In Affirmative Action,
It's Curriculum That Counts
By Clifford Adelman
U.S. Department of Education
So what have law-makers and educators
offered lately to "fix" the affirmative
action problem at the 200 four-year
colleges (out of 1,800) that exercise
any degree of selectivity in undergraduate
admissions?1 Lotteries? Admit
the top 10 percent of every high school
graduating class? Abolish tests? All
of these have either been proposed or
legislated. However well-intentioned,
these quick fixes do little to increase
the odds of success for the mass of
minority students. It is time to think
outside-the-box and come up with more
than cheap and easy solutions.
What is the bottom line of "success"?
Freshman year grades? Persistence to
the sophomore year?2 These
criteria, traditionally used to develop
college admissions formulas, are rather
low. Most students attend four-year
colleges with the goal of earning a
degree, and minority students are no
exception. So degree completion must
be the criterion against which selection
measures are judged. And no matter what
kind of statistical gymnastics one performs,
the strongest pre-college predictor
of degree completion is the academic
intensity and quality of one's high
school curriculum. Not test scores.
As for high school grade point average
and class rank, the College Board 1998
survey of high schools reveals that
more than half include non-calculations
and nearly 20 percent do not compute
class rank at all. No wonder the correlation
of GPA/class rank with degree completion
is even weaker than that of test scores.
It is precisely to GPAs and class rank,
however, that legislatures and higher
education governing boards turn for
the "solution" to affirmative action.
I call this the strategy of the Dead
White European Male High Command who
brought you the first and second battles
of the Marne in World War I: if only
100,000 out of a million survived the
first battle, we throw two million over
the top at the second, and think we
have done better when 200,000 come back.
There will be a lot of dead bodies out
there with the "top X percent" or lottery
admissions formulas, and, as usual,
a majority of them will be those of
minority students.
The best national data--the longitudinal
studies of the National Center for Education
Statistics--tell a very clear story
on this issue. Let us demonstrate with
the most dramatic case: by age 30, the
bachelor's degree completion rate for
all African-American "on-time" graduates
of the high school class of 19823
who entered four-year colleges directly
from high school was 42 percent--some
30 percent below the completion rate
for the comparable group of white students.
If we restrict the African-American
population to the top 40 percent by
grades in high school academic courses,
the graduation rate increases to 59
percent. Not bad! If we take a different
strategy, and restrict the same population
to those in the top 40 percent of scores
on a general learned abilities test
(something like the SAT or ACT4),
it rises to 66 percent. Better, but
not as good as it can get. For if we
restrict the population to students
who were in the top 40 percent of an
academic curriculum intensity scale5
and got beyond Algebra 2 to Trigonometry
or a higher level of mathematics, 72
percent of the African-American students
graduated, and the degree completion
gap (compared with a matching group
of white students) was cut more than
half--to 12 percent.
Which of these indicators would you
rather ride in admission decisions?
Which does more for students? And which
of these is most subject to active,
hands-on change? Curriculum. Hands down!
If you use all three achievement indicators
together, you don't get much further
predicting degree completion than curriculum
used alone.6 This is all
common sense, but nobody wants to acknowledge
it. Curriculum is the only major pre-college
variable you never hear anything about
in all the posturing on all sides of
the affirmative action argument. Grades
are a crap-shoot; a test is a snapshot
of performance on a Saturday morning.
But a curriculum is an investment of
years and provides momentum into higher
education and beyond. The effects of
grades and tests diminish in time, but
the stuff of learning does not go away.
How do we take advantage of the power
of curriculum to (1) maintain minority
enrollment in selective public universities,
(2) increase minority degree completion
rates everywhere, and (3) accomplish
both ends within the legal restrictions
of Proposition 209-type policies and
Hopwood-type court decisions?
I have three connected suggestions,
all of which require colleges and universities
to work harder, differently and under
more difficult timetables on behalf
of their oft-stated goals for minority
student representation, and to recognize
that the underlying principle is that
of equity-not the washed-out,
numbing euphemism of "diversity."
1) Change the admissions cycle to one
of rolling selection that admits 11
percent of the target pool each month
from November through July. Yes, July!
Disadvantaged students, among whom minorities
are over-represented, benefit more from
this schedule. Why? The extra time will
keep kids serious through the senior
spring of high school, will allow the
learning of special outreach and summer
programs time to take hold, and will
give minority students more time to
prepare for and take their tests as
late as April or May. Sound outrageous?
Not if we acknowledge that the educational
systems through which most disadvantaged
students pass have slowed them down.
Changing the cycle recaptures some of
this time and basically adds more than
a semester of curriculum to the student's
portfolio. It restores some equity in
the preparation of minority students
for admission to selective institutions.
It is an opportunity-to-learn issue.
It also would provide opportunity to
advise and recruit.
2) Give applicants greater latitude
in what tests they present and when
they take those tests. Test scores follow
a student's curricular experience, not
the other way around. And for students
who do not test well in restricted-response
formats, for example, provide the option
of the Advanced Placement exams, which
include essay and problem-solving sections,
and do not make decisions until those
test results are in. More and more minority
students are taking AP courses, but
AP exams are not used in admissions
decisions. It's about time they were!
If that means July admissions for September
matriculation, so be it! Or let students
substitute subject matter achievement
tests for the SAT or ACT. At least the
subject-matter exams are tied directly
to curriculum; and if disadvantaged
students are putting more curriculum
in their portfolios, they will perform
better.
3) Instead of running summer bridge
programs for under-prepared students
between high school graduation/college
acceptance and matriculation, move those
programs back at least one year (if
not two years), expand them for students
from all school districts with historically
low rates of participation in higher
education, and focus them on curriculum
content-nothing else. Total immersion
for 10 weeks. Revisit Algebra 2 and
move students quickly on to trigonometry
and statistics. Pick a real-world problem
around which you can build a chemistry
or physics curriculum and that requires
both laboratory and computer work. Borrow
from AP strategies and materials, and
have students stitch together a state
or local chronicle from original documents
and artifacts. If even half of our 1,800
four-year colleges did this for 100+
students from targeted high schools
each junior summer, and followed up
by establishing Community Technology
Centers near each of those high schools
where kids could work at terminals on
academic assignments and server-fed
explorations during non-school time,
there will be no second battle of the
Marne. These "early bridges," with their
emphasis on the academic uses of
non-school time, are the only pieces
of the package that require real money,
but if we are serious about equity,
we must acknowledge that it doesn't
come free.
All of these strategies, together,
will enlarge, if modestly, the academic
resources that disadvantaged (and principally
minority) students will bring to the
table of higher education, no matter
where they choose to attend, and will
increase their chances of admission
at more selective- institutions in their
own right.. More importantly, the higher
the concentration of their academic
resources, the greater the odds that
these students will complete degrees.
Isn't that what counts for them? For
everyone?
* A different version of this article
appeared in the Chronicle of Higher
Education, Sept. 4, 1998, titled,
"To Help Minority Students, Raise Their
Graduation Rates."
Endnotes
1 The "affirmative action problem"
actually exists only at selective public
institutions, i.e. the majority (but
hardly all) of the flagship state universities.
Reality check: at the most, these institutions
account for one out of every six seats
in a national entering freshmen class.
Selective private 4-year college5,
on the other band, sit outside the existing
legal framework of affirmative action
at the undergraduate level , and can--and
will-continue to use race as an affirmative
factor in undergraduate admissions.
So, for example, affirmative action
may now be restricted at UCLA, but it
is not restricted at USC.
2 Temporal persistence is a very deceiving
indicator. In the national data used
for this analysis, 17 percent of those
who entered college directly from high
school and "persisted" to "year 2" got
there with less than 20 credits, and
another 12 percent arrived with more
than 20 credits but with three or more
remedial courses in their portfolios.
In other words, three out of ten "persisters"
evidenced less than what one would call
"sophomore standing." For further details,
see Adelman, C., "Academic Resources:
Developing an Alternative Index of Individual
Student Capital," paper presented to
the 1998 Annual Form of the Association
for Institutional Research.
3 Data for the analysis in this article
come from the restricted files of the
High School & Beyond/Sophomore Cohort
longitudinal study of the National Center
for Education Statistics, specifically
from the CD-ROM that includes the high
school and college transcripts for this
cohort (NCES 98-135). The cohort was
established in l980, when the students
were in the 10th grade, and was followed
by surveys to 1992. The college transcripts
allow us to track educational histories
to 1993. The author of this article
was editor and co-author (with Nabeel
Alsalam) of the CD.
4 In all of the longitudinal studies
of the National Center for Education
Statistics, students are given what
can be described as an "enhanced mini-SAT"
that correlates at levels above .9 with
SAT and ACT test scores.
5 Given the variations in state requirements,
academic calendars, and credit system,
a national scale of "academic intensity"
of high school curriculum was derived
empirically from the high school transcripts
of the High School & Beyond/Sophomore
cohort. At its most intense level, the
scale requires students to present 3.75,
or more Carnegie units of English --
with no remedial courses, 3.75 or more
units of mathematics, with the highest
level studied at trigonometry or higher
-- and with no remedial mathematics,
two or more units of core laboratory
science (biology, chemistry, physics),
two or more units of foreign language,
two or more units of history/social
sciences, and more than one Advanced
Placement course. There are 30 equal
gradations in the academic intensity
scale. Once student records are mapped
in terms of these gradations, they are
analyzed in quintiles (see Adelman,
C., "Academic ResourcesÙ," above).
6 In a standard regression model controlling
for socioeconomic status, academic curriculum
intensity explains about 30 percent
of the variance in long-term bachelor's
degree completion rates. When test scores
and high school GPA/class rank are added
to the model, the explanatory factor
rises to .341. The odds of any of these
relationships occurring by chance are
less than 1 in 10,000.
For information about this piece or
works cited, contact Clifford Adelman,
Senior Research Analyst at the U.S.
Department of Education: clifford_adelman@ed.gov
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