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The Public Health Workforce

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Abstract

Defining the public health workforce and specifying its performance requirements present equal challenges as the nation anticipates public health needs for the twenty-first century. The core group of professionals employed by government public health agencies works in close partnership with a wide range of public, private, and voluntary organizations. The wider circle includes almost all physicians, dentists, and nurses, plus many other health, environmental, and public safety professionals. The task of ensuring that this workforce is prepared with skills and knowledge to face both identified and emerging public health challenges is immense.
At the Intersection of Health, Health Care and Policy
doi: 10.1377/hlthaff.21.6.57
, 21, no.6 (2002):57-67Health Affairs
The Public Health Workforce
Kristine Gebbie, Jacqueline Merrill and Hugh H. Tilson
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The Public Health Workforce
Without a competent workforce, a public health agency is as useless
as a new hospital with no health care workers.
by Kristine Gebbie, Jacqueline Merrill, and Hugh H. Tilson
ABSTRACT: Defining the public health workforce and specifying its performance require-
ments present equal challenges as the nation anticipates public health needs for the
twenty-first century. The core group of professionals employed by government public health
agencies works in close partnership with a wide range of public, private, and voluntary orga-
nizations. The wider circle includes almost all physicians, dentists, and nurses, plus many
other health, environmental, and public safety professionals. The task of ensuring that this
workforce is prepared with skills and knowledge to face both identified and emerging public
health challenges is immense.
Public health, a deceptively simple phrase, encompasses all ac-
tivities undertaken by communities to assure the conditions within which
people can be healthy.1To accomplish this, public health practice is at its
heart interdisciplinary, weaving together the various skills, knowledge, attitudes,
and worldviews of the multiple professions involved. Many partners contribute to
this effort, which is distinguished from medical care by its focus on populations
and communities rather than individuals.2Communities are made up of individu-
als, however, and lack of care does diminish a community’s health. Thus public
health services include some provision of care, especially to vulnerable groups.
Public health also reaches beyond medicine or health. Achieving healthier com-
munities requires collaboration with educators, child welfare workers, adult em-
ployment counselors, transportation experts, recreation specialists, public safety
engineers, housing planners, and emergency responders, among others. Public
health professionals respect each contribution and collaborate across organiza-
tional lines, such as in making epidemiological information useful to emergency,
fire, and police commanders responding to emergencies.
nRange of public health partners. Recent events highlight the crucial role of
partnerships. During the anthrax crises of 2001–02 the public health community
provided expert information on the disease agent, public information on the risks of
exposure, and treatment guidelines to government agencies and private health care-
givers and to the public via information hotlines. Partners in response included law
Workforce Issues
HEALTH AFFAIRS ~ Volume 21, Number 6 57
©2002 Project HOPE–The People-to-People Health Foundation, Inc.
Kristine Gebbie is Elizabeth Standish Gill Associate Professor of Nursing and directs the Center for Health Policy
at Columbia University School of Nursing in New York City. Jacqueline Merrill is project manager at the center.
Hugh Tilson is senior adviser to the dean, University of North Carolina School of Public Health, in Chapel Hill.
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enforcement and other public safety agencies, the hospital and community health
systems, office-based physicians, and the media.
Both the terrorist hijacking and anthrax events required public health profes-
sionals to cooperate across governmental levels as well. In New York City the re-
sponse involved the FBI, the U.S. Public Health Service, the Environmental Protec-
tion Agency, and the Air National Guard, among others. New York State provided
additional staff to multiple local agencies, as well as specialized laboratory assis-
tance. Local hospitals and physicians participated in public education, screening for
potential disease cases, and distribution of preventive drugs. In the first two weeks
of October 2001 collaborators such as these responded not only to actual anthrax
exposures but to more than 2,300 false alarms and hoaxes nationwide.3
nMore than emergencies. Beyond the public health response to emergencies
and urgent health threats, public health workers prevent disease and promote
health through collaboration with a growing circle of partners. For example, poor
nutrition and lack of physical activity have combined to create a heavier population
at increased risk of many chronic diseases. Effective community action to change the
risk factors and rear a generation of leaner, more fit adults might be accomplished by
the combined efforts of the entire health community, educators, recreation special-
ists, transportation professionals, grocery and restaurant workers, employers, union
officials, and civic leaders. It is unlikely that any one of these groups alone could
make and sustain the change.4
The systemic underfunding of public health has become a part of public dis-
course in Congress and elsewhere at a level not heard in recent memory. Within
public health, however, dialogue about the need for infrastructure support began
in earnest more than a decade ago with a 1988 Institute of Medicine (IOM) study
of the U.S. public health system.5Healthy People 2010 set specific public health in-
frastructure objectives to improve public health data and information, public
health systems and relationships, and the public health workforce.6Activities tar-
geting the Healthy People 2010 workforce objectives include development of com-
petencies for public health practice, identifying opportunities for and examples of
collaboration between public health and traditional medical practice, and clarify-
ing the composition of the workforce.7This paper summarizes recent efforts by
the public health workforce to describe itself and to define its complex knowledge
needs. It further identifies research questions and challenges to current policy and
resource allocation that must be addressed, if the professionals needed by the na-
tion’s public health infrastructure are to be provided.
Who Is A Public Health Worker?
Public health workers are defined as all those responsible for providing the es-
sential services of public health regardless of the organization in which they
work.8The essential services provided by these workers include the following: (1)
Monitor health status to identify community health problems; (2) diagnose and
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investigate health problems and health hazards in the community; (3) inform, edu-
cate, and empower people about public health issues; (4) mobilize community
partnerships to identify and solve health issues; (5) develop policies and plans
that support individual and community health efforts; (6) enforce laws and regu-
lations that protect health and ensure safety; (7) link people to needed personal
health services and ensure the provision of health care when otherwise unavail-
able; (8) ensure a competent public health and personal health care workforce; (9)
evaluate effectiveness, accessibility, and quality of personal and population-based
health services; and (10) conduct research for new insights and innovative solu-
tions to health problems.9Some of these workers are obvious: The epidemiologist
working for a city health department investigating outbreaks of foodborne disease
is clearly a public health worker, as is the restaurant inspection sanitarian or the
immunization nurse. But so is a hospital-based nurse investigating nosocomial in-
fections and the office-based physician assistant reporting a notifiable condition
to the health department.
Official public health agencies are the most common employers of the nearly
500,000 identifiable public health workers. In 2000 official federal agencies em-
ployed 19 percent of this workforce; state agencies, 33 percent; and local public
health agencies, 34 percent. Other settings such as schools of public health ac-
counted for the remaining 14 percent.10
The public health workforce definition encompasses many others who have not
been counted. These include persons responsible for occupational safety and
health in industry, unions, and government; those doing population-focused
health education on behalf of voluntary organizations (heart disease, cancer, or di-
abetes) and large health care systems; and those reducing environmental hazards,
employed by both governmental agencies and other enterprises.11
nRange of definitions. Public health workers may be defined on three major
dimensions: specific profession (the worker), place of employment (the work set-
ting), or focus of concern (the work).12 A combination of labor market, civil service,
and salary dynamics makes the choice of any one of these problematic.
The worker. Professional categories define workers by formal educational attain-
ment and in some cases a state-issued license to practice. Those in public health
may have initial preparation in one of many professions: dentistry, medicine, nurs-
ing, social work, engineering, or law; they may hold a master’s or doctoral degree
specifically in public health; some hold both public health and other degrees.
Fields include epidemiology, sanitation, statistics, nutrition, and health educa-
tion. Job titles are frequently an inaccurate reflection of the educational prepara-
tion or the work done by an individual. In smaller organizations and rural areas,
for example, a registered nurse (RN) with no specialized public health education
may be both the community’s epidemiologist and its health educator. Public
health practitioners possessing only on-the-job preparation in outreach and edu-
cation also make important contributions to programs such as HIV prevention,
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reproductive health, or chronic disease management.
The work setting. Place-of-employment definitions include separating govern-
mental from nongovernmental public health activities and indicating the level at
which the work occurs (local, state, or national). Essential services of public
health, the main criteria for defining public health work, are performed in govern-
mental public health agencies and in private-sector settings such as hospitals and
community agencies. Examples of non–health department services include
HIV/AIDS education, smoking-cessation programs, maternal/child health promo-
tion, or drinking water systems. Essential public health work is accomplished by
using a range of public or voluntary agencies such as surveillance for reportable
diseases or community education about health problems such as lead poisoning,
pest infestations, or domestic violence. Volunteers augment the activities of gov-
ernmental public health, including the American Red Cross, the American Lung
Association, and others. In 2000, a limited assessment identified close to three
million such volunteers.13
The work. Work descriptions separate workers by the goal of their function or re-
sponsibility. Programmatic labels such as infection control, lead poisoning pre-
vention, child health promotion, or injury prevention may be the common ap-
proach to budget structures, although they provide little information on work-
force. Numbers of people involved are usually reported as full-time equivalents
(FTEs), with or without specification by level or qualifications. Workforce analy-
sis and planning based on FTE information is flawed because a number such as “3
FTE” may represent a partial commitment of as many as ten different workers,
each of whom needs access to resources and lifelong developmental opportunities.
nSnapshot of public health workforce numbers. Accessible information on
public health workers is primarily about those in the fifty-six state and territorial
public health agencies and nearly 3,000 local agencies. These vary widely in size and
composition, from one or two professionals acting as generalists to several thousand
with great internal specialization (Exhibit 1).
In 2000, 50,000 public health nurses served in a variety of roles in governmental
public health agencies, nearly 10 percent of the total workforce, the largest profes-
sional group in public health.14 Other estimates place the number of RNs in both
public health and community health (including home health) at 400,000 out of a
total of 2,186,900 RNs in all settings.15 National projections indicate the need for
more than one million additional nurses within the decade.16 Public health agen-
cies will be at a disadvantage during this period, because they frequently offer
lower wages than private organizations do and will experience intense competi-
tion in hiring and retaining these essential workers.
More than 20,000 environmental health professionals and technicians were re-
ported by governmental public health agencies in 1999, but their number may be
closer to 60,000, as estimated by their leading professional organization.17 The
variance reflects the evolving nature of this profession. Environmental agencies
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independent from local public health agencies are common, and the private sector
realizes the importance of environmental services. Many sanitarians, for example,
are employed in various parts of the food supply and food service industries.
Workforce Issues
HEALTH AFFAIRS ~ Volume 21, Number 6 61
EXHIBIT 1
Summary Of U.S. Public Health (PH) Professionals, By Occupational Title, 2000
Occupation
Federal
agencies
Select
voluntary
agencies
State and
territorial
agencies Total
Administrators
Health administrator 1,152 14,768 15,920
Professionals
Administrative/business professional
Attorney/hearing officer
Biostatistician
3,133
351
684
1,592
250
480
4,725
601
1,164
Clinical, counseling, and school psychologist
Environmental engineer
Environmental scientist and specialist
Epidemiologist
1
3,092
3,951
5
1
1,457
10,931
922
2
4,549
14,882
927
Health economist
Health planner/researcher/analyst
Infection control/disease investigator
Licensure/inspection/regulatory specialist
86
2,074
2
9,625
19
1,499
781
4,155
105
3,573
783
13,780
Marriage and family therapist
Medical and public health social worker
Mental health/substance abuse social worker
Mental health counselor
170
113
2,006
673
2,176
786
Occupation/safety and health specialist
PH dental worker
PH educator
PH laboratory professional
3,619
1,240
126
9,603
1,974
792
2,104
4,485
5,593
2,032
2,230
14,088
PH nurse
PH nutritionist
PH optometrist
PH pharmacist
4,311
269
5
1,180
8,000
36,921
6,411
4
316
49,232
6,680
9
1,496
PH physical therapist
PH physician
PH program specialist
PH student
12
4,055
3,836
37
60
1,953
3,984
14,996
72
6,008
7,820
15,033
PH veterinarian/animal control specialist
Psychiatric nurse
Psychiatrist
Psychologist
1,929
688
108
4
1
67
2,037
4
1
755
Public relations/media specialist
Substance abuse and behavioral disorders
counselor
448
2
12
115
36
575
38
55,799 8,012 113,865 177,676
SOURCE: Bureau of Health Professions, National Center for Health Workforce Information and Analysis, The Public Health
Workforce: Enumeration 2000 (Rockville, Md.: Health Resources and Services Administration, 2000).
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Public health physicians form a relatively small part of the practicing public
health workforce (3 percent) but serve in crucial roles, often as chief health official
or senior clinician in epidemiology, disease control, or maternal and child health.18
Recent attention has focused on the need to retain and strengthen the physicians
voice in interdisciplinary public health practice and on the need for all physicians
to understand and contribute to public health. Neither can happen if physicians
are employed by public health programs only for a limited number of clinical
hours, or if the public health component of medical education is not strengthened.
Public health laboratory workers support public health surveillance and epide-
miology. In governmental agencies they are estimated to number more than 20,000
professionals and technicians.19 These workers require skills to recognize the pub-
lic health significance of findings in ways that differ from those of the clinical labo-
ratory. One hallmark is their readiness to respond quickly to surge demands asso-
ciated with outbreak investigations. Any complete count of these workers,
however, would include the staff in other clinical and environmental laboratories
such as those that perform testing for hazardous exposure in the workplace.
nSupply of professionals. Workforce analysis in public health is challenging
because of the complexities described above; it has been complicated by shifts in
public policy, public interests, and funding. There has not been a national system of
public health workforce studies for at least twenty years, yet other national policies
have a large impact on the workforce. There are no long-term recruitment and edu-
cation strategies to fill the workforce pipeline under even routine conditions. For
example, federal legislation enacted in response to the threat of bioterrorism has re-
sulted in approximately 2,300 new jobs in public health at the state level and addi-
tional positions in local agencies, with no specific funds to increase the overall pool
of prepared workers.20 At the same time, an economic downturn has lowered tax
revenues, leading to cuts in agency budgets and associated staff reductions.
In 2000, thirty-two U.S. schools of public health graduated approximately
16,000 individuals.21 In addition, fourteen accredited graduate programs of com-
munity health education and thirty-five accredited graduate programs of commu-
nity health/preventive medicine supplied approximately 800 more graduates with
a master of public health, health administration, or health educator degree.22
Most of these graduates find employment outside governmental public
health.23 For example, Columbia University documents that among public health
graduates of the past three years, fewer than half have found employment in public
health agencies (Exhibit 2). Also, the routine turnover associated with retirement,
family relocations, and career changes in all sectors of public health will absorb
many graduates, with no increase in overall capacity.
One policy challenge is setting human resources/personnel practices that sup-
port adequate staffing of health departments. Within the public health commu-
nity there is advocacy for development of a competency-based personnel system
and reform of civil service systems, hiring practices, and related salary structures.
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These were effective in increasing professionalism when they were created but to-
day are unable to react quickly to change and conspire to permit hiring of incom-
pletely qualified persons, paying them less than earned in positions of comparable
responsibility in other sectors.
Public Health Knowledge
nCore areas of public health. The core areas of public health required in grad-
uate public health degree programs are health services administration, biostatistics,
epidemiology, behavioral sciences, and environmental health sciences. These core
areas may be the entire focus of study, or another area such as international/global
health, public health dentistry, laboratory practice, nutrition, public health practice
and program management, maternal and child health, or occupational safety and
health may be added.24 The Public Health Workforce Collaborative, representing
federal public health agencies, state and local public health agencies, and academic
public health associations, has affirmed that the sciences on which public health is
based have expanded to include genomics and informatics, with an increased focus
on risk communication and community leadership in environmental and behavioral
sciences.
Effective public health practice requires attainment of additional analytic, com-
munication, and cultural skills. Those with more organizational responsibility
also need facility in management and financial planning.25 Some of this knowledge
may be part of a professional curriculum, meaning that even a nonspecialized
practitioner has rudimentary skills and knowledge. However, only advanced
study can lead to mastery of the full range of public health. Those entering a
school of public health without a health-related education may need additional
basic education in these subjects.
Disparities in worker qualifications raise policy issues in preparation, continu-
ing education, recruitment, and retention. A National Strategic Plan for the Devel-
opment of the Public Health Workforce has been developed with support from
the Centers for Disease Control and Prevention (CDC) and the active participa-
Workforce Issues
HEALTH AFFAIRS ~ Volume 21, Number 6 63
EXHIBIT 2
Employment Settings Of Graduates Of Mailman School Of Public Health, Columbia
University, Class Of 1999–2001
Public health agencies
Academic and research institutions
Other nonprofits (including NGOs, PVOs)
41%
19
11
Profit-making entities other than consulting and pharmaceutical but including managed care
Consulting firms
Pharmaceutical companies
16
7
6
SOURCE: Columbia University, Mailman School of Public Health, Office of Career Services.
NOTES: NGOs are nongovernmental organizations. PVOs are private voluntary organizations.
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tion of the Workforce Collaborative. Key recommendations include support for a
national lifelong distance-learning system; credentialing of public health officials;
and development of competencies in public health and specialty areas.
Continuing education and distance learning. Even for individuals with the current
skills today, continuing education is essential as the field changes.26 The disper-
sion of a large proportion of public health workers in small organizations with lit-
tle backup and limited budgets makes it challenging for these workers to remain
current.27 Expanded availability of distance-learning approaches, including Web-
based learning, satellite downlink broadcasts, CD-ROM learning modules, and
telephone conference-call courses, eases some of these problems. The Public
Health Practice Program Office at the CDC and the Bureau of Health Professions
at the Health Resources and Services Administration (HRSA) have funded
workforce development and preparedness training centers in close to thirty aca-
demic centers, with a strong evaluation component poised to address many of the
challenges described here.28 Individuals must accept responsibility to take advan-
tage of what is offered, and employers must support regular access to these re-
sources.
Credentialing and certification. For the past five years public health leaders have ex-
plored the question of whether there should be certification for public health
practice.29 Some states have already moved in this direction. New Jersey requires
licensure as a public health administrator for anyone employed to run a local
health department; Illinois is moving to certify directors of local health depart-
ments.30 Many states stipulate credentials for state health officials, such as a medi-
cal license, or specialized training in preventive medicine or public health.31 Con-
fusion exists even among those health professionals who are credentialed, because
many physicians who are active and effective in public health may have board certif-
ication in preventive medicine, but others may come from other specialty areas.32
If professional certification were based on having a master of public health
(MPH) degree, a majority of today’s workforce would not qualify, and recruitment
would be impossible in many areas.33 Certification by examination or experience
beyond the MPH or other professional degree might be redundant for profession-
als who have specialty certification such as preventive medicine or a graduate de-
gree in public health nursing. National certification for health educators and
sanitarians already exists. The number of unresolved issues suggests that it will be
some time before there is a well-developed national program.
Competency development. At the same time, the increasing clarity about the compe-
tencies needed to practice public health means that desired outcomes can be
stated and incorporated into position descriptions or program specifications. The
64 November/December 2002
Elements Of Public Health
“Public health workers lacking adequate training can cause immense
harm that will be measured in illness or death years later.”
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Council on Linkages between Public Health Practice and Academia has provided
an excellent framework of core competencies for front-line professionals, ad-
vanced practitioners, and leaders in public health.34 Grouped in eight domains,
these competencies provide a foundation from which more-specific competencies
such as those in emergency preparedness and genomics have been built. The eight
domains are analytic assessment, policy development/program planning, commu-
nication, cultural competency, community dimensions of practice, basic public
health sciences, financial planning and management, and leadership and systems
thinking.35 Additional competency sets identify needed capacities in genomics,
emergency response, bioterrorism readiness, law, and informatics.
nIntegrating public health into all health education. Accompanying the
movement toward better preparation of the public health workforce is an interest in
assuring that all health professionals learn rudimentary public health skills. This
work includes such activities as expected public health competencies for baccalau-
reate nursing graduates and the development of basic public health curriculum
units suitable for use in any baccalaureate or graduate health professional program.36
If effectively done, this activity would mean that when those in public health organi-
zations reach out for collaboration, they find a larger pool of partners.
Challenges To Workforce Development
Public health has both a day-to-day sustaining role and a pivotal emergency role
in every community; this role can only be assured when the workforce has proper
resources, allowing official health agencies to partner with the wider circle of
public health workers.37 Thus, the nation faces a basic public policy challenge: to
balance this investment with the other high priorities in today’s faltering economy
and in the face of the imminent dangers in a terrorized world.
The improvements cannot wait; they must be made without all the answers.
The gaps in our knowledge base require a vigorous, comprehensive, and immedi-
ate research agenda to support policy decisions. That so many questions remain
unanswered, when systems research is already seen as an essential service of pub-
lic health, only provides further testimony to a long-term lack of resources.
Among the unanswered questions are (1) What is the “right” balance of part-
nership efforts between governmental public health and other professionals or
volunteers? (2) How do the core public health competencies translate into effec-
tive professional output? (3) What should be tested, how, and on whom before a
credential is issued? (4) What evidence relates the MPH or other degree to pro-
ductivity in the workplace?
The Academy for Health Services Research and Health Policy has created a new
public health systems research focus, which convened for the first time in 2002.38
This will provide a platform for the dissemination and encouragement of needed
public health workforce studies. The nation has made education in other profes-
sions a matter of national priority, with standards, targets, and funding. The fund-
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ing of public health traineeships and support for educational programs and insti-
tutions is equally important.
The public health workforce is a complex mixture of health profes-
sionals and others. While the core of this workforce is relatively easy to
identify, the edges merge with many other groups having overlapping or
congruent missions. For policy purposes, more important than crisply defining
the limits of the workforce is the need for continuing development of a knowledge
base for defining competency, and for establishing the workforce contribution to
an effective public health infrastructure. More important yet is the need to staff
each local and state public health agency and partner organization in the commu-
nity with competent, dedicated public health professionals. Without a competent
workforce, a public health agency is as useless as a new hospital with no physi-
cians, nurses, or technicians. Indeed, public health workers lacking adequate
training or preparation and regular upgrading of skills have the potential to cause
immense harm that will only be measured in illness or death many years later.
The authors acknowledge the members of the Public Health Workforce Collaborative for their seminal work.
NOTES
1. Institute of Medicine, The Future of Public Health (Washington: National Academy Press, 1988).
2. IOM, Committee on Public Health for the Twenty-first Century, unpublished committee proceedings.
3. U.S. Department of Justice, “Campaign against Terrorism: FBI, U.S. Justice Department Investigate An-
thrax Threats,” Press Release, 16 October 2001, www.embajadausa.org.ve/wwwh841.html (24 July 2002).
4. L. Green, M. Daniel, and L. Novick, “Partnerships and Coalitions for Community-Based Research,” Public
Health Reports 1, no. 116 (2001): 20–31.
5. See IOM, The Future of Public Health.
6. U.S. Department of Health and Human Services, Office of Disease Prevention and Health Promotion,
Healthy People 2010 (Washington: DHHS, 2000).
7. Council on Linkages between Academia and Public Health Practice, “Core Competencies for Public
Health Professionals,” www.trainingfinder.org/competencies/list.htm (20 May 2002); and R.D. Lasker
and the Committee on Medicine and Public Health, Medicine and Public Health: ThePower of Collaboration (Chi-
cago: Health Administration Press, 1997).
8. DHHS, Public Health Service, The Public Health Workforce: An Agenda for the Twenty-first Century (Washington:
U.S. Government Printing Office, 1994), 4.
9. Public Health Functions Steering Committee, Public Health in America, 28 November 2000, web.health.gov/
phfunctions (7 July 2002).
10. DHHS, Health Resources and Services Administration, The Public Health Workforce: Enumeration 2000
(Rockville, Md.: HRSA, December 2000).
11. G.P. Mays, P.K. Halverson, and R. Stevens, “The Contributions of Managed Care Plans to Public Health
Practice: Evidence from the Nation’s Largest Local Health Departments,” Public Health Reports 116 (2001):
50–67.
12. V. Kennedy and F. Moore, “A Systems Approach to Public Health Workforce Development,” Journal of Pub-
lic Health Management and Practice 7, no. 4 (2001): 17–22.
13. See DHHS, The Public Health Workforce: Enumeration 2000.
14. Ibid.
15. E. Spratley et al., The Registered Nurse Population: Findings from the National Sample Survey of Registered Nurses
(Rockville, Md.: HRSA, Bureau of Health Professions, Division of Nursing, 2000); and U.S. Department of
66 November/December 2002
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Labor, Bureau of Labor Statistics, “2000 National Occupational Employment and Wage Estimates: 29-1111
Registered Nurses,” 15 November 2001, www.bls.gov/oes/2000/oes291111.htm (24 July 2002).
16. D. Hecker, “Occupational Employment Projections to 2010,” Monthly Labor Review (November 2001).
17. DHHS, The Public Health Workforce: Enumeration 2000; and Nelson Fabian, executive director, National Envi-
ronmental Health Association, personal communication, 11 November 1999.
18. DHHS, The Public Health Workforce: Enumeration 2000.
19. Ibid.
20. Emergency Supplemental Act, 2002, P.L. 107-117, 20 December 2001, and Amendments, 10 January 2002; and
Public Health Threats and Emergencies Act, 2000, Title I, P.L. 106-505, Sec. 2731, 13 November 2000.
21. Association of Schools of Public Health, Annual Data Report (Washington: ASPH, 1996).
22. Sheila Smythe, dean of graduate studies, New York Medical College School of Public Health, personal
communication, April 2002.
23. Edward Baker, assistant surgeon general, Centers for Disease Control and Prevention, personal communi-
cation, April 2002.
24. ASPH, “What Is Public Health? Core Areas of Public Health,” www.asph.org/aa-section.cfm/3/53 (15 July
2002).
25. A.A. Sorenson and R.G. Bialek, eds., The Public Health Faculty/Agency Forum: Linking Graduate Educationand Prac-
tice, Final Report (Gainesville: University Press of Florida, 1991).
26. Centers for Disease Control and Prevention, Office of Workforce Policy and Planning, Proceedings from
the Public Health Workforce Development Expert Panel Workshop, 1–2 November 2000.
27. R.B. Gerzoff, C.K. Brown, and E.L. Baker, “Full-Time Employees of U.S. Local Health Departments,
1992–1993,” Journal of Public Health Management and Practice 5, no. 3 (1999): 1–9; and K.M. Gebbie and I.
Hwang, Preparing Currently Employed Public Health Professionals for Changes in the Health System (New York: Co-
lumbia University School of Nursing, 1998).
28. CDC, Public Health Practice Program Office, Office of Workforce Policy and Planning, “Centers for Pub-
lic Health Preparedness (CPHP),” www.phppo.cdc.gov/owpp/CPHPLocations.asp (20 May 2002); and
HRSA, Bureau of Health Professions, “Public Health Training Centers,” www.bhpr.hrsa.gov/publichealth/
phtc.htm (20 May 2002).
29. M. Akhter, “Professionalizing the PH Workforce: The Case for Certification,” Journal of Public Health Man-
agement and Practice 7, no. 4 (2001): 46–49.
30. B.J. Turnock, “Competency-Based Credentialing of Public Health Administrators in Illinois,” Journal ofPub-
lic Health Management and Practice 7, no. 4 (2001): 74–82.
31. Association of State and Territorial Health Officials, “The Recruitment, Selection, and Retention of a State
Health Official: A Guide for the Appointing Authority” (Brochure) (Washington: ASTHO, 2000).
32. H. Tilson and K.M. Gebbie, “Public Health Physicians: An Endangered Species,” American Journal of Preven-
tive Medicine 21, no. 3 (2001): 233–240.
33. S. Dandoy, “Educating the Public Health Workforce,” American Journal of Public Health 91, no. 3 (2001):
467–468.
34. See Council on Linkages, “Core Competencies.”
35. CDC, Public Health Practice Program Office, Core Competencies in Emergency Preparedness for All Public Health
Worke r s (New York: Columbia University School of Nursing, 2001); and CDC, “Genomic Competencies for
the Public Health Workforce at Any Level in Any Program,” 28 June 2001, www.cdc.gov/genomics/
training/competencies/comps.htm#workforce (20 May 2002).
36. American Association of Colleges of Nursing, The Essentials of Baccalaureate Education for Professional Nursing
Practice (Washington: AACN, 1998); and South Carolina Area Health Education Consortium, “Health Ed-
ucation,” www.ahec.net (20 May 2002).
37. CDC, Office of Workforce Policy and Planning, Public Health’s Infrastructure: A Status Report (Washington:
DHHS, 2002).
38. Academy for Health Services Research and Health Policy, 2002 Annual Research Meeting, “The First Pub-
lic Health Systems Research Meeting: Transferring Research into Preparedness,” 22 June 2002, www.
academyhealth.org/2002/cdc/agenda.htm (7 August 2002).
39. IOM, “Clinical Research Roundtable,” www.iom.edu/iom/iomhome.nsf/pages/clinical+research+
roundtable (7 August 2002).
Workforce Issues
HEALTH AFFAIRS ~ Volume 21, Number 6 67
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... Although primary care and public health practices are interdisciplinary by nature, we focused only on medical students and physicians in this study. Despite comprising a relatively small component of the public health workforce, physicians often serve in leadership roles in health systems [43]; thus, physicians with a deeper understanding of both primary care and public health are needed to strengthen health systems. However, further research should explore the integration of primary care and public health in other equally important health professions, such as nursing, midwifery, and dentistry. ...
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Objectives: Primary care and public health comprise the bedrock of health systems, but their divergence has produced two groups of practitioners either focused on individual health or population health. We explored how primary care and public health were integrated in medical students’ training in Zamboanga Peninsula, Philippines. Methods: Our qualitative study reviewed community health plans in two municipalities and thematically analyzed the perspectives of medical students, faculty, alumni, and community stakeholders through focus group discussions and in-depth interviews. Results: Integration began by operationalizing a curriculum requiring medical students to serve rural communities during most of their training—a departure from the conventional, hospital-based medical education in the Philippines. The medical students’ community immersion provided opportunities for integrating primary care and public health activities that influenced their personal orientations and the health situation in communities. Integration continued after training as alumni found themselves serving as primary care and public health practitioners in the region. Conclusion: Social accountability and community-engaged medical education provided the foundation for medical students to integrate primary care and public health in practice to respond to local needs.
... Graduates recognize the competencies that are most required by employers: computer skills, good work organization, independence, resistance to stress, problem-solving skills, active knowledge of a foreign language. There are visible discrepancies here, graduates do not perceive soft skills as important skills that employers pay attention to [27][28][29]. Another study in the field of determinants of employment oppor-tunities for graduates and of the PH graduates' competencies includes in its summary the most important competencies of a PH graduate employed in local government administration, among which the ability to work under pressure and coping with stress was placed first on the list [30]. However, these factors may differ in a given countries. ...
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Strengthening of the professionalism of public health (PH) specialists may be the response to changes in health care systems. The aim of the study was to explore the potential and restrictions associated with job search by PH graduates, as well as to examine their opinions on their position on the labor market. The survey was conducted using questionnaire (CAWI) on 107 respondents from two medical universities in 2019. The average age of the respondents was 24.5. 5.61% and 17.76% of graduates from both universities respectively declared that the university prepared students well. Most respondents indicate internships, apprenticeships organized by employers (78%) and accepting graduates without professional experience (64%) as employers’ activities which facilitate entering the labor market. Graduates considered the most important obstacles in finding work to be: low interest in PH graduates work, insufficient contacts and relationships and insufficient professional experience. Their competencies do not coincide with the expectations of employers. Employers and universities do not establish sufficient cooperation. Although the dependency between the place of study and the graduates’ perception of the role of university and employers facilitating entry into the labor market and re-selection of the study is not strong, it should not be ignored in shaping education programs.
... Public health is in the midst of a transition. There is growing recognition of the need to improve the public health infrastructure, including development of a highly competent public health workforce (Gebbie and Turnock 2006;Gebbie et al. 2002;Baker et al. 2005). In the past it has largely been an unseen discipline, responsible primarily for preventing adverse health events through actions often grouped under the heading of sanitary engineering. ...
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Pennsylvania ranks last nationally among all states in the size of its public health workforce per capita. More than a doubling of the current workforce would be needed for Pennsylvania to achieve even the national average. For the foreseeable future Pennsylvania will depend even more heavily than other states on having a highly skilled public health workforce to overcome our shortages in numbers. In this paper, I will discuss the efforts to at long last develop a core credential for the public health workforce and the potential impact this will have on ensuring a highly competent public health work force capable of responding to the public health challenges facing our state and our nation. I will also consider the relationship between public health and medicine including comparing the approaches toward credentialing. Public health is virutally the only professional field without a credential. After many years of committees, task forces, and a recommendation from the Surgeon General, the National Board of Public Health Examiners (NBPHE) was incorporated in December 2005. Its volunteer board has seats allocated to a broad range of participating public health organizations. The first credentialing examination in August 2008, will test for knowledge of core and cross-cutting educational competencies that are relevant to the practice of public health. The driving forces leading to credentialing in public health include: 1) heightened recognition of the importance of the public health work force; 2) an increase in both the absolute number and percent of public health graduates who have no other credential; 3) increase in the availability of public health graduate education throughout the country; 4) societal demand for credentialing and for professional accountability; and 5) improved delineation of the core and cross-cutting educational competencies underlying public health practice.
... Recognizing the need for a larger public health workforce in Colorado and a survey indicating strong interest in public health among undergraduate students, the Department of Health and Behavioral Sciences at the University of Colorado Denver proposed an undergraduate program offering Bachelor of Arts and Bachelor of Science degrees and minors in public health (Gebbie et al., 2002;Rosenstock et al., 2008). Faculty agreed to promote health equity through an understanding of the social determinants of health as central to our program. ...
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Academics are challenged to shift from traditional lecture models to accommodate rising student expectations, digital delivery platforms, and inclusive evidence-based classroom practices. As a solution, co-teaching can add value to undergraduate students’ and faculty’s learning and problem-solving skills. We investigated effective co-teaching practices in higher education and its impact on students’ learning outcomes. We analyzed co-teachers’, teaching assistants’, and students’ interview and focus group data and an external evaluator’s assessment of co-teaching classroom dynamics using thematic analysis; surveys on what co-teachers learned from teaching together; and students’ self-reported learning assessments with co-teaching using descriptive analysis in two undergraduate Introduction to Public Health and Health Policy courses. Co-teachers learned from one another in teaching styles, troubleshooting, collegiality, and shared goals to improve students’ learning outcomes. Given our limited student sample, students appreciated different co-teacher’s perspectives, more resources and instructor help, despite not always receiving a balanced biomedical perspective.
... In Israel, as elsewhere, the public health workforce (PHW) is challenging to define, classify, and enumerate due to the absence of professional licensure or certification. Furthermore, there is no consensus on the designation of a "public health practitioner", and central registries of PH professionals (apart from public health physicians and nurses) do not exist [11,12]. The lack of professional categorization and recognition at the regulatory level detracts from the attractiveness of being a member of the PHW [13]. ...
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Health services quality and sustainability rely mainly on a qualified workforce. Adequately trained public health personnel protect and promote health, avert health disparities, and allow rapid response to health emergencies. Evaluations of the healthcare workforce typically focus on physicians and nurses in curative medical venues. Few have evaluated public health workforce capacity building or sought to identify gaps between the academic training of public health employees and the needs of the healthcare organizations in which they are employed. This project report describes the conceptual framework of "Sharing European Educational Experience in Public Health for Israel (SEEEPHI): harmonization, employability, leadership, and outreach"-a multinational Erasmus+ Capacity Building in Higher Education funded project. By sharing European educational experience and knowledge, the project aims to enhance professionalism and strengthen leadership aspects of the public health workforce in Israel to meet the needs of employers and the country. The project's work packages, each jointly led by an Israeli and European institution, include field qualification analysis, mapping public health academic training programs, workforce adaptation, and building leadership capacity. In the era of global health changes, it is crucial to assess the capacity building of a well-qualified and competent workforce that enables providing good health services, reaching out to minorities, preventing health inequalities, and confronting emerging health challenges. We anticipate that the methods developed and the lessons learned within the Israeli context will be adaptable and adoptable by other countries through local and cultural adjustments.
... This may be, in part, due to the complexities of defining the U.S. public health workforce, which includes not only those who work for federal, state, and local governmental public health agencies (approximately 97,000 state and 147,000 local public health staff [15], but also workers in community based organizations, public health staff in health care systems, those working in academic public health, and others [16]. Defined more broadly, the U.S. public health workforce may include anyone engaged in activities that "assure the conditions within which people can be healthy," which may include many workers across health care, environmental health, and health and safety [17]. The U.S. public health workforce also includes workers with various backgrounds working in diverse settings and roles such as physicians and nurses, managers, economists, and community development [18]. ...
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While the health impacts of the COVID-19 pandemic on frontline health care workers have been well described, the effects of the COVID-19 response on the U.S. public health workforce, which has been impacted by the prolonged public health response to the pandemic, has not been adequately characterized. A cross-sectional survey of public health professionals was conducted to assess mental and physical health, risk and protective factors for burnout, and short- and long-term career decisions during the pandemic response. The survey was completed online using the Qualtrics survey platform. Descriptive statistics and prevalence ratios (95% confidence intervals) were calculated. Among responses received from 23 August and 11 September 2020, 66.2% of public health workers reported burnout. Those with more work experience (1–4 vs. <1 years: prevalence ratio (PR) = 1.90, 95% confidence interval (CI) = 1.08−3.36; 5–9 vs. <1 years: PR = 1.89, CI = 1.07−3.34) or working in academic settings (vs. practice: PR = 1.31, CI = 1.08–1.58) were most likely to report burnout. As of September 2020, 23.6% fewer respondents planned to remain in the U.S. public health workforce for three or more years compared to their retrospectively reported January 2020 plans. A large-scale public health emergency response places unsustainable burdens on an already underfunded and understaffed public health workforce. Pandemic-related burnout threatens the U.S. public health workforce’s future when many challenges related to the ongoing COVID-19 response remain unaddressed.
Article
Context During the COVID-19 pandemic, the United States relied on the public health workforce to control the spread of COVID-19 while continuing to provide foundational public health services. Facing longstanding staffing shortages, state, tribal, local, and territorial (STLT) public health agencies (PHAs) used various strategies and supports to surge the workforce in response to the pandemic. Objectives The study explored (1) the types of strategies and supports STLT PHAs used to surge the public health workforce during the pandemic, (2) assessments of surge strategies and supports, and (3) approaches to using the range of surge strategies available. Design We conducted 27 semi-structured interviews in 2023 and performed thematic analysis. Participants Interviewees included STLT public health officials, leaders of organizations that directly supported the COVID-19 workforce surge, and public health workforce experts indirectly involved in the workforce surge. Results To surge the workforce, interviewees relied on partnerships, staffing agencies, the National Guard, the Centers for Disease Control and Prevention Foundation’s COVID-19 Corps, the Medical Reserve Corps, and other strategies. Interviewees valued strategies that rapidly engaged staff and volunteers at no cost to their PHA and flexible funding from the federal government to support surge efforts but noted shortcomings in the strategies and supports available. Interviewees described using multiple strategies simultaneously but noted challenges in implementing these strategies due to inadequate planning and insufficient staff and resources. Conclusion The study underscores the need for STLT PHAs to establish mechanisms to surge the workforce as part of ongoing planning for emergency preparedness. Focus areas include building administrative and hiring capacity within STLT PHAs and sustaining partnerships and contractual agreements that helped fill staffing gaps during the pandemic. To support efforts to build workforce capacity to meet future surge management needs, STLT PHAs should consider creative solutions to attract and retain staff, as well as opportunities to engage students in public health work.
Article
Context: There have been multiple calls in the United States for public health workforce development approaches that expand practitioner skill sets to respond to profound inequities and improve population health more effectively. However, most workforce models address individual competencies that instead focus on collective approaches to systems change. Program: In response to this opportunity, the HRSA-funded Regional Public Health Training Centers (PHTCs) and the University of Illinois Chicago Policy, Practice, and Prevention Research Center (P3RC) released Creating a Learning Agenda for Systems Change: A Toolkit for Building an Adaptive Public Health Workforce (the Toolkit) in December 2020. We later supplemented the Toolkit with additional learning activities to launch the Learning Agenda Toolkit Pilot Test (Toolkit Pilot). Implementation: From June to August 2021, 24 diverse teams piloted the Toolkit. Teams completed a multistep process simulating the development of a learning agenda aimed at addressing community health issues and impacting systems change. Evaluation: We conducted an evaluation process to assess the usability and impact of the Toolkit Pilot to inform its improvement and future implementation. An evaluation subcommittee analyzed worksheets completed by the Pilot Teams that are aligned to the Learning Agenda steps and conducted and analyzed 12 key informant interviews using concepts from the Toolkit Pilot Logic Model. Findings and discussion: Evaluation results suggest that most Pilot Teams found that the Toolkit Pilot offered a step-by-step process toward a clear vision that produced a concrete product on how to address community challenges through learning and systems change. Pilot Teams noted that the Toolkit Pilot provided exposure to and a unique focus on systems thinking; however, prior knowledge of systems thinking and systems change was important. Building readiness for systems change and having more time, resources, and technical assistance would be needed for future versions of the Learning Agenda Toolkit.
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The global COVID-19 crisis exposed the critical need for a highly qualified public health workforce. This qualitative research aimed to examine public health workforce competencies needed to face COVID-19 challenges and identify the gaps between training programs and the competency demands of real-world disasters and pandemics. Through a sample of thirty-one participant qualitative interviews, we examined the perspectives of diverse stakeholders from lead public health organizations in Israel. Grounded Theory was used to analyze the data. Six themes emerged from the content analysis: public health workforce's low professional status and the uncertain future of the public health workforce; links between the community and Higher Education institutions; the centrality of communication competencies; need to improve health promotion; the role of leadership, management, and partnership, and innovation in public health coherence. Increasing the attractiveness of the profession, professional and financial support, and improving the working conditions to ensure a sustainable and resilient PH system were deemed necessary. This paper describes and cultivates new knowledge and leadership skills among public health professionals, and lays the groundwork for future public health leadership preparedness programs.
Article
Introduction: Many young and ambitious physicians purposefully seek out meaningful careers in academic medicine, yet there are no evidence-based findings to assist these individuals in how to succeed in advancing their careers in this unique work environment. For early and mid-career faculty, a growing number of trainings and opportunities are available but with little insight as to which choices may have the biggest impact. One common perception is the need for additional advanced training, such as a Master of Public Health. Aims and Method: This study sought to provide evidence-based information about additional training by quantifying the benefit of added degrees on promotion for primary care physicians. The project was conducted as a cross-sectional study in 2019 using publicly available online data of full-time academic faculty in primary care departments within schools of medicine across the United States. Two data sets were obtained, one with a nationally represented sample of family medicine physicians and the second being a multispecialty cohort from academic institutions across Texas. Analyses included descriptive statistics, unadjusted generalized linear regression models (i.e., logistic regression), and adjusted models per academic rank level (i.e., those associated with higher academic rank (Associate and Associate to Full Professors) amongst all academic clinicians and those associated with higher rank (Full Professors only) amongst mid and senior level academic clinicians). Results: Added degrees were held by approximately 14% of all academic family physicians and approximately 12% of all primary care physicians. Amongst all family physicians, all added degrees were associated with an increased likelihood of association of being in a higher academic rank (aORs between 2.05 – 3.20), whereas PhD, MPH, and MS were the only added degrees associated with higher academic rank amongst mid and senior level faculty (aOR 1.85 – 2.47). Amongst all primary care specialties, an added degree continued to be significantly associated with higher academic rank amongst all faculty (aOR = 2.97, p-value 0.03). Important other covariates were found to be gender, specialty, and time in practice. Discussion: While general perceptions and beliefs commonly portray added degrees as beneficial investments for physicians, this study is the first to demonstrate and quantify this correlation. While there are numerous confounders, this study adjusts for many demographic features as well as time in practice, all of which that are known or proven to be associated with promotion. However, it is still challenging to account for academic productivity and future studies are being designed to better clarify the context surrounding the motivations and outcomes associated with physicians who obtain added degrees.
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Comprehensive data on the public health workforce are fundamental to workforce development throughout the public health system. Such information is also a critical data element in public health systems research, a growing area of study that can inform the practice of public health at all levels. However, methodologic and institutional issues challenge the development of comparable indicators for the federal, state, and local public health workforce. A 2006–2007 Association of State and Territorial Health Officials workforce enumeration pilot project demonstrated the issues involved in collecting workforce data. This project illustrated key elements of an institutionalized national system of workforce enumeration, which would be needed for a robust, recurring count that provides a national picture of the public health workforce.
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This article describes a core public health nursing curriculum, part of a larger project designed to identify the skills needed by practicing public health workers if they are to successfully fill roles in the current and emerging public health system. Two focus groups of key informants, representing state and local public health nursing practice, public health nursing education, organizations interested in public health and nursing education, federal agencies, and academia, synthesized material from multiple sources and outlined the key content for a continuing education curriculum appropriate to the current public health nursing workforce. The skills identified as most needed were those required for analyzing data, practicing epidemiology, measuring health status and organizational change, connecting people to organizations, bringing about change in organizations, building strength in diversity, conducting population-based intervention, building coalitions, strengthening environmental health, developing interdisciplinary teams, developing and advocating policy, evaluating programs, and devising approaches to quality improvement. Collaboration between public health nursing practice and education and partnerships with other public health agencies will be essential for public health nurses to achieve the required skills to enhance public health infrastructure.
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Occupations requiring a postsecondary vocational award or an academic degree, which accounted for 29 percent of all jobs in 2000, will account for 42 percent of total job growth from 2000 to 2010.
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This article describes a study to assess the most recent data on full-time U.S. local health department (LHD) staff positions. The authors used data from the National Association of County and City Health Officials' 1992-1993 national survey of LHDs. The study concludes that nurses, environmental specialists, sanitarians, and administrators constitute the core of the public health workforce in smaller and mid-sized LHDs. Numerous vacancies in these core occupations signal a weakness in the front lines of public health and vulnerability in its ability to respond to urgent health threats. To address these problems, a renewed commitment to recruiting, retraining, and retaining the local public health worker is urgently needed.
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Public health deals with the health and well-being of the population as a whole and its achievements over the past century, especially in the richer countries, have been truly impressive. What direction should public health take in the future?
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This article describes an initiative to develop and implement a competency-based credentialing program for public health managers and administrators that is linked with practice performance standards for local public health systems. The Illinois Public Health Administration Certification Board represents an innovative model for credentialing public health workers, placing equal value on competencies secured through education and training and those demonstrated in practice. Competency-based credentialing of public health administrators may have applicability for other segments of the public health workforce.
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During the 1990s, several distinct but interrelated efforts to strengthen the public health infrastructure were launched. Defining public health work in terms of core functions and essential services, these efforts focused on the competence of the workforce and the performance of public health agencies. The systems approach offered here highlights the relationships and interdependencies among these three components of public health practice: (1) the work, (2) the worker, and (3) the work setting. The model suggests that advances in public health workforce development may require major public health organizational development efforts.