Course Evaluation for Biostats VHM 801 at AVC - Fall Semester 2016
The purpose of this questionnaire is to summarize the student's experience of
the course, as an aid for me (Henrik, the instructor) in the planning of
the course in the future. Because I will be on sabbatical leave in 2017,
there will be extra time to think about and develop new ideas for the
course, so your opinions will be important in determining the future layout of the
course. Your answers will be entirely anonymous, unless you choose to identify yourself.
Completed forms may be put in my mailbox (Health
Management, 3rd floor North) or given to me directly anytime before or after the exam, as you
prefer. Upon receipt of answers from at least 6 students,
I'll post a summary of the responses on the web page.
General questions
Utility of different course parts
(scale for utility/usefulness/benefit: 1=little, 2=some, 3=considerable, 4=high; for the relative utility,
give a percentage for the utility of each part of the course, so that the percentages add up to 100%)
| Course part | Worst thing(s) about | Best
thing(s) about | Utility | Relative
|
|---|
| (1-4) | utility (%)
|
|---|
| Lectures | .
| . | .
| . |
| --- |
| Lab sessions | .
| . | .
| . |
| --- |
| Textbook | .
| . | .
| . |
| --- |
| Web page | .
| . | .
| . |
| (incl. solutions) |
| Home assignments | .
| . | .
| . |
| --- |
| Overall | .
| . | .
| 100% |
| --- |
Comments:
Course benefits
| Utility/Benefit (1-4) |
| Course benefit for understanding statistical models | . |
| Course benefit for practically using statistical methods | . |
| Additional course benefit compared to previous courses | . |
If your last assessment was 1 (little), please state previous course(s):
Course workload and difficulty
(scale for assessment: 1=low, 2=below average, 3=above average,
4=high)
| Assessment (1-4) |
| Course workload (compared to other 3 credit courses) | . |
| Course difficulty (compared to other 3 credit courses) | . |
In addition: indicate which 2 of the
statistical methods you found most difficult:
descriptive statistics,
probability, statistical distributions and random variables, normal distribution, binomial distribution, one-sample analysis of continuous
data, one-sample analysis of discrete data, two-sample analysis of continuous data,
two-way tables, one-way ANOVA, two-way ANOVA, linear regression/correlation,
non-parametric methods in general, sample size calculations.
Comments:
Statistical software
Assess your familiarity with Minitab after the course in terms of your
willingness to use the software for your own statistical analyses if they involve
statistical methods covered in the course:
| small, would not use | some, would maybe use | considerable, would most likely use | high, would most certainly use |
| Familiarity with Minitab | . | . | . | . |
Comments about Minitab:
Specific questions
These questions address some of the areas where changes have been implemented this semester,
where there may have been problems, or where the course schedule and organisation could be adjusted to the benefit of students.
- The distribution between lecture and lab time reflects the instructor's view
that things are best learnt by doing them (under guidance). One drawback of only two
scheduled lecture hours is that
some material is reviewed quickly, other material is deferred to the labs, and some material
is not reviewed at all. Do you think the length and coverage of material at the
lectures (including extra time during lab sessions) was appropriate?
- One new part of the lectures in the last two years was the review of "Summary Worksheets" from the Stevens (S) book,
for most of the course topics. Do you think these reviews were beneficial and should be kept
in future runs of the course? If yes, do you think these reviews are most efficiently done in lecture time
(thereby taking away time for new material), or should they be moved to lab sessions or lab review sessions?
- The lab sessions are intended to give students (first) experience with the statistical methods
introduced and the statistical software by solving a range of introductory/simple exercises.
Do you think the software demonstration and the individual work
parts of the lab sessions were useful and effective? (If your answers are different for the demonstration
and individual work parts, please separate them.) Any other suggestions on how to make the labs more
effective would be welcomed as well.
- The optional review sessions (on Thursdays) attracted substantial interest this year
(relative to class size). If you attended (some of) them, do you think the current
format and content are optimal, or do you have suggestions for improvement?
- The course material was expanded moderately in a couple of ways this and last year, including more comprehensive
media links as well as summary notes for almost all lectures. The course also, as in previous years, included Minitab
project files for all teaching sessions. I would be interested to get a sense of how useful these materials were for the class.
Please indicate on a 4-point scale (1=never used; 2=used little but
didn't find too useful; 3=used some and found quite useful; 4=used a lot
and found very useful) your evaluation of each of these specific parts
of the course material: (A) media links, (B) summary notes, (C)
Minitab files.
- The course introduced several topics beyond the coverage in textbooks (e.g. Bayes' formula, Fisher's exact test,
McNemar's test, Friedman's test, Spearman's rank correlation) without including them in the exam syllabus.
In your view, is it useful to have such extra topics briefly explained within in the course,
and would you prefer to have their scope reduced/kept as is/expanded?
- The main change and novelty of the course over the last years was to no longer match the course with a single textbook.
Indicate which textbook you used (PSLS/S/IPS/none of these), and comment
generally on whether you think that textbook supported the course
adequately. Examples of issues you could address if you found them problematic:
material included in the course not covered in your text (in particular
for S); switching between textbook, textbook supplements and course
notes; using lab problems from another textbook; access to relevant
statistical tables. All comments on use and choice of textbooks are
welcomed here (the next question will ask for a specific preference).
- After having tried a new system for textbooks for a few years, it is relevant to consider
whether this system should be continued or replaced by an alternative. Please indicate which of the following
options you think would be preferable for the course next year:
- The 8th edition of IPS (allowing for 6th and 7th editions as well),
- The 3rd edition of PSLS,
- The S book, with necessary supplements,
- Keep the current system allowing for choice between textbooks,
- Other suggestions -- give details:
Additional comments to motivate your choice would be welcomed as well.
Any other comments:
Many thanks for your help!
- Henrik
Henrik Stryhn
(hstryhn@upei.ca) 2016-12-01