Assessment Report
CHEM 5640 – SPRING
2007
Instructor:
Bob Brown
Course
Description: Theory and application of instrumental based
physiochemical methods of analysis. Specific areas of study include: Basic
electronics; atomic and molecular spectroscopy; NMR; Mass Spectrometry; Gas and
Liquid Chromatography.
Enrollment:
9
Assessment
method: Standard ACS Instrumental
Methods Exam (version 2001). This
is a 60 question multiple-choice exam produced by the American Chemical
Society's Examination Institute. These
examinations are used nationally at many Colleges and Universities to assess
student performance in specific chemistry courses that are required for an ACS
certified chemistry degree. ACS
provides composite normalized scores for the examinations based upon reported
nation wide exam scores.
Outcomes
Data: (This should contain as
much hard data as possible; e.g., histograms of scores, results of gain score
tests etc. If applicable include a copy of your assessment test/questionnaire,
etc.)
Class
Results: all of the Chem 5640 students score above the 50th
percentile, meaning the entire class scored better than 50 percent of the
students nationally that took the examination. Specific scores were:
National
Percentile
Number
of Students
(% of students scoring lower)
Scoring
At Percentile
100
1
94
1
92
1
86
2
60
2
54
2
The spring 2007 Chem 5640 students scored an
average of 40 of 60 questions correct.
This represents the 81st percentile nationally (81 percent of students
nationally scored lower than the Chem 5640 students).
Summary: (That is, things you have discovered from your
assessment method and what changes are suggested).
The
student's scores on the standardized examination indicated good general
knowledge and comprehension of the material covered in Chem 5640. No specific area of student weakness
was indicated by the examination results.
Given the high national percentile scores achieved, the material covered
in the current syllabus and textbook appears appropriate. Requests
(by a student
via end of semester evaluations) for additional advanced NMR concepts will be
considered, but this is probably more suitable for a graduate level
course. Course curriculum will be
evaluated annually and revised as needed.
More integration of current analytical chemistry articles from the
literature is also being considered.