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"Teaching versus Research Incompatibility or Overemphasis?"
by Phillip S. Myers, Journal of Engineering Education, January
1993, pp. 23-26.
Summarized by James T. P. Yao, 7/30/99
"There is a perceived conflict between teaching and research.
An analysis of the different audiences to which Professors
profess is presented, and it is concluded that the problem is under-emphasis
on teaching. This under-emphasis on teaching results from a lack
of commitment of resources to evaluating and rewarding formal classroom
teaching, the avoidance of painful decisions, and time pressures.
The challenges are to develop and apply an accepted procedure for
measuring the quality of teaching, to provide realistic opportunities
for continued professional development, and to provide the time
required to meet both research and teaching expectations, especially
for probationary faculty.
"
"The role of the Professor not only differs between audiences
but becomes blurred at times for a given audience. For example,
is the Professor more of a student than are the students the first
time he/she teaches a course? Is the Professor a student or a Professor
as he/she works with a graduate student in the final stages of the
Ph.D. dissertation? Is there both a student and research component
in the experience of a Professor working on a highly technical consultation?
In todays highly technical society is there a student/research
component as the Professor tries to understand social and economic
matter in preparation for professing to the public and its elected
representatives? And what is the importance and significance to
the Professor of all of these student roles as he/she
struggles with a half life of 5 years for engineering knowledge?"
"The dictionary defines research as a scholarly or scientific
investigation. Alternatively, research is the intellectual and physical
activities resulting from an internal urge to discover new concepts,
devices, procedures and understanding.
Neither definition
limits or specifies the number of individuals involved in the research.
Neither definition requires communication to others of the results
of the research. However, one of the characteristics of a good Professor
is the urge to share with others new ideas and understanding. Neither
definition requires that the research be sponsored or funded although,
in the real world of today, significant participation by graduate
students requires funding. A portion of the perceived conflict
comes from a too narrow definition of research."
"No professor will, for long, have the opportunity to profess
to his peers, to consult, or to serve the public unless he/she is
in the forefront of generating new knowledge, understanding, and
approaches resulting from his/her participation in research.
Without research
a Professor will soon have a limited audience.
Furthermore, it is doubtful if the Professor will serve even this
limited audience well for any length of time."
"If research, broadly defined, is essential to continued
good teaching it follows that teaching and research are not incompatible
and the problem is one of emphasis and time allocation between competing
demands."
"
However, in assessing which element is over or under
emphasized, several facts
mind that apply to all universities.
First,
, Professors are human beings. Consequently,
there will be differences in the ability of individual Professors
to establish a rapport with and address a specific audience.
Second, the greatest recognition is typically given for accomplishments
in funded and published research.
Note that the bill-payer
may have a different expectation! Third, if a Professor professes
primarily to a single audience it is reasonable to expect world
class performance from this Professor.
Fourth, as science
and technology move faster, more time is needed to keep up with
ones profession.
Because of the low reward and recognition
profile of formal classroom teaching, the item most likely to lose
priority is teaching technique.
Fifth, Professors, like most
individuals, respond to praise, recognition and reward. The sixth
fact is the extreme difficulty of measuring the quality of professing
to degree seeking audiences where teaching techniques are the most
important. The seventh fact is that continued professional growth
which will update technical approaches and content is absolutely
essential to continued good teaching. Funded and published research,
while not the only way, is the easiest and most generally accepted
way to accomplish professional growth.
"
"Currently there are at least three distinctly different challenges
facing the academic engineering community. In order of importance
and difficulty, the first is to develop and use a valid, practical
measurement of formal classroom teaching quality. The second is
to gain acceptance in the general academic community of the fact
that
continued professional development and growth of engineering
faculty (i.e., research) can occur in a variety of ways in addition
to traditional funded research. The third is to gain administrative
recognition that, particularly for probationary faculty, significantly
increase time is required both to seek and administer the funding
essential today to an active research program
"
"There are complexities in determining the quality of formal
classroom professing.
If we spent the resources on evaluating
the quality of teaching that we spend on evaluating the quality
of funded research, i.e., outside peer review, invitations to speak,
prizes, etc., we could evaluate with equal accuracy, the quality
of teaching.
Peers in training (students) are extremely useful,
but imperfect, evaluators.
Exit interviews with graduating
seniors who have more maturity and who are relatively free from
potential retaliation by the system can also provide important input.
Interviews with modestly recent graduates can provide an additional
perspective. Student sponsored teaching awards are a useful criteria.
Additional important information can be obtained from the professors
peers, both directly and indirectly. Why not have practicing engineers
audit classes on an announced as to occurrence but unannounced
as to time basis.
Colleague evaluation can be both
dangerous and perceptive! Some professional societies give presentation
awards for papers presented are these not a clue as to teaching
ability?
"
"
One extreme is the professor who, after the BS degree,
went directly to graduate school and from there to teaching continuing
his professional development with government funded research and
having little or no industrial contact. The other extreme is the
professor who does little or no formal research but, in addition
to his teaching, is active as a professional engineer. the institutional
system would give high recognition to the first but minimum recognition
to the second. It seems to be essential that the ideal
engineering professor operate somewhere between these two extremes
but this will not occur until the present system recognizes the
necessity for professional experience in the engineering field."
"When an individual enters the teaching profession, there
is a fundamental dilemma with regard to seeking research support.
One approach is to seek individual research support.
A second
approach is to join an existing group, which already has funding.
However, doing so raises the question of how, at the time of promotion,
an individuals contribution can be separated from the group
contribution.
However, the institution must make it
clear to the tenure-seeking professor that teaching performance
will be a significant criterion in the tenure decision as well as
the method by which teaching performance will be measured. The same
comments apply to continued professional growth!
The institution
can minimize departmental and institutional administrative duties
during this period. A reduction in teaching load can ease the time
problem if it is made clear that relief from teaching commitments
is for the sole purpose of easing time pressures and that teaching
performance in the courses taught will still be a significant promotion
criteria.
"
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