ASSESSMENT OF THE DEPARTMENT AND ITS PROGRAMS
Departmental Major Assessment Plan
1. Departmental Mission Statement
The mission of majors' education by the Biology Department is three-fold. The first element of the Department's mission is to demonstrate Biology as a way of knowing and understanding experience. Its second component is to prepare students for entry into the work place as biologists or into graduate or professional programs in which they receive additional training. Third, the Department's programs are designed to produce graduates who reflect upon the ethical implications of biological knowledge and discovery.
2.
Learning Objectives for the Major
Requirements
for a major in Biology and experiences within that major are designed to produce
graduates with the following characteristics.
1) Each
student will be able to operate as a scientist in his/her ability both to
formulate and to test appropriate biological hypotheses.
2) Each
student will be able to communicate the results of scientific investigations in
forms, both oral and written, standard to the discipline.
3) Each
student will possess a biological knowledge base common to contemporary
biologists, encompassing sub-organismic, organismic and systems levels of
biological organization.
4) Each
student will possess a repertoire of basic laboratory skills necessary for entry
into active participation as a laboratory or field biologist.
5) Each
student will be able to place biological knowledge into an ethical context.
3.
Methods for Assessment in the Major
Methods are
described below and are summarized in the Table 1 at the end of this section.
Objective 1: Ability
to act scientifically
While all
departmental courses discuss the results of scientific inquiry, a number of them
explicitly develop students' abilities both to formulate and test hypotheses.
This work may involve either the use of simulated data or small data sets
constructed by the students themselves.
BIOL 103 and
348 - Examination of the published results of experiments and identification of
scientific steps inherent in those studies.
Assessment is by evaluation of in-class oral discussions and by
individual student written analyses on major examinations.
BIOL 103 and
300 - Small group design of simple experiments.
Assessment is by evaluation of written reports.
BIOL 303 -
Individual problem solving in Genetics based upon the hypothetico-deductive
method. Assessment based upon
examinations and lab reports of selected genetic experiments.
Other
required courses such as BIOL 301- Cell & Molecular Biology and BIOL 307 -
Ecology, involve laboratory study. These
courses require written laboratory reports which are evaluated in part for
adherence to and understanding of standard scientific methodology.
Objective 2:
Ability to communicate as a scientist
a.
Oral communication
BIOL 221 and
231 - Oral presentations. Assessment
is by instructor evaluation.
BIOL 300 -
Instruction in preparation of oral reports of scientific research.
Assessment is by instructor and peer evaluation of oral presentations by
all class members.
BIOL 348 –
Run as a seminar with small group work leading to daily oral reports.
Assessment by instructor.
b.
Written Communication
BIOL 103,
104, 211, 221, 301, 303, and 307 - Short written laboratory reports summarizing
laboratory investigations and/or short research projects are submitted on a
regular basis (weekly in some courses). Instructor
evaluation of reports written.
BIOL 300 (WI)
- Instruction in and student completion of the major forms of scientific writing
including literature reviews, research proposals and research/laboratory
reports. Assessment is by
instructor evaluation of student writing.
Objective 3:
Possession of basic biological literacy
Core
requirements in the Biology curriculum are designed to provide students with a
knowledge base representing the contemporary status of biological understanding.
Assessment is by administration of instructor created examinations both
during and at the end of all core courses and by periodic administration of a
standardized exam prior to graduation.
Objective 4:
Possession of basic laboratory skills
Skills are
developed in the laboratory component of required courses (specifically BIOL
103, 104, 301, 303, and 307). Through
instruction in basic bench, dissection, and field techniques students learn to
observe, sample, measure, and quantify. Assessment
is by instructor through laboratory reports, examinations, and practical exams.
Objective 5:
Understanding of biological knowledge in ethical context
There are at
least two components to this objective: scientific
integrity and the ethical application of scientific knowledge.
Scientific integrity is a component of BIOL 300 and all laboratory
courses and is more generally modeled by instructor behavior in all courses.
Assessment is by projects in BIOL 300 and through reports and projects in the
laboratory courses.
The ethical
application of scientific knowledge is a more general objective and one that we
feel strongly about as a department. The
courses chosen to meet this requirement all address ethical issues in the
biological sciences.
Table 1:
Summary of methods for assessment in the major.
Methods are shown for each objective in each course of the major core of
biology classes.
|
|
Objectives |
||||
|
Courses |
1 |
2 |
3 |
4 |
5 |
|
103 |
Oral
discussion/exams |
Lab
reports |
Individual
course exams plus standardized exam |
Lab
rpts/practs/exams |
Externally
generated (PHIL 207, 310, 311; THEO 219, 311) |
|
104 |
|
Lab
reports |
Lab
rpts/practs/exams |
||
|
211 |
Lab
reports |
(Lab
reports) |
Lab
practical/exam |
||
|
221 |
|
Jrnl
rev/writ./oral present |
Lab
reports |
||
|
231 |
|
Oral
reports |
|
||
|
241 |
Field
observations |
Field
notebook |
Field
notebook |
||
|
300 |
Group
exp design/rpts |
Oral
reports/written rpts |
Lab
reports |
||
|
301 |
(Lab
reports) |
Lab
reports |
Lab
reports/exams |
||
|
303 |
Exams/lab
reports |
Project/lab
reports |
Lab
rpts/practs/exams |
||
|
307 |
Lab
reports |
Lab
reports/essay exam |
Lab
reports |
||
|
348 |
Experimental
design |
Article
rev./daily discuss |
|
||
|
|
|
|
|
|
|
|
Goals Essay |
NO |
NO |
NO |
NO |
NO |
|
Senior Essay |
NO |
NO |
NO |
NO |
NO |
|
C&MB Lab |
YES |
YES |
NO |
NO |
NO |
|
Ecology Lab |
YES |
YES |
NO |
YES |
NO |
|
Stanrd Exam |
NO |
NO |
YES |
NO |
NO |
Alum Survey |
YES |
YES |
YES |
YES |
YES |
4.
Documentation of Student Learning in the Major
Documentation of student learning will take place three ways:
1)
A portfolio will be compiled for all seniors.
The student’s advisor will keep the portfolio unless the advisor is not
a member of the biology faculty; in that case, the departmental assessment
coordinator will keep the portfolio. This
portfolio will consist of the following:
a.
a “Goals Essay” reflecting on the goals of the student early in their
undergraduate career and how they anticipate the biology department will assist
them in achieving those goals. Questions
will be designed to address the learning objectives of the department.
This essay will be written in BIOL 103 or on Assessment Day for transfer
students.
b.
an essay reflecting on the overall experience in the biology program.
Seniors will be asked to review their Goals Essay and reflect on how
their perspective has changed and upon the impact of the biology curriculum on
their career preparation. This
essay will be a requirement for graduation, but will not be a component of any
specific course. It will be written
on Assessment Day or at another arranged time.
c.
one lab report from BIOL 301 – Cell & Molecular Biology.
d.
one lab report from BIOL 307 – Ecology.
2)
Every year, each senior will take a standardized exam as a requirement
for graduation. The results of this exam will be compared to national
averages and used to identify specific areas of weakness in our curriculum.
This exam will be administered on Assessment Day.
3)
During the year before every Program Review, an alumni survey will be
administered. This will be used to
evaluate how the curriculum prepares students for their chosen careers.
5.
Use of Assessment Information to Improve Education
The Biology
Department will examine all materials collected for each graduate during the
year preceding each five-year Program Review.
At the same time there will be a review of departmental objectives.
Both strengths and weaknesses in the major will be assessed and the
information obtained will form the basis of discussions for the program review
the following year. Results of the
standardized exam and copies of the Program Review will be made available to
students and alumni upon request.
6.
Evaluating the Departmental Assessment Plan
During the
year preceding program review, and after materials of students have been
examined, the Biology Department will evaluate the departmental assessment plan
and make any necessary changes. In
the spring of 1996, Dr. William Hixon was appointed to coordinate assessment
activities. He first devised the
action plan for the implementation of assessment methods shown, which we will
continue to follow (see Appendix I). It
was decided that the Assessment Retreat should be retained.
Our recent
assessment of the assessment plan identified a few problems with the plan and
its implementation. These and our
proposed solutions to them are addressed in part II Section E.
A final
concern, as always with proposed methods of documenting learning, is compliance.
In an attempt to ensure a high percentage of compliance, the department
will continue a day of scheduled assessment activities and strongly encourage
all majors to participate.
B.
Assessment of Teaching and Learning in the Major
Our
assessment of teaching and learning in the major suggests that our curriculum
meets our stated goals, but that some improvements are possible.
The basis for our proposed changes was a combination of student essays,
lab reports, standardized exams, an alumni survey, as well as anecdotal
information. The areas of concern
and our proposed solutions to them are addressed in part II sections A-E.
While the
results of these changes do not significantly alter the major program
requirements, sequencing of courses, or prerequisites, we feel that they will
strengthen the curriculum and program.
C.
General Education Assessment of Teaching
1.
All courses
A grid
indicating how each of the department's courses teaches to the General Education
goals is attached (Appendix II). While
there is always room for improvement, the department is satisfied with the
progress towards meeting all General Education goals.
With the addition of BIOL 108, 112, and 123, we demonstrate our
commitment to General Education by providing more courses to serve the broad
interests of our students at St. Ambrose University.
2.
Designated General Education courses
a.
Existing courses
The General
Education courses are being taught in accordance with the General Education
Program mission and goals. Evidence
of teaching to divisional goals is included in the report to the Director of
General Education.
b.
New courses
Three courses have already been approved for designation for General Education courses since our last Program Review. They include BIOL 108 - +Principles of Evolutionary Change, BIOL 112 - +Humans and Disease, and BIOL 123 - +Selected Topics in Biology.
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