Health Information Management
The field of health information management may involve the application of health informatics also known as healthcare informatics and medical informatics. This involves the use of technological tools to collect, record, store, retrieve, distribute, and analyze bio-medical and healthcare-related data. Health information administrators (HIAs) oversee the handling of this data with the goal of optimizing its availability to all healthcare professionals for the purpose of medical decision making and administrative problem solving. Health informatics as a discipline lies at the intersection of medicine and computer technology, and a position as a health information administrator requires proficiency in the areas of both healthcare management and information science. Health information administrators are sometimes also referred to as health information managers.
Health information administrators may play a crucial role in assembling medical knowledge and medical evidence. The data and analyses they provide serve as important tools in many areas of healthcare delivery and medical practice, including patient
Successful health information administrators must have a keen understanding of existing information technologies and systems for collecting, recording, storing, and analyzing data. However, they must also be aware of the impact that technology has on patients and their families, as well as the delivery of healthcare services and the medical field as a whole. They must exercise sufficient flexibility to adapt to changing demands and situations within the healthcare field and individual healthcare facilities. In addition, they must keep themselves abreast of new developments that emerge in the field of information technology, which is constantly evolving and advancing.
What specializations or sub-fields exist within the field of health informatics?
Health information administrators may specialize in a number of different fields, including clinical informatics, bioinformatics, dental informatics, pharmaceutical informatics, and public health informatics.
- Clinical Informatics: Health information administrators who specialize in clinical informatics with information tools and systems that are used in and facilitate the clinical practice of medicine and related healthcare fields. Their duties may encompass data entry and retrieval; medical imaging and data display; and medical decision support. Clinical health information administrators may work in small or large medical practices, hospitals, clinics, long-term care facilities, and other institutions whose purpose is the diagnosis, treatment and care of patients.
- Bioinformatics: Health information administrators who work in the field of bioinformatics use information tools, including computer technology and statistical databases and analytics, to study molecular biology. Bioinformatics is a cutting-edge specialty within health informatics as it has direct applications to genetic engineering, as well as genomics projects such as DNA sequencing and the decoding of the human genome. Bioinformaticists generally work in laboratories and other research settings rather than in departments or facilities where care is provided directly to patients.
- Dental Informatics: Dental informatics entails the application of computer technology and other information tools and systems to the practice and administration of dentistry and dental care. Health information administrators who specialize in dental informatics play a key role in improving and facilitating patient care, advancing dental research, and ensuring the smooth functioning of dental practices. Dental health informaticists usually work in small or large dental, orthodontal, or endodontal practices, although some may hold positions in general healthcare facilities such as hospitals and clinics.
- Pharmaceutical Informatics: Health information administrators who concentrate their efforts in pharmaceutical informatics play a key role in ensuring patient safety and facilitating positive health outcomes through pharmacological treatment. Pharmaceutical informaticists use information tools and systems to analyze data for the purpose of optimizing medication selection, detecting medication interactions, and gauging treatment effectiveness.
- Public Health Informatics: Public health informatics involves the applied use of information tools and computer technology to public health research and the formulation of public health policy. Health information administrators specializing in public health informatics often work for governmental agencies at the federal, state, and municipal levels or at academic and research institutions. They engage in the collection and analysis of public health statistics and other public health data.
Professionals who choose the Bachelor of Science in Health Informatics degree are generally considered suitable for entry-level employment as health information administrators (HIAs). The role of the administrator is to review, record, and analyze health care data and ensure that it can also be properly distributed to health care professionals for optimal patient care.
The adoption of electronic health records (EHR) is having an important impact on the work performed by HIAs. In early January of 2009, the Centers for Disease Control released a report that found that just 6.3% of independent physicians nationwide were using fully functional electronic health record systems. However, with federal requirements pushing for greater EHR adoption, the Centers for Medicare and Medicaid Services now expect that as many as 36% of all physicians nationwide will be using some type of electronic record system during 2011.
Students considering the Bachelor of Science in Health Informatics will be at the forefront of this digital revolution in the maintenance and distribution of medical information.
The Master of Science in Health Informatics degree is earned through a postgraduate program that adequately positions professionals to accept career opportunities above and beyond the entry-level. This degree program strategically uses the student’s current medical or IT experience and takes it to the next level by incorporating informatics programs that give professionals the skills to effectively monitor, allocate, retrieve, and analyze patient data. Because the Master in Health Informatics degree is the highest completion level for this profession, you can feel confident that you will be educated and prepared to seek a managerial position in the field of health informatics.
According to the Bureau of Labor Statistics, careers in health informatics are likely to see an increase of 20% by the year 2018. The reason for this trend is really two-fold: the onset of electronic medical records and an aging population. Statistically, about 13% of America’s total population are residents over age 65. There is a tremendous push in the medical community for the adoption of electronic medical records. While only about 6.3% of physicians were using an EMR system in 2009, recent studies have indicated that between 10% and 36% will be using one by the end of 2011.
What kinds of health informatics degrees are available?
A number of educational institutions offer health informatics degrees, either online or through traditional on-campus classroom instruction. Available degrees include bachelor’s degrees and certificate programs. Health information administrators, who approach health or medical informatics from the managerial perspective, generally need a bachelor’s degree to gain a foothold in the field of administration and advance in their fields.
Some health information administrators earn the master’s degree, while some hold a doctorate in health informatics. This can work to contribute significantly to the health information management salary earned by these informaticists. Large universities
How should aspiring health information administrators prepare for pursuing a health informatics degree?
Individuals who pursue a health informatics degree often already hold one or more degrees in an allied health field or related subject areas, including medicine, nursing, pharmacology, dentistry, public health, epidemiology, biostatistics, or molecular biology. They also often have previous experience working in a healthcare setting.
Prerequisites for admission to a program in health informatics may include a general knowledge of a clinical medical or allied health field; a familiarity with medical terminology and standard medical abbreviations; a solid grounding in statistics, especially biostatistics; proficiency in computer technology and software applications.
Undergraduates considering a career in health informatics should take courses in statistics, computer science, mathematics, and the life sciences, including biology, anatomy, microbiology, and molecular biology. Courses in public health and epidemiology are also recommended.
What professional and academic resources are available to health information administrators?
Health information administrators may join a number of different professional organizations that will help them network with others in their field and keep on top of technological innovations. These organizations include AHIMA (the American Health Information Management Association), which boasts over 60,000 members whose work requires the management of personal medical records. The AMIA (the American Medical Informatics Association) has about 4000 members who work to promote the use of informational tools to improve patient care, medical research, healthcare administration, and public health policy.
The AMIA also publishes the Journal of the American Medical Informatics Association. In addition, the IMIA (the International Medical Informatics Association) promotes the use of health informatics in healthcare and research settings to improve record management and patient treatment and to discover new applications in practice and policy for informational tools used in a medical context.
What are the skills and qualities that characterize a successful health information administrator?
Health information administrators should have a deep knowledge of and interest in information technologies of all kinds, including computer technology and software applications. Working in the field of health informatics requires keeping abreast of technological developments and mastering them quickly. Thus, health information administrators must adapt to evolving technology and understand how best to apply and use it in a healthcare or medical research setting.
Health information administrators should also have superior quantitative and analytical skills. Because they may engage in data entry and their work involves the handling of a great deal of information from varied sources, they should also be meticulous and detail-oriented. The best health information administrators have a keen understanding of how their work affects patients and medical staff alike, and regard the protection of patient welfare and public health as the ultimate goal of their profession. However, health information administrators spend more time working with data, statistical equations, and computers than with people. They should therefore enjoy working independently on challenging work that requires intense concentration and mental focus.
What is a Health Informatic?
The National Library of Medicine defines health informatics as an intersection of computer science and health care. In other words, these professionals are the IT and computer systems specialists of the medical industry. They help design and implement computer-related technologies for health care environments like hospitals, physicians groups, and even medical or research laboratories. There are a number of sub-specialties within the field of health informatics that influence the types of technologies or information health informatics manage. These specialties can include clinical informatics, information and communication technology, knowledge management, and nursing. Specific duties vary.
What is a Health Informatic's salary?
The Bureau of Labor Statistics (bls.gov) does not maintain salary data for health informatics specifically, but based on salary data for related careers -- like computer systems analysts and networking specialists -- one might expect health informatics' earnings to exceed the national average for all occupations in 2012. Note that earnings can vary tremendously from one position to the next. Generally speaking, those who earn higher degrees or have more experience tend to earn more than junior or lesser-trained colleagues. Location and employer can also impact earnings.
|Job Title||Bottom 10% Annual Wage||Annual Median Wage||Top 10% Annual Wage|
|Computer and Information Systems Managers-U.S.||$83,860||$139,220||>$208,000|
|Health Technologists and Technicians, All Other-U.S.||$27,560||$41,800||$72,390|
Is it difficult to find a job as a Health Informatic?
Because bls.gov does not track employment data for health informatics specifically, it can be difficult to predict how much demand for these professionals will grow over the next decade. Bls.gov does note, however, that demand for health care professionals has been growing rapidly the last several years, and should continue to do so for some time. The same holds true for computer science and information technology professionals.
|Job Title||Projected Job Growth Rate|
|Computer and Information Systems Managers-U.S.||11.9%|
|Health Technologists and Technicians, All Other-U.S.||19.4%|
Is there room for advancement as a Health Informatic?
Health informatics with the right combination of education and experience may eventually move into a more managerial position. These professionals could be asked to direct and mentor junior colleagues, and serve as liaison with other health care groups.
Do Health Informatics need to be licensed or certified?
Health informatics may choose to pursue voluntary professional certifications such as those offered through the American Health Information Association. Professional certifications are often voluntary, but some employers may prefer hiring candidates who invest in them.
What is bioinformatics?
Bioinformatics is a field that combines aspects of several scientific and technological disciplines, most notably computer science and molecular biology. The term “bioinformatics” refers to the use of information technologies to gain greater insight into the biological processes of the human body and other living organisms, including those biological functions that occur at the molecular and genetic levels. Bioinformaticists use databases, statistical analysis, computer applications, and mathematical algorithms to collect and analyze information regarding essential biological structures and operations. The technological and informational tools used by bioinformaticists play a vital role in DNA mapping; the sequencing of proteins, amino acids, and nucleotides; 3-D visualizations of cellular structures; and gene identification. In addition, bioinformatics is crucial to the process of discovering, designing, and perfecting new drugs and other treatments.
One of the most impressive scientific projects of the last few decades, the mapping of the human genome,
Why is bioinformatics important?
In recent decades, the information that has become available to medical practitioners and researchers regarding the molecular structures of the human body has grown in quantity and complexity to such a degree that new technological tools have been required to manage and analyze it. Bioinformaticists has helped practitioners and researchers navigate the vast stores of bio-information available to them by developing and using information systems that provide easy access to essential data and enable the retrieval of only the information that is required to resolve a particular problem or answer a particular biological or medical question. In addition, bioinformatics jobs involve the development of mathematical algorithms, statistical formulas, and applications that allow practitioners and researchers to perceive, understand, and analyze the significance of specific pieces of data, as well as the interrelationships between various, seemingly disparate pieces of information.
Bioinformaticists create and implement such important analytical and informational tools as protein models and genomic maps. Bioinformatics has enabled genetic engineers to develop new methods and techniques and given molecular biologists and other scientists new insights into evolutionary biology, the molecular basis of diseases, the role of genes in individual pathology, and the means through which genes express themselves in living organisms.
How does one become a bioinformaticist?
Education is particularly important for aspiring health information administrators who wish to work in the field of bioinformatics. Health information administrators who choose this cutting edge specialty must generally hold an advanced degree in bioinformatics in order to obtain a position in the research laboratories where bioinformaticists do most of their work. Top-level bioinformaticists often have doctorates in bioinformatics or in a related field, such as molecular biology or genetic engineering. A successful bioinformaticist must have a solid grounding in computer science as well as the life sciences, including genetics and cellular biology. Many pursue research fellowships at the post-graduate level in order to further their research interests. Most bioinformatics jobs are found in advanced research laboratories run by medical facilities, academic institutions, or large governmental agencies.
What kind of degree is required to specialize in bioinformatics?
An advanced degree—a master’s degree or, preferably, a doctorate—is needed to work as a health information administrator in the field of bioinformatics. These health informatics degrees frequently offered by medical schools, schools of public health, and graduate schools of biology and epidemiology. Some bioinformatics degrees are available as a form of post-graduate study for those who complete medical or nursing school or who already have a graduate degree in biology, molecular biology, or a related discipline. Some medical and other institutions that train healthcare professionals allow students to concentrate in bioinformatics or earn a master’s degree or certificate in bioinformatics concurrently with their degree in clinical practice. Bioinformatics programs offer classes in biology, molecular biology, genetics, epidemiology, computer science, advanced mathematics, and information systems. The curriculum leading to a bioinformatics degree includes a significant research component. In many programs, students spend half their time in class and the other half in research laboratories or other research settings.
What kind of salary do bioinformaticists make?
Health information administrators who choose to specialize in bioinformatics earn salaries that are significantly higher than the nationwide average. On the national level, the average bioinformaticist makes $74,000 annually, which is about ten percent higher than the average for all professions. However, aspiring bioinformaticists should keep in mind that experience level, educational credentials, can all cause wide variations in salary. Entry-level bioinformaticists may make significantly less, as little as $50,000 a year, when they first take a job in a research facility. Nonetheless, bioinformatics holds great potential for salary increase and professional advancement. With the right credentials and a few years of experience, health administrators concentrating in bioinformatics can find themselves making annual salaries of well over $100,000.
What is clinical informatics?
Clinical informatics is a challenging field that requires proficiency in computer science and information technology, as well as an understanding of clinical medicine and medical terminology. Clinical informatics jobs entail the use of technological applications and computerized information tools to enhance, improve, or streamline the clinical practice of medicine.
Health information administrators who work in the clinical informatics may engage in, or oversee others who engage in, a variety of tasks related to information gathering and data analysis, including data entry of patient information into electronic medical record databases; the use of algorithms to reconstruct CT and other images for diagnostic purposes; the analysis of existing data from past patients and medical situations to propose solutions for current problems or effective treatment plans for current patients. Practitioners of clinical informatics are emerging as essential personnel in efforts to organize and interpret the vast array of data that pertains to the healthcare industry. As the medical profession relies more and more on electronic record keeping and turns more frequently to data analysis as a means of solving dilemmas that arise in the context of patient diagnosis and treatment and institutional management, the demand for individuals who are trained in clinical informatics is growing.
Why is clinical informatics important?
Those who fill clinical informatics jobs provide an invaluable service to the healthcare industry as a whole, as well as to individual patients who seek out treatment from individual medical practitioners and healthcare institutions. Clinical informatics provides effective means of recording, storing, and retrieving information that is vital to the smooth operation of healthcare institutions and to the effective treatment of patients. Using clinical informatics, important vital information from patients’ charts, including blood pressure and heart rate, can be automatically inputted into electronic databases for easy retrieval and analysis. Clinical informatics and the information tools on which it relies can help prevent the administration of conflicting or contraindicated drugs, inform doctors of a patient’s medical history, and provide vital information about patient allergies and sensitivities. Information stored through these technological means can be quickly and efficiently shared between different health professionals in different departments or in different medical facilities located at great distances from one another. This remote sharing of healthcare information is known as “telemedicine” and is one of the technological advances that has helped healthcare professionals diagnose and treat patients more quickly and effectively.
Clinical information also allows medical practitioners and healthcare institutions to track and gauge their effectiveness and the efficiency of their use of resources. By providing a comprehensive track record of an institution’s performance, clinical informaticists play a vital role in fostering improvements in the delivery of healthcare services at the individual level, as well as at the institutional and industry-wide levels. Clinical informaticists provide essential and routine support to clinical medical practitioners. Health information administrators who choose to take on clinical informatics jobs can be found working in hospitals, clinics, private medical practices, nursing homes, and any other healthcare facilities that engage in the practice of clinical medicine and the provision of direct patient care.
What degree is needed to work in the field of clinical informatics?
Generally, a health information administrator who specializes in clinical informatics needs a graduate degree—a master’s degree or higher—in health informatics. Many institutions offer health informatics degrees, including degrees that can be earned online. Some graduate schools offer degrees in the specific field of clinical informatics, which is a slightly narrower area of study than health informatics as a whole. However, a specialized degree in clinical informatics is not necessary; most health information management degree programs offer sufficient electives for students to both fulfill their degree programs and concentrate in clinical informatics at the same time. Clinical informatics deals with patient care and the ramification of information and information processing on treatment and diagnosis of patients. Therefore, those who wish to pursue a career in clinical informatics should choose a degree program that offers numerous courses related to patient care. If an aspiring health information administrator who wishes to specialize in clinical informatics enrolls in a general health informatics program, he or she should make a point of taking any and all courses related to clinical care and other topics related to patient treatment.
In addition, many graduate schools offer graduate certificate programs that take anywhere from one semester to two years to complete. These certificate programs are designed for currently practicing clinicians who wish to expand their skills or shift their professional focus toward informatics. These programs are meant for allied health professionals who already have extensive experience in patient care and the business side of the practice of medicine.
What kind of salary does a clinical informaticist make?
A health information administrator’s decision to specialize in clinical informatics can be a very lucrative one. Health information administrators who specialize in clinical informatics make an average salary of $97,000 a year annually, which is 43% higher than the national average for all occupations. However, salaries can vary greatly depending upon location and the type of facility in which a clinical informaticist works. The increasing shift to electronic record keeping and the use of information systems to tailor diagnosis methods and treatment plans to individual patients will keep demand for clinical informaticists high for the foreseeable future. This intense demand for these specialized informational and technological skills will help keep salaries for health information administrators specializing in clinical informatics at a high level going forward.
What is dental informatics?
Dental informatics schools train students in the use of informatics to advance dental research and provide support to the clinical practice of dentistry. Health information administrators who work in the field of dental informatics tackle research questions dealing with a range of topics that directly impact the clinical work that dentists perform. This can include research related to oral cancer and its effects on dental health, to the incidence of dental and oral infection following dental procedures to the effectiveness of different methods of replacing or regenerating lost dental tissue. Dental informaticists use a variety of information tools and computer applications, ranging from biological databases to statistical algorithms and software programs to neural networks to accomplish their research and provide invaluable information and data analysis to practicing dentists and dental specialists.
The field of dental informatics draws upon principles taken from computer science, dental medicine, and cognitive science. A career in dental informatics requires expertise
How does one become a dental informaticist?
Health information administrators who specialize in dental informatics often already have a degree in dentistry or a specialized dental field before pursuing their degree in health information management. A graduate degree in general health informatics, combined with previous training or work experience in the dental field, is usually a sufficient credential for those who wish to become dental informaticists. However, dental informatics schools and graduate programs are becoming more common. The first dental informatics degree programs were instituted in 1997. More and more schools are now awarding degrees in dental informatics at all levels from baccalaureate degrees to advanced graduate degrees.
Most dental informatics degree programs last three years. In addition, aspiring dental informaticists have the option of pursuing post-graduate training programs for two or three years following the receipt of their dental informatics or health informatics degree. As the field of dental informatics continues to grow, more and more professional resources and support systems become available to health information administrators who choose to specialize in this emerging field. The AMIA (American Medical Informatics Association) now has a special working group devoted solely to dental informatics and the issues facing professionals who work in this area. Most health information administrators who specialize in dental informatics work in private dental practices or in dentistry departments at hospitals, clinics, and other healthcare institutions.
What kind of salary does a dental informaticist make?
Dental informatics is a new and highly specialized field. The demand for health information administrators who specialize in dental informatics is growing much more quickly than the number of trained dental informaticists available in the labor market. As a result, those who work in the field of dental informatics are very well compensated. Starting salaries in the field of dental informatics average around $80,000 a year, and the average annual salary nationwide for a dental informaticist is around $105,000 a year, almost fifty percent higher than the average nationwide salary for all occupations.
What is pharmaceutical informatics?
Pharmaceutical informatics is taking on increasing importance in a healthcare industry that keeps producing, and looking for, new pharmacological treatments for diseases and disorders that strike the patients who serve as the consumers of healthcare services. Pharmaceutical informatics schools train professionals who use information systems and tools to make the prescription and administration of drugs safer and more efficient, as well as to help medical practitioners determine which treatment from a range of possible drugs is the optimal choice for a particular patient. Health information administrators who specialize in pharmaceutical informatics help reduce prescription errors and detect potential adverse drug reactions and interactions. They provide support in the decision making process that leads to the formulation of treatment plans, track medication compliance, and evaluate drug treatment outcomes. In the corporate setting, they play a vital role in developing new drugs, designing drug trials, and evaluating the results of pharmacological research.
What is involved in becoming a professional in the field of pharmaceutical informatics?
Becoming a pharmaceutical informaticist requires a graduate degree in health informatics or, preferably, a specialized degree in pharmaceutical informatics from a pharmaceutical informatics school or graduate department. Pharmaceutical
What kind of salary do pharmaceutical informaticists make?
Pharmaceutical informatics is a growing field, and health information administrators who specialize in this field are in great demand. Thus, pharmaceutical informaticists are well compensated professionals. While entry-level pharmaceutical informaticists may make salaries that hover around $50,000 a year, those in managerial positions consistently make well over $100,000 annually. The average salary nationwide for a pharmaceutical informaticist in a high-level managerial position is $142,000 a year. Actual salaries may vary based on location, experience, education, skill level, and the type of facility worked in. Pharmaceutical informaticists who work in corporate research and development departments generally make significantly more than their counterparts who work in healthcare facilities or governmental agencies and research facilities.
What is public health informatics?
There are many uses to which a health information administrator can put a public health informatics degree. Public health informatics is a field that combines aspects of epidemiology, public health, and computer science. Public health informaticists use computer technology and other informational systems tools to collect, store, and analyze information about public health. This information can be used to investigate population trends, factors influencing life expectancy, and causes of infant mortality. In addition, public health informatics offers valuable epidemiological data that can be used to spot and analyze trends in diseases and other health phenomena, as well as to devise hypothesis regarding possible causes and aggravating factors and possible cures or prevention methods.
Data gleaned through public health informatics can help officials respond to and devise strategies to address public health crises, including infectious disease outbreaks, cases of tainted medication or meat, or natural disasters that compromise water and food supplies.
Health information administrators who work in the field of public health informatics often work at governmental agencies where they help compile and analyze public health data. They may also find positions at research facilities, think tanks, public policy and non-profit organizations, and academic institutions where they may play a part in proposing, formulating, and modifying public policy as it relates to such issues as public health, disaster response, and disease control.
What kind of degree is needed to work in the field of public health informatics?
Many schools, both traditional campus based and online universities, offer public health informatics degrees. Those seeking a public health informatics program may find what they are looking for at medical schools, schools of public health, schools of public policy and administration, or business schools. It is possible to become a public health informaticist by pursuing a general degree in health informatics and choosing electives that pertain to public health. However, students who choose programs that offer specialized degrees in public health informatics stand to get a better grounding in their subject area and will have better opportunities for advancement in their chosen field. Courses offered in a public health informatics degree program include biostatistics, epidemiology, environmental health, public health policy, data mining techniques, and information technology.
Where do public health informaticists work?
With a public health informatics degree, health information administrators may find work at large governmental agencies devoted to public health and policy, such as the Center for Disease Control and Prevention (CDC) located in Atlanta, Georgia. A special division within the CDC known as the National Center for Public Health Informatics (NCPHI) is devoted to the promotion and development of the field of public health informatics as a valuable tool in the formulation of public policy and educational efforts concerning important public health issues. The NCPHI has recently formed the Public Health Information Network (PHIN), which disseminates news, and information concerning goings on in the public health informatics arena.
Many public health informaticists work for governmental health departments, at the federal, state, municipal, and local levels. Public health informaticists are in charge of the collection and recording of vital health statistics, including data relating to births and deaths, and of information relating to the incidence and spread of communicable diseases within specific communities and in the general public. When a public health emergency or crisis hits—such as an epidemic, pandemic, or natural catastrophe that could lead to the spread of disease—the work of public health informaticists takes on special importance. Using information tools and resources, public health informaticists can predict the spread and incidence of infectious diseases and propose steps to take to reduce contagion and limit communicability. They also collect data from emergency rooms and other health facilities to determine the severity and extent of health emergencies or crises at an early stage. The field of public health information has been instrumental in setting up electronic disease surveillance systems that have helped greatly in the effective treatment and containment of contagious diseases. Public health informatics plays an important role in gauging the effects of and proposing solutions for such problems as child lead poisoning, radiation exposure, and air and water pollution. Some public health informaticists specialize in certain diseases or certain sets of diseases, for instance, sexually transmitted diseases, HIV, or influenza.
What kind of salary does a public health informaticist make?
Salaries for public health informaticists average between $67,000 and $73,000 a year based on nationwide data. This means that public health informaticists make salaries that are up to eight percent higher than the national average for all professions. However, salaries can vary depending upon employer. For instance, the average salary for a public health informaticist working for the federal government is $87,500, which is significantly higher than the general national average. Other factors, such as location, local standard of living, experience level, and educational credentials can affect actual salary levels.
The Health Informatics Management program you need for your future career advancement is listed below among many HIM schools, colleges, and universities. This page was designed to provide you a resource to find what you need quickly and efficiently. Request information from several of the HIM schools, colleges, and universities below in order to find the right program for you.
American Health Information Association,
National Library of Medicine, National Institutes of Health,