Muslim Mindanao has a Regional Secretary. At the local level, each region contains school divisions based on provinces and cities, each led by a Schools Division Superintendent.
The document outlines the principles and objectives of education in the Philippines. It aims to provide a broad general education to help individuals reach their full potential and participate productively in society. It also aims to develop skills for national development, high-level professions to provide leadership, and respond effectively to changing needs through planning and evaluation. The education system is organized by the Department of Education with central and field offices responsible for administration at national and local levels respectively.
This document provides an overview of the organizational structure and educational system in the Philippines. It begins with an organizational chart showing the different bureaus, offices, and agencies that make up the Department of Education. It then discusses key concepts in school administration and supervision including the significance, types, management functions, and how it operates in the Philippine context. The document also contrasts the traditional and modern concepts of administration as well as the values of clinical and traditional supervision.
Problems and Issues in the Philippine Educational SystemJames Paglinawan
The document discusses several key problems with the Philippine educational system:
1) Declining quality of education as seen in poor test scores and a high percentage of students and teachers failing certification exams.
2) Large disparities in educational achievement based on socioeconomic status, with disadvantaged students having high dropout rates.
3) Underfunding of education relative to other ASEAN countries and low spending per student that has declined in real terms.
4) A mismatch between the skills taught and actual job requirements that leads to educated unemployment.
Art is a creative expression that stimulates the senses or imagination according to Felicity Hampel. Picasso believed that every child is an artist but growing up can stop that creativity. Aristotle defined art as anything requiring a maker and not being able to create itself.
The document discusses the evolution of health informatics and its impact on electronic medical records. It covers topics like the history of regulations, the HITECH Act, meaningful use, and current health care information systems. The author outlines their final project, which will discuss the evolution of health informatics, the impact of EMR integration on workflow and data sharing, and current health care systems like registration, billing, order entry, and diagnostic tools.
Heath care projects need high level of investment, diverse set of stakeholders, and comply with rigorous federal and state regulations, and standards. In addition, project outcomes have direct impact on safety and well-being of patients. This speech focuses on challenges and opportunities in implementing Health care IT projects. Also discusses strategies to adopt agile methodologies in health care industry. Finally, highlights critical success factors in implementing Healthcare Projects successfully.
Learning Outcomes:
Understand characteristics of Healthcare projects
Learn challenges and opportunities in implementing Healthcare projects
Learn agile adoption strategies in Health IT
Learn and apply Critical Success Factors to improve project success
Develop a project plan including project management knowledge areas in.docxsdfghj21
The document discusses criteria for evaluating an electronic health record system across three stages:
1) Stage 1 criteria include the ability to electronically transmit lab test orders and results, pharmacy orders, and diagnoses to clinicians.
2) Stage 2 criteria include having a single clinical data repository where clinicians can access and view all patient details such as orders, results, and assessments.
3) Stage 3 criteria include supporting online nursing documentation of admissions, assessments, tasks, notifications, and reminders. The documentation should be systematically retrievable without external software.
Develop a project plan including project management knowledge areas in.docx4934bk
The document discusses criteria for evaluating an electronic health record system across three stages:
1) Stage 1 criteria include the ability to electronically transmit lab test orders and results, pharmacy orders, and diagnoses to clinicians.
2) Stage 2 criteria include having a single clinical data repository where clinicians can access and view all patient details such as orders, results, and assessments.
3) Stage 3 criteria include supporting all online nursing documentation, including admissions, tasks, assessments, notifications, and reminders. The system should be able to reconcile and systematically retrieve documentation without external software.
The document discusses public health informatics standards and the Public Health Information Network (PHIN) framework. It outlines how PHIN aims to advance interoperability between public health organizations through selecting relevant data standards, describing minimum IT capabilities, and developing standardized software applications. It then summarizes Houston Department of Health and Human Services' (HDHHS) data systems integration project, which will develop a web portal integrating various applications using PHIN recommendations to facilitate data sharing.
Learning Assignment on Decision Support System Bs(i.t)MorningFaizan Butt
Decision support systems (DSS) are computer-based tools that analyze data and help decision makers make more informed judgments. A DSS takes in inputs like numbers, factors and characteristics, processes the data, and outputs transformed results to help generate decisions. It can be an open system connected to other subsystems, or a closed system like one used for loan verification at a bank. DSS aim to improve efficiency, speed up decision making and problem solving, and provide a competitive advantage for organizations.
Design and Implementation of Hospital Management System Using JavaIOSR Journals
This document describes the design and implementation of a Hospital Management System (HMS) using Java. The HMS was developed to address challenges with manual hospital management processes and provide benefits like streamlined operations and enhanced patient care. It includes modules for patient management, services management, appointments, the pharmacy, admissions and accounting. The system uses a database to store patient and medical records and allows users to view records, diagnoses and drug prescriptions. Test results showed the HMS met user requirements and provided functionality like registering patients, viewing inpatient data and the drug database. It was concluded the HMS can help hospitals enhance patient care and increase organizational profitability by improving operational control and streamlining processes.
This is a presentation I delivered at AIIM 2010 in Philadelphia. It presents a holistic look at the make up of a patient record and the challenges in moving to a digital environment.
Clinical Information System In HealthcareOlufunmilayo Adelek.docxbartholomeocoombs
Clinical Information System In Healthcare
Olufunmilayo Adeleke
Walden
OM010
Introduction
Clinical information system (CIS) is purposely designed to be used in critical care conditions such ICU ( Intensive Care Unit).
In modern hospitals it can network with other computer systems including radiology and pathology.
The information is drawn to the electronic patient record by the systems (Musen, Middleton & Greenes, 2014).
Communication has been improved by the use of CIS because health professionals are able to share information.
Health Information and Management System Society (HIMSS) is selected organization for CIS use.
Clinical Information system is important in enhancing service delivery to the patient especially those in critical conditions and those who needed more attention.
Electronic patient record records make it easy to access information of the patients and communication enhance sharing of information.
2
Role of CIS
CIS helps in improving the quality of services provided to patient who are in critical condition
Facilitates sharing of information and communication concerning specific patient (Wager, Lee & Glaser, 2017).
Enables the faster decision making by the physicians or clinicians during the encounter with patient in critical condition.
The X-rays for the patient can be taken and scanned when in need.
CIS plays important roles in the healthcare facilities.
it improves service quality provided to the patients, sharing of information and enables decision making process to be done within a short time because all the information needed can be easily accessed.
3
Role of CIS
Help the healthcare to achieve equity and patients are provided with better care.
It allows analysis of the information by the health agencies or healthcare practitioners.
Clinical information system assist recording of the data of the patient.
Eliminates errors which would have occurred when entering data manually.
It also becomes easy to analyze health information by the health agencies including government or donors who need to provide some assistance to the healthcare.
Recording of data by the patients become easy because there is no manual entering of the data hence eliminating errors.
4
Impacts of CIS
Increases access to medical information because of good maintenance of the records form of the patient.
The authorized users would be able to receive the immediately as there is no time wasting in files transfer (Boulware et al, 2016).
It also make it easy for the clinicians to address emergence admission or unscheduled visit.
It also minimizes overload of the information and promote a better care of the patient.
Keeping of the records form of the patient become easy since all the information can be accessed in the portal.
Transfer of information is only through the authorized users hence maintaining the confidentiality of the patient’s data.
It becomes easy for the healthcare to do admission for emergences and attend to .
This document discusses health information technology (HIT) problems at Universiti Teknologi Malaysia's clinic. It begins with an introduction to HIT and its benefits, including cost reduction, quality improvement, and better patient experience. However, HIT implementation can be difficult and introduce new issues. The document then examines specific problems, including new errors from HIT systems, such as incorrect drug selections, and information overload for clinicians. It also notes challenges from the variety and complexity of clinic workflows. Interviews with clinic staff and doctors identified current HIT system problems at the Universiti Teknologi Malaysia clinic.
This document provides an overview of Internet of Things (IoT) applications in healthcare. It discusses the dimensions and characteristics ("7 Vs") of IoT, healthcare networks and frameworks, technologies used in healthcare like cloud computing and big data, security considerations, example services and applications. Some benefits of IoT in healthcare include cost reduction, improved treatment, and faster disease diagnosis through continuous monitoring. Challenges include privacy, unauthorized access, and regulation. The scope of IoT in healthcare is growing as more hospitals invest in technology to help doctors and patients.
Cis evaluation final_presentation, nur 3563 sol1SBU
An overview of a Computer Information System (CIS) and considerations that need to be taken with implementing an Electronic Health Record (EHR) in a healthcare setting.
COMPETIVENESS AND PERFORMANCE COMPETIVENESS AN.docxdonnajames55
COMPETIVENESS AND PERFORMANCE
COMPETIVENESS AND PERFORMANCE
Competiveness and Performance Effectiveness for Health Care IT Systems
Teresa Pride
Strayer University
February 25, 2018
Dr. Renita Ellis
HSA 315 Health Information Systems
Information technology (IT) has undergone significant improvements thereby requiring organizations to integrate these technologies to remain competitive. Considerably, health institutions are striving to improve primary care delivery, a facet that can be attained by incorporating the use of IT in service delivery. Information technology systems enable these institutions to streamline their processes based on its ability to improve the communication aspect of the system. Enhanced communication between employees and management simplify the organization’s operations as information can be shared in real time. Notably, healthcare institutions have priorities that must be addressed adequately to ensure that both the patients and stakeholders are satisfied with the organization’s service delivery system. Based on this, the institutions ought to retain IT management personnel to sustain its processes. This paper discusses the responsibilities and characteristics of the Chief Information and Chief Technology Officers. Additionally, the paper outlines how technologies can be used to improve healthcare processes, approaches to prevent misuse of information by upholding data privacy, strategies for organizations to train providers in using IT, and best practices for efficient IT alignment with strategic planning initiatives.
Characteristics and Roles of a CTO and a CIO
Often people confuse the two important senior leadership roles within the health care organization, the Chief Information Officer and Chief Technology Officer (Wager, Lee and Glaser 2013). Despite this, they have distinct tasks that must be performed to ensure the smooth running of the healthcare organization. Primarily, the CTO ensures that the institution’s services are tailored to meet the needs of the consumers. Notably, technological innovations are continually evolving thereby the organizations should retain an individual who is conversant with the new changes whenever they occur. In this regard, the CTO has the responsibility of advising top-level executives on strategic decisions regarding technology (Stephens, Ledbetter, Mitra & Ford, 2011). Additionally, the CTO identifies, evaluates and examines high return and high-risk IT systems with the potential of its application within the organization. As a result, the CTO must assess and monitor technologies for use in better service delivery in the future. The CTO’s focus is the client whereby he/she uses technology to foster collaboration amid suppliers and management to promote the organization’s services (Stephens, Ledbetter, Mitra & Ford, 2011). As the CTO works in the external environment, he/she can comprehend what is working in other institutions and apply it within the organization.
Healthcare Document Management Systems Market Size, Share, Growth Analysis & ...GQ Research
Global Healthcare Document Management Systems market was experiencing steady growth due to the increasing adoption of electronic health records (EHR) and the need for efficient data management in the healthcare industry.
Healthcare Document Management Systems Market Size, Share, Growth Analysis & ...GQ Research
Global Healthcare Document Management Systems market was experiencing steady growth due to the increasing adoption of electronic health records (EHR) and the need for efficient data management in the healthcare industry.
Healthcare Interoperability: The Key to Leveraging Health TechMityung
Despite some setbacks, the digitalization of healthcare holds great promise for global health improvements. Health information technology (HIT) systems are taking over the healthcare industry.
For further information click here
https://www.mityung.com/
This document summarizes a research paper on developing a smart health prediction system using cloud-based technologies. The proposed system allows users to input their health details like weight and symptoms and the app will analyze the data to predict health issues and provide recommendations. It uses technologies like HTML, CSS, JavaScript, MySQL, and PHP to create an interactive web application hosted on cloud platforms like AWS for flexibility and low costs. The system is meant to help users address minor health issues from home without visiting hospitals to save time and money. It implements data mining algorithms on user health data to predict conditions and identify high-risk users for early intervention.
Discussion 4Angela Brooks In reviewing the researchers’ arti.docxduketjoy27252
Discussion 4
Angela Brooks
In reviewing the researchers’ article regarding user satisfaction, the authors conducted a survey to gather expectations for using a clinical information system (Karimia, Poo, and Tan, 2015). The researchers noted how different responsibilities are responsible for utilizing information systems for various functions. They examined the link between user satisfaction and motivation to understand how to use the electronic medical records system. There seems to be a link between satisfaction and the ease of use. As the article demonstrated, the success of information systems are dependent on how the users view the product.
It is important that information systems meet the needs of users. Expectations for satisfaction should partly be dependent on the training that is provided for the health information system. If a staff is thoroughly trained on a system, it could contribute to motivation and make it easier for the staff to accept. However, if a system is not user friendly, it may make it difficult for users to be satisfied. Further, improvements to systems can also help a user’s attitude to improve and slowly reach an acceptance level.
Reference
Karimia, F., Poo, D., and Tan, Y. (2015). Clinical information systems end user satisfaction: The expectations and needs congruencies effects. Journal of Biomedical Informatics, 53:342–354. Retrieved from: http://www.sciencedirect.com/science/article/pii/S1532046414002731
Reply to Thread
End-User Satisfaction of Health Information Systems
Lisa Quinonez
The attitude of the users and their continuance to use an information systems is closely linked with their satisfaction with the system. Therefore, making investment in clinical information systems should put the end user into consideration and their satisfaction. Cognitive framework is therefore essential to help in identifying the clinicians’ satisfaction information. Using the disconfirmation paradigm as the core of the framework is great since it helps in examining the relationship between throughput times, expectations and patient satisfaction. By using the expectations and needs congruence models and perceived performance as the basis of comparing the models helps in achieving the objective of the experiment.
The response rates of the experiment was high which helps to validate the results of the experiment. The fact that it the participants were drawn from public hospitals portrays the actual situation on the ground. The survey methodology helps to empirically validate the proposed research model. To analyze the data, the partial least squares method was used. From the experiment, the results show that clinician’s satisfaction is mostly influenced by the perceived CIS performance. This is closely followed by doctor’s expectations congruence. The results of this research dispel previous findings which indicate that nurses’ expectations and expectations congruence do not show a significant effect on .
Discussion 4Angela Brooks In reviewing the researchers’ arti.docx
AIS Week 6 Final 3
1. Prepared by: Robin E. Corsetto, Shahzad Yusuf, Rude Del Valle, Lenice Lauderdale
HCS 533
August 20, 2012
Michael Solomon
Administrative Information System Structure
2. Introduction
Importance of the use of
electronic systems
Benefits
Privacy and Security
System Development
Evaluation
Future Evolutions
Special Considerations
Source: www.grassvalley.com
3. Enhancing Patient Access
Improved efficiency of scheduling and
registration
Decreased wait times
Increased positive survey feedback
Increased repeat business
5. Privacy and Security
Ensure compliance to governance, regulations and privacy
HIPAA
Emergency Disaster Plan
Security safeguards
Data backup recovery
Passwords and biometrics
Virus protection and firewalls
Internal and external threats
Adopt network security
6. System Development Life Cycle
Phase 1: planning and
analysis
Phase 2: design
Phase 3: implementation
Phase 4: training and
support
8. Implement…go LIVE!
Conversion of patient demographic data from one
system to another
Begin daily use
Moniter performance of staff to identify needs
Adjust workflow as needed
Recognize necessary system adjustments
10. Use of Data
Quality in= Quality out=faster billing
Billing Scrubber for clean claims
Financial Statistics
Avg days to final bill
Days in accounts receivable
# cash collections at time of visit
Monitor wait times
Lobby
Registration
11. Evaluation of Effectiveness
Strategies to improve relationship among the users
Performance monitoring of the staff to ensure
engagement process
Conduct interviews with employees
Prepare formal reports of completed assignments
12. Hardware Considerations
Hardwired desktop computers
Card scanners
Self-service kiosks
Mobile notebook or tablet
Switches and wireless routers
Limited battery life
Cost
Durability
13. Impact of Future Evolutions
Self-service kiosks and
online pre-registration
Integrated systems equal
better connectivity
Population health
statistics
Real time insurance
eligibility
Patient identity solution
across systems
14. The Future…continued
Business intelligence from reporting capabilities
Contract modeling system to help calculate
expected payments
Intelligent system alerts to proactively recognize
missing information
Paper checks to be eliminated in favor of
electronic payments
16. References
Chinnaiyan, R., & Somasundaram, S. (2011). An SMS based Failure Maintenance and Reliability Management
ofComponent Based Software Systems. European Journal of Scientific Research, 59(1), 123-133.
Eastaugh, S. R. (1995). Nationwide EDI system can trim administrative costs. hfm (Healthcare Financial Management,
49(6), 45. Retrieved from http://www.ehis.ebscohost.com
Healthcare Information and Management Systems Society. (2008, December). A Call for Action Enabling Healthcare
Reform Using Information Technology Recommendations for the Obama Administration and 111th Congress.
Retrieved from http://www.himss.org/2009calltoaction/himsscalltoactiondec2008.pdf
Krishnan, A., Nongkynrih, B., Yadav, K., Singh, S., & Gupta, V. (2010). Evaluation of computerized health management
information system for primary health care in rural India. BMC Health Services Research, 10310-322.
doi:10.1186/1472-6963-10-310
Lemmetty, K., Hayrinen, K., Sundgren, S., Ensio, A., Brennan, P. F., Park, H., Tallberg, M., & Saranto, K. (2009). The
Impacts of Informatics Competencies and User Training on Patient Information System Implementation.
Studies in Health Technology and Informatics, 146, 646-651.
Nahm, E., Mills, M. E., & Feege, B. (2006, June). Long Term Care Information Systems: An Overview of the Selection
Process. Journal of Gerontological Nursing, 32(6), 32-38.
Needle, S. (2006, March). Electronic Medical Records: Helping Keep Disaster at Bay. Retrieved July 27, 2012, from
Information Management: http://www.information-management.com
Optimizing Patient Access. (2009). hfm (Healthcare Financial Management), 63(6), 1-8.
Schoberle, C. (2007, June). «Personal Health Information: Privacy and Security Considerations in Outsourcing and
Offshoring Decisions Creating Safeguards through Best Practices». Retrieved from
http://www.tpi.net/pdf/papers/Personal%20Health%20Information.pdf
Smith, E. M. (2006). Managing Health Information During disasters. Health Information Management Journal, 8-14.
Wager, K. A., Lee, F. W., & Glaser, J. P. (2009). Healthcare Information Systems A Practical Approach for Healthcare
Management (2nd ed.). San Francisco, CA: Jossey-Bass.
Editor's Notes
According to the Healthcare Information Management Systems Society’s (HIMSS) recommendations to the President and Congress, healthcare reform initiatives have two distinct themes. Relevant to administrative information systems, the U.S. should “Apply health IT as a means of increasing consumer and provider access to healthcare services and information, optimizing the efficiency of care payments, and protecting the privacy and security of health information.” (HIMSS, 2008, p. 8)
An administrative information system is primarily used for managerial functions, such as reporting, analyzing and planning for personnel, finances, payroll, accounts payable, and supplies and equipment management. There are many different areas within the healthcare spectrum that utilize administrative systems, including but not limited to: the human resource department, patient registration, staff scheduling, and the finance department. The use of these systems creates efficient data collection and helps to plan for improvements throughout the organization. (Wager, Lee, and Glaser, 2009)
This presentation will discuss the importance and benefits of these systems, privacy and security challenges that must be overcome in the electronic arena, and how these systems go through planning, development and implementation. It wraps up with a focus on evaluating these systems continuously and preparing for future evolutions to come.
The first benefit of an administrative information system in healthcare is that is enhances patient access. The more challenging it is for people to access healthcare, the less likely that they will make and keep regular appointments. An administrative information system that provides easy access for the consumer by improving the efficiency of scheduling and registration creates an environment that leads to better customer satisfaction and increased business. The business of healthcare is highly dependent on volume/census, therefore it is vital “that access be provided to our services in a timely and efficient way.” (Optimizing Patient Access, 2008, p. 2) This efficiency on the front end is likely to decrease wait times, which leads to higher customer satisfaction and ultimately increased repeat and new business. Word of mouth is one of the most effective marketing strategies and can be a great result of superb customer service.
Turning from the patient to the benefits of the healthcare provider, an administrative information system is an absolute necessity nowadays. The U.S. healthcare insurance maze is extremely difficult to maneuver and the rules and requirements are constantly changing. A robust system can help the organization stay on path and follow the particular rules in a timely manner, ultimately creating a quicker and more efficient revenue cycle. Quality data on the front end improves clean claim, reduces denials, and increases cash collections (such as deductibles and co-pays). A well organized system can ultimately increase the organization’s bottom line; it is the finance department’s most important tool. (Optimizing Patient Access, 2009) The healthcare organization has to be careful with this system, though, as a lot of financial and personal information is housed within an administrative information system, which must be protected by law.
Health care organizations must not forget the governing rules in regards to electronic health records: the Health Insurance Portability and Accountability Act (HIPAA), along with Cyber Security, and Privacy Awareness regulations. “For the most critical data, health care organizations should consider an EMR solution that offers replication and remote storage to ensure accessibility, faster recovery time and minimal risk of data loss. With data replication, information can be copied to a remote data storage system. Health Information Departments must consider a secondary data center to prevent data back up failures. Failover guarantees that information requests from the disabled primary data center are redirected to a secondary data center. Maintenance of a secondary data center will require additional hardware and software costs”. (sic) (Needle, 2006, p. 1) (Failover is a process that, when automatic data backup mechanism fails such as network hiccup or other connectivity issues, data is re-routed or remains in the queue until the data base administrator trouble shoots the problem. ) The Chief Security Officer must be responsible to evaluate and verify employees meet satisfactory measures related to HIPAA, Privacy Awareness, and Cyber Security. Administrative safeguards and physical safeguards of patient health records will be maintained in regulation with privacy and HIPAA guidelines.
In order to plan for a disaster, the organization’s Chief Security Officer must evaluate the system security. The data backup and disaster recovery systems should be reviewed to test all functions to make sure that patient health information data is safe. “Chief security officers must periodically evaluate their organization’s health care information systems and network for proper technical controls and processes. Clearly an established set of health information technical standards for security would facilitate this evaluation process.” (Wager, Lee, & Glaser, 2009, p. 261)
At the time of the registration process of a patient, staff must keep in mind the HIPAA laws and must follow procedures to prevent breach of privacy. During the collection of detailed patient data, one must explain that it is a confidential matter between patients and their healthcare providers. As an added layer of security, computer systems are set up to have unique usernames and passwords for individuals who are employed within the organization. Even though PIN, password and biometric protocols are the most universal forms of identification authentication methods, they also provide a feeble form of security. One reason for its weakness is the staff must be sure to remember his or her password and must not share their codes with others. Computers must also be protected from viruses. Hackers are very knowledgeable and can slip through the cracks and security loopholes to access protected information such as insurance identification and credit card information for fraudulent purposes. Surprisingly, this usually happens within co-workers of the organization who have access to the organizations’ database; this issue is a massive potential risk for every health care organization.
The Health Information Department (HIT) must be able to protect the data by deploying authentic data leak prevention tools to protect health related documents. Most of the data maintained in health care information systems are structured and unstructured in nature, (social security numbers and credit card numbers are considered structured data, whereas text material or paragraphs are considered unstructured data.) therefore in order to protect health care files and its sensitive data, IT departments must be equipped with advance levels of data leak prevention tools. In order to prevent security breaches IT department must be able to identify where these Data Leak Prevention (DLP) appliance need to be placed and must have clear understanding about what type of breaches they are protecting against. For instance, in order to prevent external threat Symantec technology is usually installed on the Network.
Data security is a big problem for the health care industry. Health systems have lost their data due to unreliable employees, external hackers and substandard computer security measures. Protected health information is a serious matter for many patients. If not kept confidential, it breaches their privacy. For example, some patients do not want to disclose their health conditions to their relatives, friends or to the public. It is a very sensitive and personal situation for many patients, and if violated makes them very upset which can further negatively impact their health condition and as well as their personal life. This can adversely effect an organization’s reputation, potentially its accreditation, and definitely its legal stance. In such cases the organizations are held accountable for such neglect. Information and technology department must be ready at all times to prevent its database from unauthorized, malicious attacks. IT department must be able to secure large volume of database and deploy DLP tools to the location of data storage, such as its main servers.
It is very important to plan for the privacy and security needs of the system during the planning stages of system’s life cycle and then to be sure to plan the design based on the needs identified.
Phase 1: Planning & Analysis
A Healthcare Administrative Information System is involved in various aspects of the facility’s operations and often is costly. Therefore, organizational strategic plans and expectations from new systems must be clear from the top level of management. Chief officers from financial, clinical, and information services should map out their strategic plans for each department, set organizational priorities, and propose goals for the new system. Current infrastructure of the institution, such as the type of network, specifications of current personal computers, and operating systems must also be analyzed. Based on this analysis and hardware specifications for the prospective system, the management can decide if it needs to upgrade its infrastructure. Identification of the challenges and opportunities for improving a current system requires collaboration between committee members and end-users. Each committee member should solicit as many comments as possible from the front-line staff. Methods for gathering information during this phase include brainstorming, user surveys, or user interviews. In addition, informal discussions with users can provide valuable information. A report from meetings, surveys, and user interviews needs to be compiled and reviewed by the committee. In this phase, current work processes and responsible parties for those processes need to be thoroughly analyzed. In particular, linkages among work processes in conjunction with state and federal regulations should be investigated (Nahm, Mills, & Feege, 2006).
Phase 2: Design
One of the most critical jobs is to analyze and understand every task that is accomplished on the paper-based system, as well as current work processes. It is vital for the success of any administrative information system to appoint a project team in order to get the job done successfully. The team works to find duplication of work processes as an opportunity to improve efficiency, by designing improved work flows within the capacity of registering patients, scheduling care, verification of insurance coverage, and collecting payment as required. This will facilitate new, modified workflows. A learning culture within the organization is key to accomplish their set goals. Decision makers of the organizations must negotiate with the vendors of the administrative system to ensure that training is available throughout the process and must be available in a very short notice.
Communication between the programmers, managers, and administrative and front line staff is also a key to success for an efficient work flow process that would make the administrative system a dream come true for the users and organization as a whole. For example, elimination of paper based phone messages via administrative communication note directly into the system with alerts such as: ‘patient needs call back to reschedule the visit’, which adds the patient automatically to the rescheduling log for a call back. Hardware selection is very important aspect of EMR system. In order to prevent future potential disruptions in the work flow and keep the cost minimal we decided to purchase hardwired desktop computers due to their longer life as compared to portable and mobile devices.
Phase 3: Implementation
The implementation process of an administrative information system entails workflow mapping, hardware and software installation, as well as staff training. The very first step in this process is to understand what workflow we want to accomplish with the new system and take continual actions throughout the process until it goes live. Staff training is a vital aspect of the implementation phase and must be provided before, during and after implementation.
Phase 4: Training and Support
Technical support is very important to provide trouble shooting when issues arise in order to stay productive and continue day-to-day business. Over time, upgrades and patches are provided by vendors, and changes are made by regulatory bodies in the way healthcare data is collected. As the system changes, on-going training must be available in order to stay knowledgeable throughout the life of the system. Therefore, the importance of staff training of this new system and processes is vital.
As stated within the SDLC, user training of information systems is crucial for the success of the organization and its’ employees. However, it is not only the basic skills of information technology that determines what kind of training is required for the implementation. The implementation of a health information system requires extensive support and training in order to achieve user acceptance. The training plan must be completed before the initial implementation, and it should also include intensive support during the implementation. (Saranto, 2009)
All users do not learn alike and represent a wide variety of educational levels. Therefore, multiple learning methods must be considered and utilized. An overall basic classroom course to explain the new system to the group would be helpful to prepare the staff for the upcoming changes, with an opportunity to ask questions to relieve stressors involved with change. Traditional teaching methods, such as written material and lectures, may not prove to be the best solution. More attention should be paid to setting up the goals for training based on the competence level of the staff. Information system training should be offered in small groups with as much hands-on training as possible, possible via computer-based tutorials. This, combined with personal guidance as necessary and studying independently in one’s own work unit can all be helpful to be a successful implementation. (Saranto, 2009)
Within the planning stages of the project, the team needs to understand that the conversion aspect from one system to another is time consuming and may not be effectively done during regular business hours (or when the busiest times of registration are). The time to go live with the new system should not be rushed and should be delayed if all of the pieces are not in place.
Going live with the new system is when it begins to be used as the primary system on a daily basis. While staff begin the use the system in this manner, it is important to monitor their performance and recognize learning needs. As stated earlier, not everyone learns the same, or picks up new processes as quickly as others. During this orientation of the new system, the organization needs to continue to support the staff and adjust workflow and workloads as necessary, while keeping in mind that sometimes some issues do end up being system adjustment needs and to plan for that as a potential bump in the road ahead. Maintaining the staff competence, as well as the system itself are both equally as important.
Maintenance is required for almost all types of software systems. The type of maintenance that is performed can be defined as either preventive or corrective maintenance. Preventive maintenance is carried out at predetermined intervals or according to prescribed criteria and is intended to reduce the probability of a failure. Corrective maintenance is carried out after a failure and is intended to repair the system. In other words, preventive maintenance is performed before a failure and the corrective is preformed after the failure occurs (Chinnaiyan, 2011).
The technical availability of software is high, around 98%, but this is due to fast and frequent service and not just because of good reliability or maintenance management. The problem area for the proposed work is focused on the reliability for the software components of the component based software system. If the most critical software components for the software system can be identified, it will show in what areas to focus when planning the maintenance for the software system (Chinnaiyan, 2011).
A State Monitoring System (SMS), is a tool for informing about the state of the software components in a component based software system. SMS are used today in many other applications but in the software industry the SMS is relatively new. With SMS a prediction of impending failure is given for each software component, and therefore maintenance and repairing can then be better scheduled. The SMS used today are capable of detecting failures well in time prior to a failure and they are even able to predict which software component inside the software is defective (Chinnaiyan, 2011).
With the use of an administrative information system, the demographic data is entered into a centralized electronic system. The elimination of handwritten information in some ways eliminates poor quality of information gathered. Within the administrative system can be found components for demographic patient data such as phone number and address, appointment scheduling, and financial/billing information. Different data can be compiled from this information and analyzed for trends and accuracies.
As for the finance department, they may use a billing scrubber to run edits on claims to assure accuracy of data input. When sending claims to insurance companies it is vital to send a clean claim to create an efficient reimbursement. Finance officers collect data such as number of clean claims, average days to final bill, days in accounts receivable, and total of cash collections at time of visit. As for the statistics, the data can be compared not only within a timeframe, but also from one registrar to another in order to recognize weakness and work to correct them. (Optimizing Patient Access, 2009)
The staff engagement is key to success of the program. If the staff do not accept the new system, they will never use it to its fullest potential. As the implementation is underway, the project team needs to check in with the users and their managers to discuss system issues that have arisen, as well as user differences and suggestions. In order to evaluate the effectiveness of the administrative system, the data for evaluation needs to be collected by in-depth interviews of the program managers and healthcare workers. An in depth interview method should be chosen because, unlike focus group discussions, it gives the opportunity for one-to-one interaction, and individual opinions can be elicited. (Krishan, 2010)The collection of data should include a descriptive study and a semi-structured in-depth interview guide that is used as a study instrument. This instrument lists questions under different domains such as record keeping, data quality, supervision and feedback and overall usefulness of the computerization of the administrative systems structure. The results of this data collection should be presented to the key players in the project team to discuss potential changes to the processes. (Krishan, 2010)
Customer satisfaction surveys should reflect the better wait times and more efficient registration process. The finance department should see improvements in their data as well. If the expected benefits are not seen, then the team should consider where in the workflow barriers may exist.
Implementing an administrative information system can create great efficiencies if the right equipment is placed and provided for the needed workflow. Cost and durability are certainly specifications that must be considered when purchasing a desktop versus a portable tablet. Also, touch screen self service stations can help with busy environments and offers the patient a lot of confidentiality to complete much of the registration process on their own. When a patient presents their health insurance card, rather than making a copy for a paper record and being sure the finance department has access to it, the electronic systems allow for the cards to be run through a simple card reader that scans the information directly into the system. This is also a good time to scan an identification card to assure that the person is not using another person’s insurance to pay for their care.
Portable tablets are now economical and are proving to be a useful component for most data collection systems. In the case that a registration specialist needs to go to the emergency department to speak to families and patients to gather demographic information, they can bring the system with them and eliminate duplication of documentation later on in the workflow process. There are more and more tablets being used in patients rooms, but there are concerns with privacy if one leaves a tablet behind in a room with the screen letting patient have access to tablets. Tablets need to be treated like all other computers within the hospital with security settings that will not allow access to personal health information.
The future is now. Organizations that have a more forward thinking culture along with strong information technical support, are developing and trialing systems now that may become commonplace in healthcare in the future. Some systems allow for on-line scheduling and registration, which can decrease the data input needs of the organization and also secures accurate data from the onset. Patients do not appreciate being asked the same information over and over again while accessing healthcare. A system that eliminates duplication provides a seamless transfer of demographic data to other systems throughout the providers locations, like from the emergency room to the patient care unit. “Improved patient access often means taking advantage of effective technology, designing organizational structures for greater efficiencies, focusing on staff training and development needs, and staying nimble enough to address evolving challenges.” (Optimizing Patient Access, 2009, p. 2)
Another evolution of the health information system are the use of health information exchange (HIE). A HIE “consists of the technology, standards, and governance that enable the exchange of data between the information systems of various health care stakeholders.” (Wager, Lee, and Glaser, 2009, p. 137) HIEs are currently being developed on a regional and national level. Once of the challenges of integrating all healthcare entities within a single system is the ability to identify the patient because there is no uniformity across systems and levels of care of what is used to identify the patient. One facility may use name and date of birth, another may use the four digits of the social security number and the name, while another may use medical record number and name. Pulling the same patient’s health information from all of these sources is challenging because of the differences in identification. (HIMSS, 2008)
A benefit of creating these HIEs is that there not only would be connectivity of a patient’s overall record of care across organizations, but it also allows for more accessibility of health information research. A HIE allows for population health statistics analysis; it allows for real time data of particular health care needs and medical conditions to be able to complete research and focus healthcare spending where it would be best utilized.
The more sophisticated healthcare information technology gets, the more benefits of automation can be realized. Insurance companies and healthcare vendors are also becoming more automated on their administrative side. Their participation and integration can realize costs of care real time. The systems are also starting to be able to recognize deficiencies and inaccuracies. “Intelligent system alerts, proactively notifying staff of outstanding tasks or missing information prior to the visit while, at the same time, helping ensure complete claims go out the door.” (Optimizing Patient Access, p. 7, 2008)
The federal government began the standard requirement that all claims be submitted electronically; this has saved a lot of healthcare spending dollars. In the future, this practice will become the standard for all healthcare third party payers, as well as the practice of electronic payments. Paper checks will be a thing of the past. (HIMSS, 2008)
In tying it all together, administrative information systems within healthcare are the gold standard. The more integration and connectivity that is happening with other applications, the more useful the systems will be in creating personal health records and gathering population health statistics. The decision to upgrade or change current systems altogether should not be taken lightly, but rather needs to happen in a logical pattern and follow the SDLC to maximize successful implementation. A solid team effort can create amazing results.