Correlates of the ETS field test in business--grades and choice of major.
Jares, Timothy E. ; Wilcox, William ; Allen, Garth 等
INTRODUCTION
More than 660 undergraduate business programs have administered the
Educational Testing Service (ETS) Major Field Test in Business (ETSB)
during the past three years to nearly 130,000 undergraduate business
students (Educational Testing Service, 2013). The ETSB, first
administered in 1990, evaluates the student's knowledge of core
business topics typically taught in business core courses. Broadly
defined, the topical coverage includes an assessment of accounting;
finance; management; marketing; information systems; quantitative
analysis; social and legal environment; and international issues and
economics.
Standardized tests such as the ETSB represent one way of attempting
to measure the outcomes of business programs by measuring actual student
learning. Accrediting bodies consider tests such as the ETSB in the
category of direct assessment. Direct assessment, where skills and
knowledge learned in a given program are measured, is strongly preferred
over indirect assessment where students, employers, and faculty are
asked their opinions of the level of skills and knowledge gained by the
students in a given program. An advantage of standardized tests such as
the ETSB is the ability for institutions to benchmark the outcomes of
their programs and for individual students to gauge their performance
against a sample well beyond their own university. A disadvantage,
however, is that there is little published evidence supporting a
correlation between outcomes on the ETSB and the student's ability
to use and apply actual business knowledge for future career success
(Mason et al, 2011).
The Association to Advance Collegiate Schools of Business (AACSB)
has strongly emphasized the assurance of learning accreditation
component over the past decade. The increase in the use of the ETSB over
this period is at least in part a result of AACSB's push for
assurance of learning and direct measures of that learning. ETSB results
provide one commonly accepted and objective measure of student learning.
The fact that so many schools publicly share those results, and often
issue press releases to promote their achievements, suggests that
whether these schools believe the ETSB results are correlated with
actual business knowledge or future career success or not, business
schools absolutely want to improve their students' ETSB results.
Though other studies, e.g., Bycio and Allen, (2007) and Mason et
al. (2011) have examined the determinants of success on the ETSB, our
study employs an alternative model with a relatively large data set from
the University of Northern Colorado (UNC). Throughout the period
evaluated in our study UNC has scored consistently in the top 10% of
schools administering the ETSB. Mason et al. (2011) develop a model they
argue shows that ETSB outcomes are highly predictable--in sample and for
one particular university. Bycio and Allen (2007) find a strong
correlation with ACT/SAT scores.
The goal of this study is two-fold. First, we augment and
strengthen previous research findings that suggest measures of innate
intelligence and pre-college learning experiences (e.g., ACT scores) are
associated with higher performance on the ETSB. Of course business
schools could use these results and improve their ETSB results by simply
increasing entrance standards. Though such an action might make sense
for universities with far more applicants than vacancies, such a process
does not advance the common university mission of improving performance
through learning across a wide spectrum of abilities. The second goal of
this research is to isolate and measure the impact of the university
experience on resultant ETSB scores by using a process that controls the
pre-college learning experiences. In short, by better understanding how
factors representing university experiences impact ETSB scores, schools
can revise curricula, allocate resources, even devise extra-curricular
experiences to improve student performance.
LITERATURE REVIEW
Motivated by evolving accreditation requirements and by public
pressure to justify the exploding costs of higher education, the
assessment literature in higher education has increased greatly in both
depth and breadth in recent years (e.g., Martell & Calderon, 2005).
Two streams of this literature most related to this article focus on
evaluation of outcomes and/or predictability of those outcomes and a
related, but more difficult to assess, value-added proposition.
Evaluation/Predictability
In one of the evaluations of ETSB results, Allen & Bycio (1997)
found a high correlation between ETSB scores and student business GPA
and SAT scores. Thus, measures of incoming ability (SAT scores) and
measures of business learning in the aggregate (business GPA) are
associated with higher ETSB scores. They also found that student
motivation (e.g., awarding a portion of a course grade based on ETSB
performance) was highly correlated with higher ETSB scores. Consistent
with their earlier study Bycio and Allen (2007) did not find gender
differences in the ETSB. In their first study, accounting majors scored
higher than other majors, while in the second study finance majors
scored highest. In both studies, other groups such as marketing and
management tended to score lower. Allen and Bycio (1997) note that the
differences they found in accounting major ETSB performance were
mirrored by equivalent differences in SAT scores, suggesting the higher
scores achieved by accounting majors have more to do with academic
ability than a bias in the test or superiority of preparation in the
accounting discipline.
In research closely aligned in purpose to our study, Mirchandani,
Lynch and Hamilton (2001) sought first to explain the variation in ETSB
scores of their students, and then to leverage that information to
improve either their curriculum or its delivery for the benefit of their
students. SAT scores explained most of the variance in their sample. A
quantitative factor, comprised of course grades in calculus, accounting,
finance and operations management courses, was also significantly
correlated with ETSB scores. While the authors suggested higher entrance
standards would likely lead to an increase in ETSB scores, they noted
such a reaction was not realistic at their institution, and, most
importantly, it would do little to improve the value added by the
business program. This is not to say, however, that selective programs
admitting only students with high ACT scores cannot lever that approach
into greater value-added programs because groups of superior students
unencumbered by average or below average students may be able to absorb
material at a faster rate allowing the faculty to cover more topics
including complex topics in greater depth. The authors also suggested an
increased concentration on material from courses comprising their
quantitative factor and perhaps ETS review sessions would improve ETSB
performance. While both of these actions might enhance ETSB scores, it
is difficult to argue the latter would significantly improve the
business program.
Bagamery, Lasik, and Nixon (2005) added to the results of
Mirchandani, Lynch, and Hamilton (2001) by exploring the degree to which
grades in core business courses helped explain ETSB scores. Similar to
Mirchandani, Lynch, and Hamilton (2001), Bagamery, Lasik, and Nixon
(2005) created factors by combining course grades. The studies share a
similar finding in which quantitative courses explained more ETSB
variance than non-quantitative courses, and the authors note that the
Accounting I grade alone explained 10% of the total variance.
Black and Duhon (2003) also took the continuous improvement
approach and suggested changes at the program level such as rewarding
faculty members and departments whose students do well or improve. They
also pointed out analysis of factors driving ETSB results can be used to
identify characteristics of at-risk students, students with a low level
of student learning, so that coursework might be designed for those
students with weaknesses in specific areas. While there is much
commonality among the business cores of most business schools and while
such business cores are well represented by the ETSB exam content,
results of studies such as this might lead to customized curricular and
extracurricular activities for those with at-risk characteristics. For
example, Black and Duhon (2003) estimated an abbreviated model in which
the ETSB score is regressed on the ACT English score, a GPA calculated
from introductory economics and financial accounting courses, age, and
gender. They suggested the results of their model could be used to
either advise or require students to take remedial courses or limit
admission to upper-level business courses.
Mason et al. (2011) challenged the value of administering the ETSB.
They evaluated many more parameters than prior studies and developed a
sophisticated logistic model to predict ETSB performance. Highlights
from the ordinary least squares results included statistically higher
performance from males and from certain majors (i.e., accounting,
finance, financial services, economics, and international business).
Because they found that ETSB outcomes were highly predictable, they
asserted the value-added in administering the ETSB was highly suspect.
Alternatively, it is rational to conclude that predictability is the
result of a well-designed and consistently implemented business school
curriculum, and the ETSB provides external validation of the curriculum
and student achievement. Additionally, identifying those factors that
are associated with higher ETSB scores can help identify areas in need
of resources or deserving of rewards, or as Black and Duhon (2003)
suggest, curriculum changes or customization.
Value added in higher education
The value-added literature is motivated by accountability and is
based on the proposition that improvement, and not necessarily the level
of learning, is the most important measure of a business college's
output. In value-added studies using the ETSB, researchers used
pre/post-test designs to address their research questions. Not
surprisingly, Jonas, Weimer, & Herzer (2007) found a significant
difference in ETSB scores for both traditional and nontraditional
students. The authors did not report ACT/SAT scores, but pre-test ETSB
scores provided evidence of incoming academic ability. Incoming GPAs for
nontraditional students were somewhat higher than traditional incoming
students' GPAs. Perhaps somewhat surprisingly, they found that
nontraditional students actually increased their ETSB scores more than
traditional students as a result of the undergraduate business program.
The nontraditional students in the study experienced a customized,
cohort-based evening program while the traditional students attended
typical day classes, and that difference, as well as other possible
causal factors, made it impossible to identify the true source of the
causes of the value-added differences. While the observed differences in
post-assessment ETSB scores could have been a result of the curriculum
design or the instructors, it also could have been a function of
students' life experiences and/or their motivation to learn.
Rook and Tanyel (2009) not only showed the value-added of their
business program through a pre/post-test study, but they sought to
explain the change in their students' performance through measures
of student performance in their curriculum. They found that both the
upper-level core and overall GPAs were positively correlated with the
ETSB scores of those completing their course of study. Though their
models explained a relatively small amount of change in either the ETS
raw score or percentile, Rook and Tanyel's analysis suggested that
a business student with a core GPA one point higher than another student
could expect, on average, an ETSB score about 6 points higher. Rook and
Tanyel's research did not explore how subsets of the curriculum or
even specific course outcomes might explain differences in ETSB
outcomes.
THE HISTORY OF THE ETSB AT THE MONFORT COLLEGE OF BUSINESS
Since 1992, just two years after the ETSB introduction and about
the time the college began initial pursuit of AACSB accreditation, the
Monfort College has required every bachelors graduate in Business
Administration to complete the ETSB assessment. Though assurance of
learning was not nearly as prominent in the AACSB standards at the time,
college leaders felt direct measures of learning in the business core
were important. Furthermore, the ETSB provided credibility with external
audiences (e.g, parents, university administrators, state regulators,
prospective students, etc.) for the college as an externally validated,
benchmarked measure of the college curriculum and faculty. Arguably that
credibility has strengthened as the number of schools administering the
exam has increased significantly in the past decade, paralleling a
marked increase in emphasis on assurance of learning by AACSB.
Throughout the past twenty years the faculty developed clear
processes that triggered review and subsequent changes enhancing either
the curriculum or the delivery of the curriculum. For example, on an
annual basis if the college falls below the 60th percentile in a topical
sub area (or overall) or there is an overall downtrend for two
consecutive years, the department chair and faculty from that content
area are required to review the results and provide a formal response to
the college curriculum committee. At least partly as a result of these
processes, the college has not experienced a score (overall or in any
subarea) below this level in more than ten years.
There were instances, however, in which the college struggled to
increase scores, particularly in certain topical sub areas. In one case
it was evident that the college scores in the legal and social
environment content area were consistently poor. A few years prior to
the decline the college decided not to replace a permanent faculty
member and instead filled those courses with adjunct faculty.
Inconsistency of content delivery caused by adjunct faculty turnover
appeared to be driving the poor performance. Not long after the hiring
of a permanent faculty member to teach this content area, ETSB scores in
the legal and social environment content area improved and stabilized.
In another example, as a result of consistently poor performance on the
finance portion of the ETSB and per the Department of Management's
request, the college revised the required curriculum for management
majors to include a second course in finance. The result of this change
also led to a noticeable and consistent increase in scores for those
students.
Consistent with other examples in the literature, e.g. Mirchandani,
Lynch, and Hamilton (2001), our college has taken steps to ensure
genuine and full student efforts when taking the exam. Obviously the
college likes to see results showing its students are among the best
taking the exam, but perhaps more importantly, because the results are
used to make operational changes, it is important for ETSB scores to
reflect actual student learning and not the fiat of a disingenuous
effort. The ETSB is a required component of the business core capstone
course and student performance on the exam comprises 10% of their course
grade. Additionally, the college has worked for years to make the ETSB a
part of the culture of the college and achievement on it a point of
pride. At presentations introducing prospective students to the college,
historical results are provided and the importance of continuous
improvement is emphasized. Results from the ETSB are publically
displayed every semester and press releases are provided. Students
scoring in the top 10% nationally on the exam are recognized with a
letter from the Dean, through press releases, and with their name
prominently displayed on a bulletin board in the business building.
While the examples cited do illustrate attempts to use ETSB results
for continuous improvement, there is a more comprehensive approach that
this study will attempt to develop. In order to make appropriate
inferences, colleges must consider factors that their students possess
prior to their business school experience. In addition, there is a
common body of curriculum that helps to add value to the student's
performance. And finally, there are other demographic variables that
have an association with ETSB performance. The authors are attempting to
develop a model that considers all of these factors together, so that
colleges can make better use of the ETSB results when making curriculum
and resource decisions in hopes of continuous improvement.
SCOPE OF THE STUDY
The principal interests of the investigators/researchers are
twofold: (1) Examine the relationship between ETSB results and an
individual's college-level academic measures and pre-college
performance measures and (2) Determine the influence of post high school
academic performance and college major on ETSB results after removing
the influence of a student's pre-college academic measures.
The first objective is fairly straightforward. The means, standard
deviations and correlations are presented and discussed across the
pre-college and college-level academic measures including the results on
the ETSB. These are discussed in the first part of the analysis section.
To accomplish the second objective, a two stage step-up multiple
regression analysis is developed. An initial model is developed that
considers the ETSB as the dependent variable and a set of pre-college
measures as independent variables. This model provides data about the
influence of these pre-college measures on the ETSB. This initial model
is then reduced to a subset of individually significant variables via a
backward elimination procedure.
A second model is then developed with the ETSB as the dependent
variable. The independent variables include two sets of variables. The
first set is the reduced set of pre-college variables and the second set
is the college-level performance measures. This model provides an
opportunity to examine the influence of the college-level variables
after controlling for the effects of the pre-college measures. That is,
what are the contributions of the college-level variables after removing
the influence of the pre-college measures?
Symbolically, the two models are as follows:
Model 1: ETS Field Test = f(Pre-college performance measures)
Model 2: ETS Field Test = f(College-level measures, (Pre-college
performance measures))
Through this process we seek to explain the variation in our
students' ETSB scores with a minimal set of pre-college and
college-level measures. The next section describes the full set of
dependent and independent variables included in this study.
Model Variable Explanation
Dependent Variable
ETSB. The ETSB assesses knowledge of the core areas in Business
Administration. It includes content in the primary areas of Accounting,
Finance, Marketing, and Management, but also in related areas such as
Quantitative Analysis, Legal and Social Environment, Information
Systems, and Economics and International Issues. A composite performance
measure is provided for each student and content subscores are provided
in the aggregate. The composite measure is used in this analysis. As
described earlier, every graduating student is required to take the
exam. It is administered in the capstone business course which is
commonly taken in a student's final term or close to the final
term. Over the sample period the college average was consistently in the
top 10% of those institutions administering the exam.
Independent Variables
Pre-college measures
ACT Composite. The composite measure is an average of the four
parts noted below. The optional Writing test was not included. The
original standardization of the exam yielded a mean of 18 and standard
deviation of 6.
ACT English. The English test covers usage/mechanics and rhetorical
skills.
ACT Math. The Mathematics test covers pre-algebra, elementary
algebra, intermediate algebra, plane geometry, coordinate geometry and
elementary trigonometry questions.
ACT Reading. The Reading section consists of four ten-question
passages, from the realms of prose, humanities, social science, and
natural science
ACT Science. The Science Test measures the skills required in the
natural sciences: interpretation, analysis, evaluation, reasoning, and
problem solving.
High School GPA. The student's cumulative high school Grade
Point Average (GPA) as reported by the high school attended.
College-level Measures
University GPA. This measure is the undergraduate GPA for all
coursework taken at the University of Northern Colorado. It includes
both business and non-business courses. It includes both passing and
failing grades.
Business GPA. This measure is the undergraduate GPA for all
business courses completed at the University of Northern Colorado. Only
courses offered by the business college are included. Business program
requirements not offered by the business college are not included in
this measure. As with the University GPA, this measure includes both
passing and failing grades.
Major. Within the Business Administration program, six emphasis
areas are offered (emphasis areas are hereinafter referred to as majors
thus using the nomenclature common to most universities). A student may
choose to major in Accounting, Finance, General Business, Information
Systems, Management, and Marketing.
Accounting 1 grade. The grade reported for the student in the BAAC
220 Accounting I class. It is an introductory financial accounting class
required of all business majors.
Accounting 2 grade. The grade reported for the student in the BAAC
221 Accounting II class. It is an introductory managerial accounting
class required of all business majors.
Finance grade. The grade reported for the student in the BAFN 370
Finance class. It is an introductory corporate finance class required of
all business majors.
Information Systems grade. The grade reported for the student in
the BACS 300 Information Systems class. It is an introductory
information systems class required of all business majors.
Marketing Principles grade. The grade reported for the student in
the BAMK 360 Marketing Principles class. It is an introductory marketing
class required of all business majors
Management of Organizations grade. The grade reported for the
student in the BAMG 350 Management of Organizations class. It is an
introductory management class required of all business majors
DESCRIPTION OF SAMPLE
Four hundred and forty-eight (448) students were selected for
analysis. The sample represents all students who entered the university
as freshman, complete high school academic and ACT measures, completed
all core requirements at the University of Northern Colorado, and
completed the ETSB and graduated during the period 2007 to 2011.
Continuation and graduation requirements require each student to
pass each core class with a grade of C or better. In addition, the
student must maintain a 2.0 Business GPA to continue in the program and
to graduate. Therefore, all individual core course grades of the
students taking the ETSB are A, B, or C.
ANALYSIS OF DATA
Table 1 provides the means and standard deviations for the ACT
Composite, ACT subscales and HSGPA.
The data in Table 1 support several observations.
* ACT Composite and ACT subscale means are substantially higher
than the normative standard of 18 established when the exam was normed.
* Accounting, Finance and Information Systems majors demonstrate
above average ACT performance for the college's graduates, while
General Business, Management and Marketing majors are below the
college-wide average on the Composite measure. Across the subscales, in
general, this division held up.
* High School GPA is lower for Information Systems, Management and
Marketing majors while other majors are at or above the overall college
average.
* Within the subscales, Math and Science averages exceeded the
Composite, while Reading and English averages fell below the Composite.
Table 2 presents the means and standard deviations for the ETSB,
University GPA and Business GPA. Major counts are also noted. Several
observations can be made from the data in the table.
* Accounting, Finance and Information System majors demonstrate
above average test results while demonstrating above average University
and Business GPAs. Finance majors average ETSB score was almost a
standard deviation above the lowest performer, Marketing majors.
* Across all majors, the Business GPA is consistently lower than
the University GPA.
* Average performance by major on the ETSB demonstrated some
fidelity with Business GPA but less than perfect.
* Information Systems and General Business had small enrollments
totaling less than 13 percent of total graduates.
Table 2 presents the Pearson correlations among ACT measures, the
ETSB results, and High School GPA as well as University and Business
GPAs.
From Table 3, several observations can be made:
* Correlations among the ACT subscales, in general, are moderate
and all are positively related to each other. This was expected. These
associations produced some collinearity in the initial regression model.
* ETSB correlations are positive and moderate with ACT results and
weak for HSGPA. All relationships were positive and as expected.
* Both University and Business GPAs show moderate, but stronger,
associations with ETSB results than the ACT subscales do with the ETSB.
* University and Business GPA are almost perfectly correlated. For
the regression models presented in the next section, University GPA was
dropped for collinearity reasons.
Multiple Regression Analysis--Model 1
The purpose of this first model is (1) to measure the association
between pre-college variables and the ETSB results and (2) use the model
results to partial out the effects of pre-college knowledge or aptitude
in a subsequent analysis that relates college-level measures with the
ETSB results. Demographics, such as gender, were also explored though a
preliminary model, but were not found to be significant in our sample.
Table 4 presents the full and reduced models of the ETSB against
the ACT subscales and HSGPA. Recall the ACT Composite is a linear
transformation of the subscales and, as such, was omitted from the
analysis.
The full model produced an R-squared equal to .384. ACT English and
HSGPA were non-significant in the model. Through a backward elimination
procedure, these two variables were removed and the subsequent reduced
model R-squared was .383, a minor reduction in the model's
explanatory power. The regression coefficients are in the expected
direction and all are significant at the .01 level. The removal of ACT
English and HSGPA was largely a product of collinearity with the other
subscales.
Multiple Regression Analysis--Model 2
Model 2 includes the variables from the reduced model and adds
Business GPA, University GPA, Major, and grade in each of six core
business classes: Accounting 1, Accounting 2, Finance, Management,
Marketing, and Information systems. Business and University GPA are
overall performance measures whereas grades in individual core classes
bring a focus to performance in a specific discipline.
Major and grade were implemented as binaries in the model. Each
major, Accounting, Finance, Information Systems Management and Marketing
were represented by a unique binary. The General Business binary was
eliminated to remove the linear dependency created by its presence. For
grades, a binary was created for grades of 'A' and another for
grades of 'B' in each class. The binary for grades of
'C' were omitted because of their linear dependency with the
'A' and 'B' grades. A minimum of a 'C'
grade was required for each of the core classes, thus creating the
dependency.
Table 5 presents the Full model for the Pre-college reduced set and
the full set of College-level variables. For clarity, variables'
p-values are not presented for insignificant coefficients.
The R-squared for this full model is .590, substantially larger
than .383 from the Stage 1 full or reduced models. College-level
variables explain an additional 20 percent of the variability in ETSB
results. From Table 4, one observes that Business GPA, certain majors,
and grades in select core business courses are significant.
Table 6 presents the Stage 2 reduced model created by a backward
elimination of the college-level variables.
The full model produced an R-squared equal to .590. Numerous
factors were insignificant in the full model. Through a backward
elimination procedure, these variables were removed and the subsequent
reduced model R-squared was .576. As with the Pre-College model there is
a minor reduction in the model's explanatory power. The regression
coefficients are in the expected direction and all are significant at
the .01 or .05 level. While the magnitude of some coefficients changes
slightly, directionality is unchanged.
This final model suggests core business course grades, major choice
and Business GPA influence ETSB results. An increase in R-squared of
close to 20 percent was maintained after the elimination of
non-significant variables. Consistent with Rook and Tanyel (2009), we
find that a student with a Business GPA one point higher than another
student should expect an ETSB score about 5 points higher. Our results
also suggest that choice of the finance major add nearly 4 points to the
expected ETSB score. Such an incremental change might move a student
from an average ETSB score (152.4-50th percentile) to an expected score
of 156 (60th percentile). The most significant incremental difference,
however, is that a student earning an "A" in the introductory
Finance course should expect an ETSB score more than 8 points, or a
percentile improvement in the range of 20%.
Rather than interpret the differences in ETSB results as measured
by the magnitude of the regression coefficients, Table 7 provides an
instructive look at the mean performance on the ETSB across core
business class grades, choice of major and Business GPA.
From Table 6, several observations are evident:
* For each core business class grade, mean performance on the ETSB
was highest for the 'A' grade, middling for the 'B'
grade and lowest for the 'C' grade. The overall means noted in
the table demonstrate a remarkable consistency.
* This was true within each major and overall. The only exception
to this was for Information Systems majors in the Management course. One
student was in this category.
* Finance majors consistently demonstrated higher ETSB means across
all core classes. Marketing majors demonstrated the lowest.
The methodology employed in this study as well as the sample size
and composition suggests both caution with respect to results
interpretation and opportunities for future research. First, to our
knowledge, like this study, all previous related research has been
conducted with samples from a single university. The literature could be
greatly enhanced with the addition of studies comprised of samples from
multiple universities, perhaps from varying regions.
Second, our sample size was adequate but limited because we removed
those students transferring grades from core business courses considered
in this study. Future studies could expand on this research by including
course outcomes from community colleges and other universities.
A third limitation is that, due to course prerequisites, only
students who received a grade of C or better in the core business
courses were allowed to take the ETSB exam. Students who were
unsuccessful in mastering the content of a course at a competent level
(grade of C) were not included in this study and could have added an
important piece of information as to the value-added of a course's
content to success on the ETSB.
The final limitation is that the ETSB in this instance is simply a
measure of the level of competency. Because there are no pre-and
post-test results, we were unable to measure the amount of value added
by the curriculum in a more direct fashion.
RECOMMENDATIONS FOR FUTURE RESEARCH
Key observations resulting from this study strengthen similar
conclusions from other studies. Consistent with other studies, results
of this study confirm that measures of aptitude (pre-college ACT scores)
are indeed consistent with higher ETSB scores. Colleges without
enrollment pressures could consider increasing entrance standards as a
means to enhance graduate ETSB scores.
This study augments prior research in two primary ways. First,
grades discriminate across ETSB performance results. Faculty issued
grades consistently differentiated across performance in every core
class considered. The ETSB evaluation confirms the performance observed
by the individual faculty members responsible for core classes.
Second, the study describes the types of students and types of
activities and experiences that highly performing ETSB test takers
share. The fact that those graduating with a finance major and those
earning either an 'A' or 'B' in finance are high
performers is interesting and largely consistent with other studies that
have found that accounting majors (e.g., Allen and Bycio, 1997) tended
to perform better on the exam. Allen and Bycio concluded that the
superior performance had more to do with academic ability than test
bias. In our study Accounting, Finance, and CIS majors had higher ETSB
averages and the higher average ACT composite scores are driven by
higher subscales in Math, Science and Reading. If these subscales
influence ETSB results more than English, this may help explain higher
ETSB results for Accounting, Finance, and CIS majors.
It is unclear if a bias exists in the ETSB, but because our models
control for academic ability, perhaps more research on test bias is
worthwhile. This study shows the introductory finance course to be a
strong predictor of superior ETSB performance in addition to the choice
of the finance major, perhaps the problem-solving skills and the finance
curriculum is structured in a way that reinforces and strengthens the
content learned in other business disciplines.
From an evaluation perspective, ETSB results may offer insight into
faculty performance or curricular design. As part of a faculty
evaluation model, how well grades correlate with ETSB performance might
be considered (as long as the course topics bear some relationship to
the ETSB topics examined). Similarly, as part of the curricular
evaluation process, do the topics covered in a core class include, at
minimum, the topics covered on the ETSB? Lastly, ETSB performance might
serve as a long-term performance improvement measure and might be
considered as part of an evaluation process either for individual
faculty or, perhaps, for a department.
As noted earlier in this paper, in the aggregate graduating
students from the University of Northern Colorado have averaged in the
top 10% of institutions administering the exam for more than ten years.
One possible reason for that outcome could be a relatively high
percentage of accounting and finance majors among its graduates. Further
research in this area would be useful and could inform enrollment
management decisions.
COMMENTARY AND CONCLUSIONS
Higher education costs continue to increase, in part due to
decreases in public funding, putting greater pressure on increasing
enrollments at colleges and universities. If incoming students do not
immediately require measures of outcome results as central to selection
criteria, many parents and other stakeholders will. Business colleges
will compete with other colleges on campus for enrollments, with other
business colleges, and even with community colleges that provide
lower-cost alternatives for many core business offerings. This may also
suggest that the greater the admissions selectivity of a business
college the better the performance on the ETSB exit measures.
In summary, the results of this study suggest a process business
college administrators and curriculum developers might incorporate to
best prepare their students for direct assessment measures such as the
ETSB. Modifications to our model could also be used to design customized
experiences, perhaps online and relatively inexpensive, for students
based on the results of their lower division coursework. In short,
informed analysis such as this can better inform both overall curriculum
design and specific experiences for learners with varying aptitudes and
learning styles.
REFERENCES
Allen, J.S., & Bycio, P. (1997). An Evaluation of the
Educational Testing Service Major Field Achievement Test in Business.
Journal of Accounting Education, 15(4), 503-514.
Bachelor's Degree in Business. (2013). Major Field Test
Comparative Data Guide. Educational Testing Service, n.d. Web. 26 Sept.
2013.
Bagamery, B.D., Lasik, J.J., & Nixon, D.R. (2005). Determinants
of Success on the ETS Business Major Field Exam for Students in an
Undergraduate Multisite Regional University Business Program. Journal of
Education for Business, (81(1), 55-63.
Black, H.T., & Duhon, D. L. (2003). Evaluating and Improving
Student Achievement in Business Programs: The Effective Use of
Standardized Assessment Tests. Journal of Education for Business, 79(2),
90-98.
Bycio, P., & Allen ,J.S. (2007). Factors Associated With
Performance on the Educational Testing Service (ETS) Major Field
Achievement Test in Business (MFAT-B). Journal of Education for
Business, 82(4), 196-201.
Jonas, P.M., Weimer, D., & Herzer , K. (2007). Comparison of
Traditional and Nontraditional (Adult Education) Undergraduate Business
Programs. Journal of Instructional Psychology, 28(3), 161-170.
Martell, K., & Calderon, T. (Eds.) (2005). Assessment of
Student Learning in Business Schools: Best Practices Each Step of the
Way. Tallahassee, FL: Association for Institutional Research.
Mason, P.M., Coleman ,B. J., Steagall, J. W., Gallo, A. A., &
Fabritius, M, M. (2011). The Use of the ETS Major Field Test for
Assurance of Business Content Learning: Assurance of Waste? Journal of
Education for Business, 86(2), 71-77.
Mirchandani, D., Lynch, R., & Hamilton, D. (2001). Using the
ETS Major Field Test in Business: Implications for Assessment. Journal
of Education for Business, 77(1), 51-56.
Rook, S.P., & Tanyel, F.I. (2009). Value-added Assessment Using
the Major Field Test in Business. Academy of Educational Leadership
Journal, 13(3), 87-94.
Timothy E. Jares
William Wilcox
Garth Allen
Robert Lynch
University of Northern Colorado
Timothy E. Jares is an Associate Professor of Finance at the
Monfort College of Business at the University of Northern Colorado. He
earned his Ph.D. in finance from the University of Nebraska. Dr. Jares
has published articles in the Journal of Financial Research, the Journal
of Financial Services Research, Advances in Financial Education, and the
Journal of Teaching in International Business.
William Wilcox is an Associate Professor of Accounting & CIS at
the Monfort College of Business at the University of Northern Colorado.
He earned his Ph.D. in accounting from the University of Nebraska. Dr.
Wilcox has published articles in the Journal of Accounting & Public
Policy, Advances in Accounting, Issues in Accounting Education, and the
Journal of Marketing.
Garth Allen is an Associate Professor of Finance at the Monfort
College of Business at the University of Northern Colorado. He earned
his Juris Doctor at the University of Iowa. His interests and
publications are in the areas of risk management, insurance, business
law, education, and financial planning.
Robert Lynch is a Professor of Business Statistics at the Monfort
College of Business at the University of Northern Colorado. His
interests are in linear models, statistical computing and data mining.
He holds a Ph.D. from the University of Northern Colorado in Applied
Statistics.
Table 1
Means and Standard Deviations for Pre-College Measures
ACT Composite ACT English ACT Math
Major Emphasis Mean Std Dev Mean Std Dev Mean Std Dev
Accounting 23.37 3.25 22.29 4.50 24.05 3.79
Finance 23.78 3.58 22.48 4.78 24.41 3.92
Info Systems 23.63 4.14 22.05 3.97 24.32 5.31
Gen Business 22.84 3.36 22.42 3.77 22.97 3.91
Management 22.21 3.30 21.45 4.22 22.47 3.84
Marketing 22.40 3.00 22.29 4.16 21.56 3.45
Overall 22.90 3.36 22.13 4.33 23.05 3.97
ACT Reading ACT Science HS GPA
Major Mean Std Dev Mean Std Dev Mean Std Dev
Accounting 23.52 4.25 23.43 3.14 3.50 0.46
Finance 24.18 5.19 23.90 3.18 3.44 0.47
Info Systems 24.11 5.67 24.11 3.59 3.39 0.39
Gen Business 23.13 4.69 22.76 4.04 3.41 0.40
Management 22.53 4.57 22.35 3.48 3.34 0.46
Marketing 23.40 4.42 22.22 2.70 3.35 0.49
Overall 23.38 4.68 22.94 3.29 3.40 0.46
Table 2
College-level measures and major counts
Major ETS Field Test Major Count
Mean Std Dev N %
Accounting 163.98 11.17 87 18.4
Finance 167.59 12.53 98 20.8
Info Systems 163.21 13.44 19 4.0
Gen Business 160.42 11.85 38 8.1
Management 159.75 11.24 111 23.5
Marketing 157.02 11.23 119 25.2
Overall 161.66 12.20 472 100.0
Major University GPA Business GPA
Mean Std Dev Mean Std Dev
Accounting 3.24 0.48 3.08 0.59
Finance 3.11 0.44 2.90 0.51
Info Systems 3.21 0.29 3.07 0.38
Gen Business 2.94 0.41 2.67 0.47
Management 3.01 0.38 2.81 0.46
Marketing 3.03 0.40 2.81 0.47
Overall 3.08 0.43 2.88 0.51
Table 3
Correlations among the ETS Field Test, Pre-College and University
measures
Pre-College measures
ETS Exit ACT Comp ACT Eng ACT Math
ETS Exit 1.000
ACT Comp 0.606 1.000
ACT Eng 0.458 0.851 1.000
ACT Math 0.497 0.775 0.553 1.000
ACT Read 0.523 0.832 0.658 0.449
ACT Sci 0.527 0.806 0.574 0.607
HS GPA 0.205 0.402 0.379 0.374
Univ GPA 0.549 0.438 0.404 0.343
Bus GPA 0.580 0.451 0.401 0.355
Pre-College measures University
ACT Read ACT Sci HS GPA Univ GPA Bus GPA
ETS Exit
ACT Comp
ACT Eng
ACT Math
ACT Read 1.000
ACT Sci 0.585 1.000
HS GPA 0.268 0.277 1.000
Univ GPA 0.343 0.364 0.516 1.000
Bus GPA 0.354 0.389 0.495 0.956 1.00
Correlations are all significant with p < .05
Table 4
Stage 1 Linear Regression Model
Full Model
[R.sup.2] = 0.384 F = 57.98 p < .01
Coefficients p-value
Constant 110.560
ACT English 0.960 0.526
ACT Math 0.729 <.01
ACT Reading 0.731 <.01
ACT Science 0.767 <.01
HS GPA -0.746 0.480
Reduced Model -(Backward elimination of Full Model)
[R.sup.2] = 0.383 F = 96.64 p < .01
Coefficients p-value
Constant 109.017
ACT Math 0.729 <.01
ACT Reading 0.763 <.01
ACT Science 0.784 <.01
Table 5
Stage 2--Full Model--ETS Field Test against
Pre-College and College-Level Variables
[R.sup.2] = .590 F = 29.362 p < .01
Coefficients p-value
Constant 115.163
Retained Pre-University
Variables
ACT Math 0.316 <.02
ACT Reading 0.628 <.01
ACT Science 0.463 <.01
University Variables
Business GPA 5.329 <.01
University GPA -1.636
Accounting Major -2.681
Finance Major 1.933 <.05
Info System Major -2.698
Management Major -0.897
Marketing Major -3.560 <.05
Accounting 1 Grade A 4.075 <.01
Accounting 1 Grade B 1.807
Accounting 2 Grade A -0.072
Accounting 2 Grade B -0.332
Finance Grade A 8.702 <.01
Finance Grade B 2.789 <.01
Marketing Grade A 3.821 <.05
Marketing Grade B 2.270 <.05
Management Grade A -1.358
Management Grade B 1.005 <.05
Info Systems Grade A -1.106
Info Systems Grade B -1.261
Table 6
Stage 2 Reduced Model--University Variables with
Retained Pre-University Variables
[R.sup.2] = .576 F = 62.566 p < .01
Coefficients p-value
Constant 109.375
Retained Pre-University
Variables
ACT Math 0.315 <.01
ACT Reading 0.615 <.01
ACT Science 0.475 <.01
University Variables
GPA
Business GPA 5.153 <.01
Major
Finance Major 3.620 <.01
Marketing Major -2.088 <.05
Core Grades
Accounting 1 Grade A 2.549 <.05
Finance Grade A 8.439 <.01
Finance Grade B 2.771 <.01
Management Grade B 1.770 <.05
Table 7
Mean ETS Field Test result by Course Grade, Major Emphasis and Core
Class
Core Class Accounting I Accounting II
Grade A B C A B C
Emphasis Mean Mean Mean Mean Mean Mean
Accounting 167.84 159.97 158.88 169.86 160.16 156.73
Finance 175.28 167.11 160.68 174.32 166.77 160.00
Info Systems 174.00 164.25 152.83 169.17 161.00 160.00
Gen Business 165.80 163.26 153.92 174.25 158.07 155.40
Management 169.70 160.97 155.09 169.47 160.72 154.92
Marketing 166.75 158.10 153.72 166.00 159.95 152.95
Overall 169.98 161.82 155.52 170.80 161.54 155.27
Core Class Finance
Grade A B C
Emphasis Mean Mean Mean
Accounting 173.56 161.81 157.60
Finance 179.88 166.67 160.13
Info Systems 177.50 165.67 156.88
Gen Business 168.75 163.82 158.14
Management 177.50 164.87 156.01
Marketing 174.14 161.74 153.61
Overall 175.94 164.00 155.87
Core Class Info Systems Management
Grade A B C A B C
Emphasis Mean Mean Mean Mean Mean Mean
Accounting 171.06 162.74 154.00 170.11 158.97 153.50
Finance 176.63 166.66 162.88 172.26 165.63 154.20
Info Systems 169.57 160.56 156.33 163.33 162.33 176.00
Gen Business 160.33 161.57 157.56 160.91 162.00 155.14
Management 172.20 159.26 155.32 169.72 157.27 154.87
Marketing 162.94 156.87 154.10 163.79 154.74 151.07
Overall 170.12 160.90 156.58 168.33 159.22 153.91
Core Class Marketing
Grade A B C
Emphasis Mean Mean Mean
Accounting 172.37 162.16 156.24
Finance 177.29 167.85 156.86
Info Systems 178.00 162.62 151.00
Gen Business 166.00 163.71 156.65
Management 171.45 161.34 153.76
Marketing 167.74 155.92 151.06
Overall 172.20 161.73 154.39
Grade A B C
Overall 171.23 161.54 155.26
(unweighted)