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Student-to-faculty ratios, teaching loads, and salariesin associate degree nursing programs in thecentral United States
Donna Jones MSN, RNa,*, Barbara Caton MSN, RNa, Joyce DeWitt MSN, RNa,Nancy Stubbs MSN, RNb, Esther Conner MSN, RNc
aDepartment of Nursing, Missouri State University-West Plains, West Plains, MO 65775, USAbDepartment of Nursing, Texas County Technical Institute, Houston, MO 65483, USAcPhysicians Group Practice Project, St. John’s Health Plans Medical Management, Springfield, MO 65807, USA
1557-3087/$ – see front matter D 2007 N
doi:10.1016/j.teln.2006.10.004
* Corresponding author. Tel.: +1 417 2
E-mail address: donnajones@missouri
KEYWORDS:Nursing education;
Faculty workload;
Costs
Abstract While much can be found in the literature about what constitutes quality teaching and
learning, little published research addresses how to structure faculty workloads to maximize faculty
productivity without jeopardizing program quality. This descriptive study provides an initial look at
issues of program structure (student-to-faculty ratios in class and in clinical settings, teaching loads for
the director and the faculty, and salaries) that most affect the cost of delivery for associate degree
nursing programs.
D 2007 National Organization for Associate Degree Nursing. Published by Elsevier Inc. All rights
reserved.
1. Introduction
Current socioeconomic trends have identified that a
shortage of both nurses and nursing faculty will persist
and is likely to worsen over the next 20 years. All nursing
programs are seeking ways to increase enrollment, attract
faculty, minimize costs, and increase quality. While much
can be found in the literature regarding what constitutes
quality teaching and learning, little published research
addresses how to structure faculty workloads to maximize
faculty productivity without jeopardizing program quality.
This descriptive study provides an initial look at these issues
ational Organization for Associate Deg
55 7245; fax: +1 417 255 7246.
state.edu (D. Jones)
of program structure (student-to-faculty ratios in class and
inclinical settings, teaching loads for the director and the
faculty, and salaries) that most affect the cost of delivery for
associate degree nursing programs.
2. Literature review
Few studies regarding cost strategies that are related to
implementing an associate degree nursing program have
been published. One apparent reason noted in investigating
cost-effectiveness for clinical education in 2-year colleges is
that few programs are required to perform cost analysis, and
correspondingly, there is a lack of cost–benefit tools (Jones,
Murtaugh, Durkin, Bolden, & Majewski, 2000).
Teaching and Learning in Nursing (2007) 2, 17–21
ree Nursing. Published by Elsevier Inc. All rights reserved.
Table 1 Student-to-faculty ratios
Total no.
of schools
Total no.
of students
Total no. of
FT faculty
Total no. of
PT faculty
Student-to-FT-
faculty ratios
Student-to-PT-
faculty ratios
Student-to-total-
faculty ratios
All schools surveyed 36 4,793 305 163 16:1 29:1 10.2:1
Schools with
b100 students
19 1,399 98 51 14:1 27:1 9.4:1
Schools with
N100 students
17 3,394 207 112 16:1 30:1 10.6:1
D. Jones et al.18
Cahill et al. (1998) addressed curriculum changes that
used community-based learning strategies and preceptors
within community clinical facilities. The students had weekly
written assignments and weekly conferences with an instruc-
tor and could contact an instructor via telephone or pager. The
authors did not specifically address cost-effectiveness.
Community partnerships are being used to help fund
nursing education. Peterman (2000) provided examples of
such partnerships—a nursing home providing facilities for
a basic nursing skills laboratory with students assisting in
basic patient care as part of their education and a county
hospital providing funds for a nursing coordinator, supplies,
and a classroom as part of a branch campus for a nursing
program. Although these partnerships provide funding for
schools of nursing, they do not address the problem of how
to structure an educational program to get maximum benefit
from available funding.
Farrell (2004) points out that the shortage of qualified
nursing faculty is exacerbated by poor salaries, with
professors in nursing making less than some other disci-
plines and less than clinical nurses. Farrell also reports that
public institutions often place more emphasis on degrees
earned and publication in academic journals than do bfor-profitQ colleges.
Table 2 Faculty load
All
schools
Schools with
b100 students
Schools with
N100 students
3. Methodology
A survey tool developed by faculty was mailed in the fall
of 2004 to 106 associate degree nursing programs in the
central United States. To the extent possible, the programs
selected came from public institutions that have fewer than
5,000 students. Thirty-six programs (34%) returned the
survey forms. The survey tool was coded to allow for
follow-up contact to clarify the descriptive data sought. If
returned data were unclear, the program director was
contacted to help clarify the data. Eighteen schools were
contacted to clarify data.
Contact hours for
nursing faculty are
greater than those
for other faculty
14 7 7
Contact hours for
nursing faculty are
equal to those for
other faculty
21 11 10
4. Summary of results
4.1. Student-to-faculty ratios
The schools surveyed reported an average student-to-
full-time (FT)-faculty ratio of 16:1 and an average student-
to-part-time (PT)-faculty ratio of 29:1 with an average
student-to-total-faculty ratio of 10.2:1. Smaller schools
(b100 nursing students) tend to use more faculty (both FT
and PT). These schools had average student-to-FT-faculty
and student-to-PT-faculty ratios of 14:1 and 27:1, respec-
tively, and an overall ratio of 9.4:1, whereas for the schools
with more than 100 students, the corresponding figures were
16:1 and 30:1, respectively, with an overall ratio of 10.6:1
(see Table 1). Clinical group sizes ranged from 8 to
12 students, and class sizes for the nonclinical instruction
ranged from 10 to 80 students.
4.2. Faculty loads
The difficulty in determining teaching load for nursing
faculty was strongly demonstrated by the survey data. Using
credit hours to determine load was often meaningless for
nursing programs because of the high percentage of time
spent in the clinical setting, which is always converted from
credit hours to contact hours (actual hours per week spent in
class/clinical setting) by a factor of 2 or 3 to allow for the
needed time for experiential learning. Six schools reported
discounting the contact hours in the clinical setting, when
counting those hours toward faculty load, by multiplying
those hours by some factor that varied in the survey results
from 0.5 to 0.8. One school reported discounting the contact
hours in the clinical setting by a factor of 0.3 but set a lower
credit hour load for nursing faculty than for other faculty on
campus. Many schools reported departmentally determining
nursing load based on contact hours per week.
Because of the differences in calculating faculty load
between and even within schools, it was determined that the
most reliable way to analyze the data on the survey was to
compare contact hours per week (time spent in class,
Table 3 Director position in months per year
Months per year
9a 10–10.7 11 12
All schools 1 9 3 23
Schools with b100 students 1 5 1 12
Schools with N100 students 0 4 2 11a Paid overload pay for summer work.
Table 5 Summary of salary data
Average salary
for MSN or
unspecified
degree (US$)
Range for FT
faculty (US$)
Range for
PT, faculty
(US$ per hour)
All schools 34,628 27,000–77,536 16.33–36.50
Schools
with b100
students
33,419 27,000–67,000 16.33–29
Schools
with N100
students
36,079 27,848–77,536 19.40–36.50
Student-to-faculty ratios, teaching loads, and salaries 19
laboratory, or clinical setting) of nursing and nonnursing
faculty. Of the 36 schools reporting, one school contracted
out general education courses and, therefore, could provide
no data on load for nonnursing faculty. Nonnursing faculty
load ranged from 12 to 28 hours per week. Nursing faculty
teaching load ranged from 10 to 28 hours per week. Twenty-
one of the 35 schools (60%) reported contact hour loads that
were essentially equal between nursing faculty and other
faculty in the school, and 14 schools (40%) reported contact
hours that were greater for nursing faculty than for other
faculty. There was no difference noted between smaller and
larger schools (see Table 2).
4.3. Student fees
Three schools surveyed reported charging significant fees
(US$125–450 per semester), in addition to the usual tuition
and university fees, for all clinical courses. This money was
used directly to cover the high cost of instruction for nursing
clinical courses.
4.4. Committees outside the nursing department
Committee work can significantly alter the workload of
faculty members. Schools reported that faculty served on up
to 4 committees outside the nursing department, with the
average being 1.5 committees. The directors served on as few
as 1 committee and as many as 12 committees outside the
nursing department, with the average being 5 committees.
4.5. Director position description in monthsper year and director teaching load
Twenty-three of the 36 schools (64%) surveyed hired the
director or administrator of the program for a 12-month
period. The other schools reported a variety of contracts for
the director, which varied from 9 to 11 months. Most of the
schools that did not employ the services of the director for
12 months (9 out of 36; 25%) identified the position as a
10 to 10.7 month position (see Table 3).
Table 4 Director teaching load
Contact hours per week
0 1–3 4–6 N6
All schools 14 17 3 2
Schools with b100 students 7 8 1 2
Schools with N100 students 7 9 2 0
In 83% (30 of 36) of all the schools reporting, the
director teaches three contact hours per week or less, with
14 (39%) of those schools reporting that the director has no
teaching responsibilities. There was little difference noted
between larger and smaller schools (see Table 4).
Fourteen programs reported that the director shared the
administrative duties of the program with, or received
assistance from, some other person. Of those reporting this
sharing, 10 (71%) hired the director for a 12-month period
and 11 (78%) required 0–2 contact hours of teaching from
the director.
4.6. Salaries
Average starting salary (fall of 2004) for a new FT
faculty person with a master’s degree in nursing (MSN) was
US$34,628 for all schools reporting: Salaries within the
nursing department varied from US$27,000 to US$77,536
(see Table 5).
PT faculty salaries varied from US$16.33 to US$36.50
per hour, with a variety of payment methods. Some schools
paid per contact hour; some paid per credit hour; some
paid per hour worked; and still others paid a percentage
of the FT salary. No single payment method dominated.
There was also variety as to what a PT person received
payment from a school for grading time, meeting times,
travel, and meals.
5. Discussion
Larger schools tend to have higher student-to-faculty
ratios, suggesting that there is an economy of scale for the
delivery of nursing education that favors larger schools. A
number of factors can be proposed to explain this outcome.
Smaller schools may need to maintain a certain minimum
number of faculty to be able to have sufficient manpower to
cover all specialty areas in nursing. Larger schools may
operate with larger clinical facilities that can accommodate
slightly larger clinical groups.
Historically, nursing education is based on an appren-
ticeship model, with students spending a great deal of time
D. Jones et al.20
in and actually staffing hospitals under the supervision of
experienced nurses. Gradually, this evolved into hospital-
based schools in which classroom and clinical experiences
consumed nearly 40 hours per week, with students
continuing to spend a minimum of 20 to 24 hours directly
involved in patient care in the hospital. In the mid-1900s,
nursing education began to lean toward academic settings,
attempting, as well as emphasizing the need, to fit experien-
tial learning in a classroom model. Today, the remnants of
this apprenticeship model continue in nursing programs
as nursing education continues to struggle to fit into the
academic model.
Clinical practicums continue to be a major avenue for
teaching critical thinking skills and for helping students
integrate theoretical concepts into actual nursing practice.
These clinical practicums offer a great financial challenge to
academic institutions. Student-to-faculty ratios must be kept
low to ensure patient safety, making faculty costs higher for
nursing programs than for most other academic programs
and forcing directors and faculty of nursing programs to
face the constant challenge of justifying the cost of nursing
education programs to university/college administrators.
Yet, there is little research concerning the cost-effectiveness
of clinical education (Jones et al., 2000).
Clinical practicums may account for more than 50% of
the actual contact hours of the nursing curriculum, and
most schools maintain a 10:1 or at most a 12:1 student-to-
faculty ratio in the clinical setting. Some states, including
Arkansas, Texas, Mississippi, and Illinois, have set a
statutory limit of 10:1 as the maximum student-to-faculty
ratio in the clinical setting. Because credit hours are nearly
always converted to clinical hours by multiplying the
former by a factor of 2 or 3, students pay one credit hour of
tuition and often receive 2 or 3 hours of time from a faculty
member in the clinical setting. Only three schools reported
charging fees to cover the cost of clinical instruction to help
control these costs, whereas 40% of the schools surveyed
required that nursing faculty commit more hours per week
to teaching than are required from other faculty in the
school. This practice of requiring higher contact hour loads
from nursing instructors is often justified by equating
clinical to internship and laboratory experiences in other
disciplines. However, a clinical practicum is not the same
as an internship in which the student works in an agency
and is supervised by an employee of that agency; nor is it a
laboratory experience in which the student is given
instructions for a project by the instructor and then the
student works on the project while the instructor remains
available to answer questions and supervise student safety.
In the clinical setting, the safety of both the patients and the
students depends on the availability and the knowledge of
the instructor.
Further study concerning cost-effectiveness of clinical
education is needed. Can students gain the same skills they
have traditionally learned in a clinical setting from
simulations, laboratory projects, or other exercises? Can
partnerships with clinical agencies allow for true clinical
internships in nursing? What other strategies can be
designed to teach the critical thinking skills students gain
from clinical settings in other settings? Some allied health
programs rely heavily on preceptorships for the education of
students in clinical settings. Can such practices work for
nursing? If nursing programs were to continue to rely
heavily on the traditional model of clinical instruction,
nursing educators will have to document the cost-effective-
ness of this approach. Such studies would need to document
that traditional clinical instruction produces greater/better
learning than less costly methods of instruction. Also, an
analysis with regard to the job complexity of being a clinical
instructor will be needed if programs are to protect nursing
faculty from increasing faculty loads.
Most schools studied hired the director for a 12-month
period and required a teaching load of less than three contact
hours per week. This suggests that most schools consider
the work of administering the program of nursing to be a FT
job. Interestingly, the similarity between smaller and larger
programs in the data implies that the work of a program
administrator/director is not greatly affected by the size of
the program. The survey did not compare the director’s
work requirements to the expectations of other departmental
or program administrators within the schools surveyed,
although such data would be of interest.
Salary data obtained by this survey demonstrate strongly
that nursing education salaries are far smaller than the
salaries of those from clinical practice. New graduates with
an associate degree in nursing in the rural Midwest started at
US$31,000–32,000 per year in 2004. The schools respond-
ing to the survey paid master’s-prepared nurse educators an
average starting wage that is only slightly more than that of
new associate degree nursing graduates. If the expected
shortage of nursing educators is to be averted, careful
examination of salary structures will be needed to attract
qualified nurses to education.
6. Conclusion
The survey data presented here provide an overview of
how associate degree nursing programs structure the work-
loads of both the faculty and the director of the program.
The data have provided evidence to support or justify
needed program changes (additional faculty or changes in
workload policies) for the schools to which the data have
been previously made available.
Although data were collected on National Council
Licensure Examination pass rates (a quality measure) and
faculty turnover (a measure of faculty satisfaction), the
survey was too small to demonstrate correlations between
these measures and student-to-faculty ratios or faculty
workload. A larger study is needed to demonstrate the
effect that program structure may have, if any, on the quality
of nursing programs or on the satisfaction of faculty.
Student-to-faculty ratios, teaching loads, and salaries 21
This study suggests the need for further research into the
cost-effectiveness of clinical instruction. Nursing educators
tend to intuitively know that students can be taught about
nursing in the classroom but are taught to be nurses in
clinical settings. However, the small student-to-faculty
ratios of supervised clinical instruction are significant
factors in the cost of nursing education. If nursing educators
expect college administrators to understand that students or
taxpayers must bear that cost, they will be called upon to
demonstrate the effectiveness and need for these experi-
ences within nursing education.
Lastly, the survey clearly documented the need for
a closer look at the salaries of nursing educators. The
average starting salary for master’s-prepared nurses with
experience who choose to enter teaching was only slightly
higher than that of associate degree nursing graduates
of the programs in which they would be teaching. The
shortage of nurse educators will certainly persist if nothing
is done to bridge the salary gap between nursing educators
and clinical practitioners.
References
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Farrell, E. F. (2004). For-profit colleges rush to fill nursing gap. Chronicle
of Higher Education, 50(19), 29–32.
Jones, B., Murtaugh, M., Durkin, Z. A., Bolden, M. C., & Majewski, T.
(2000). Clinical education in two-year colleges: Cost–benefit issues.
Journal of Allied Health, 29(2), 109–113.
Peterman, D. S. (2000). ERIC: Developing and improving nursing
programs in the community college. Community College Journal of
Research and Practice, 24(6), 523–528.