COST CONTAINMENT
As in the case of VPI, cost containment will have to be part
of the solution. Some of the possible components on the cost containment side might
be:
Transparent budgeting
by activity: Many have argued that
university budgets are purposely kept opaque so that no one will be able to
tell what any one activity (e.g. undergraduate education, research) actually
costs. Thus, the argument goes, no one can really prove that there is cost
shifting from one activity to another. Consequently, the providers of resources
cannot really tell whether the resources have been spent in the way they
wanted, or have been “laundered” to support activities that have a higher
university priority. Whether the argument is true or not, the lack of budgetary
clarity on the costs of different functions e.g. undergraduate education,
graduate education, and research, makes it very difficult to allocate resources
efficiently, effectively and responsibly. Activities that grow well beyond
their resource stream put great pressure on an organization. VPI would never dream
of allowing a situation in which it did not know if its various divisions were
making money or losing money. With this knowledge in hand, VPI might decide
that cross subsidization was appropriate, but it would do so after analyzing
the benefits and drawbacks of such action.
Transparent budgeting by activity would, in my opinion, produce a
revolution in the way universities are run. We would understand that some activities
require such large subsidies that we either should not do them, or do them in
moderation. Expensive fields of dreams
would be harder to build! In the end, each institution would end up with a much
more balanced portfolio that reflected the realities of its own strengths and financial
situation.
Administrative costs. Some authors have speculated that lack of
profit motive is one of the major enablers of rising costs in higher
education. Without the constant pressure
of profit maximization, activities are not scrutinized regularly to see that
they are performing as needed with the lowest possible use of financial
resources. Whatever the truth of that speculation, in my experience the
administrative sides of universities are not run efficiently. In part, universities exist in relatively
stable states for too long, and consequently much of our structure is built to
solve problems that have long disappeared, only to be replaced with new
problems demanding new structures. Periodic from-the-ground-up restructuring of
administrative services with industry level information technology to make the
new structures almost transparent could result in lower costs and better
services for students and faculty. In
addition, higher education seldom has industrial-strength performance goals for
its managers, with the result that many managers need not, and do not, manage. Universities
are, and should be, humane enterprises, but a misguided interpretation of this
ethos has led us to tolerate incompetence on the part of many administrators
that in turn makes the institution less humane for students and faculty. Building a sustained focus on measureable
performance outcomes for managers could lower costs and improve services.
Substitute inputs. The model of researcher – teacher is a
particularly expensive one. First class researchers move in an international
market and thus command high salaries and demand enormously expensive research
facilities. Because they are expected to
do considerable research, they typically have relatively light teaching loads,
making the cost/student quite high. In
order to lower overall costs, and create the possibility of growing student
numbers in a manner that has economies of scale, this model may have to be
broken or at least modified.
Considerable education research does not support the idea that the
excellent researcher is necessarily an excellent teacher at the undergraduate
level, often because of lack of knowledge of (or interest in) the most
effective pedagogical approaches. A full
time teacher (generally with Ph.D.) working under supportive conditions is more
likely to be amenable to learning and using the most effective pedagogical
techniques, thus improving student learning outcomes. Because teachers do not
move in an international market, they command lower salaries than researchers,
and because they are not expected to spend a major part of their time on
research, they can teach more classes than researchers. Thus there is a cost savings in this
substitution, and very likely an improvement in student learning. However, to maximize probability of increased
student learning, there needs to be a teaching track that provides status, full
time employment, appropriate job security, extensive opportunity to learn and
improve pedagogical skills, career advancement, and careful monitoring of
outcomes. As an additional benefit, if an institution had capacity to recruit
and mentor faculty in an effective teaching track, it would have a greatly
increased capability to expand student capacity in a number of different ways
while simultaneously controlling cost and maintaining quality.
Of course, if all researchers are replaced by teachers, then
the research mission of the university disappears. That obviously is throwing out the baby with
the bathwater. The researcher-teacher
is irreplaceable at the graduate level in Ph.D. and similar research-focused
graduate programs. It is also the researcher-teacher who brings great prestige
to the university through his or her research. However, at the undergraduate
level, and, indeed, in many skill-focused graduate programs research faculty could
play a much restricted role in the classroom. This would then allow the university to
increase enrollment significantly in a number of programs without putting added
teaching obligations on the research focused faculty.
No one-size-fits-all prescription is likely to be useful in
determining the optimal mix of research faculty and teaching faculty. Instead each institution should undertake a
mission-driven strategic review that looks at its own aspirations and realities
(e.g. desire to expand number of students, research expectations, desired
student learning outcomes, resource constraints) to find a balance of research
faculty and teaching faculty. This is an
area where transparent budgeting by activity could really be invaluable.
Question constraints: Why is the “school year” still defined by a
calendar defined by an agrarian society? As a consequence, enormously expensive
facilities are greatly underused at least 25% of the year. A
related question – why do classes have the same length, and begin and end on
the same days?A semester is not
magically the correct period of instruction for all subjects. As distance
learning enters the scene, holding courses to the same length with a fixed
start date becomes less and less sensible (the misplaced concerns of the Department
of Education regarding class hours aside). Why is four years the correct time
to a bachelors degree? If one started over by defining what a student today
should learn, and then constructed an appropriate curriculum, how long would it
take for a student to reach the end?
This, of course, is the Bologna question – maybe we should ask it
ourselves. If students come to higher education lacking a good high school
background, are college faculty the appropriate group to bring them up to
speed? Many universities are now using groups such as Kaplan to help bring
international students up to the level of an entering US (or in the UK, British)
college student. This is cheaper and
more effective than having the faculty themselves struggle with pedagogical
problems that are rightly out of their realm. Why not do similar things with the remedial
problem?
INCREASING SALES
With all of this, as in the case of VPI, selling more of the
product each year will almost certainly be necessary in order to keep the
budget in line over time. Selling more
of the product for educational institutions basically means quite simply -teaching more students. As discussed in the previous post, simply teaching more
students while expanding costs proportionally is a losing proposition. The increased students must be taught in a
way that does not carry over the huge burden of legacy costs that exist on our
campuses – or helps spread those costs over a larger number of students.
I have always been greatly impressed with the way that
Harvard has worked to broaden its student body beyond the typical undergraduate
and graduate populations. Type “Harvard summer” into Google, and you get a long
list of summer institutes, summer programs, summer executive education, summer
schools, etc. that help to spread infrastructure costs over 12 months instead
of the more typical 9 months. Some Harvard schools
have learned how to sell some component of their educational process to other
educational institutions, e.g. case studies for the Business School. There is a robust Extension School where one
can get a bachelor’s or master’s degree from evening and online courses.
Harvard, for all of its wealth, works unusually hard to broaden its educational
resource base. Most other schools do not
have the name cachet that Harvard has, but most institutions could still find
some useful ideas by looking at Harvard’s portfolio and mapping it on to their
own areas of local, regional, or national strength.
As mentioned in the first post in this series, both distance
learning and secondary campuses that lack the enormous fixed costs of the home
campus are potential ways to increase students in a cost effective way. Quality
of such programs has always been an issue.
However, if there is a robust and expandable teaching track within the
university as discussed above, teaching in these programs will not need to be “outsourced”, and
quality maintenance should become much more manageable.
But what to do with distance learning and secondary
campuses? Programs that focus on some
measurable outcome, e.g. a degree or certificate generally are likely to be the
most successful and supportive of the basic educational mission of the
institution. A more fundamental question
is - at what student demographic should they be aimed? It makes sense to look at populations of
potential students that are increasing, and are relatively underserved at
present. Two such populations are:
Adult learners: One of the real growth areas for education in the future will
be one that is relatively ignored by most of traditional higher education at
present – adults returning for additional education. They generally will have a pretty clear view
of what they need to get from this additional education, and will demand
programs meeting these needs rather than reflecting traditional disciplinary
agendas. Sometimes they will be looking for degrees, other times for
certificates, that demonstrate that they have a new skill to bring to the table.
These learners have little interest in the expensive infrastructure that
universities and colleges have built for undergraduates – residence halls,
student unions, student affairs, and athletics, and won’t expect to pay for
them. They will demand institutional flexibility
in course delivery, both in location and in time, in order to accommodate their
packed schedules. Both distance learning
and secondary campuses may be more appropriate to meeting these demands than
the traditional campus, and provide an opportunity to segregate off the high
infrastructure costs of the main campus. This is a group that has not been a part of
the traditional core mission of most of higher education, but it may be time to
break out from the narrow educational mission that focuses primarily on the
18-22 year old full time residential undergraduate student. In other words, to really embrace the idea of
lifelong learning as part of our core mission.
International students: The major increases in demand for higher
education are likely to be abroad, predominately in Asia. The greatest demand
is probably going to be for high quality education in the home country of the student. As a consequence, this increasing demand is
not likely to be reflected in major increases in international students coming
to the US. To tap into this growing
demand in a significant way is going to require going to the students in their
home countries. Doing this on a large scale will be a complex undertaking, to
be sure, since universities generally lack most of the infrastructure needed to
successfully mount a quality educational program at a distance from home. Still,
many universities such as the University of Liverpool in England, NYU in the
US, are actively engaged in institutional capacity-building experiments in
creating quality education in other countries.
The approaches used by these two institutions are quite different,
reflecting their differing situations and strategies. Any large scale effort to educate international
students offshore certainly should be part of a strategic vision of the overall
globalization of the institution and its mission.
The reader can certainly suggest other demographics where
demand for higher education will be growing. However, like the above examples, they are
likely to be areas which do not lie in the core mission description of most
institutions at this time. In general,
significantly increasing the number of students taught will require considerable
institutional effort and some resources.
This will happen only if the mission itself evolves to recognize these
other populations as belonging to the center, and worthy of as much attention
and effort as the current students.
thank you for the information. Greetings from Indonesian blogger. Visit me on
Islamic Higher Education
Posted by: Makalah Pendidikan | May 08, 2011 at 05:58 AM