Course Evaluation for Biostats VHM 802 at AVC - Winter semester 2016
The purpose of this questionnaire is to summarize each student's experience of
the course, as an aid for me (Henrik, the instructor) in the planning of next year's course.
Your opinions will be very important in determining the future layout of the course.
This survey is not related to the survey carried out by the GS&R Office; their purpose
is essentially to flag any concerns with the teaching and/or teacher. I
hope, of course, that your experience of the course has been good, but I'm looking here for more specific views on the
course. Your answers will be anonymous and will not be looked at before all course activities are completed.
Upon receipt of answers from all, or almost
all, students I'll post a summary of the responses on the web page.
Utility of different course parts
(scale for utility/usefulness/benefit: 1=little, 2=some, 3=considerable, 4=high)
| Course part | Worst thing(s) about | Best
thing(s) about | Utility | Relative
|
|---|
| (1-4) | utility (%)
|
|---|
| Lectures | .
| . | .
| . |
| (incl. handouts) |
| Lab sessions | .
| . | .
| . |
| (incl. solutions) |
| Textbook + notes | .
| . | .
| . |
| --- |
| Home assignments | .
| . | .
| . |
| --- |
| Course project | .
| . | .
| . |
| --- |
| Overall | .
| . | .
| 100% |
| --- |
Comments:
Work load
Estimate the average number of weekly hours spent for the course (including classes and preparation):
| less than 6 hours | 6-8 hours | 9-11 hours | 12 hours or more |
| Weekly work load | . | . | .
| . |
Assess the amount work required for the course relative to your
expectations and what you find reasonable:
| much less | less | as expected | more | much more |
| Overall work load | . | . | .
| . | . |
Comments about work load:
Course topics
| Utility/Benefit (1-4) |
| Course benefit for understanding linear/logistic regression | . |
| Course benefit for understanding experimental design and ANOVA-type models | . |
| Course benefit for understanding random effects models | . |
| Course benefit for understanding repeated measures analysis | . |
| Course benefit for practically using the statistical methods | . |
| Additional course benefit compared to previous courses | . |
If your last assessment was 1 (little), please state previous course(s):
Comments about course topics:
Specific questions
- The sessions of VHM 802 and the combined sessions with VHM 812 were taught in different schedules.
While trying to abstract from the instructor personalities and the actual material covered in the two
parts of the course, did you feel that one
schedule was more efficient than the other for achieving the course
objectives? Do you have any suggestions for changes in the schedule of VHM 802?
- The sessions of VHM 802 and the combined sessions with VHM 812 perhaps differed most by their
level of detail included in the coverage of different methods. For example, VHM 812 sessions included
fairly advanced material for information/context that was not considered as core for VHM 802.
On the other hand, some more advanced material in VHM 802 was left for self study or work with problems,
and other parts were simply omitted from the course curriculum.
Do you think it would be important to standardize the content of the shared sessions to better match the
level of detail in VHM 802; if yes, should this in your view be done by changing the coverage in VHM 802
or in the shared sessions? Any thoughts you want to share about the utility of co-teaching
the two courses would also be appreciated.
- Perhaps the most important recent change in the course has been
the use of a "new" textbook (Oehlert). The previous textbook had been criticized as being very difficult to
read, among other things because of its condensed style of writing. Please give your impression of the
Oehlert textbook; you may e.g. comment on how easy you found it to read, and
on how well it is suited for the course (in terms of course objectives, scope and level).
- Perhaps the biggest challenge in the course is the use of statistical
software packages. For several years students have been allowed to use multiple (>2) different
packages (Minitab, Stata, SAS, R), although this year most of the class focused mostly on Stata.
In your view, should the course ideally be designed (i)
to restrict statistical software to a single package, even if
it would imply some procedures to be more difficult to carry out, or (ii)
to keep its current format with two main packages (Minitab and Stata) that complement each other
in their strengths and weaknesses (in the instructor's view), or (iii) to cover
multiple (>2) commonly used packages and illustrate most analyses in all these software packages?
Please note that the
question is not pro or against the specific packages used, but
whether it would be advantageous to have a different exposure to
software packages.
- For future development of the course, are there any topics currently covered in VHM 802
you would suggest to be reduced substantially or dropped in a revised course? Or any topics from VHM 802 that you would suggest
to be covered in more detail?
- In continuation of the previous question, are there any topics currently not covered in VHM 802
you would suggest for inclusion in a revised course?
- One of my impressions from this year's run of the course is that students in both VHM 802 and 812
had to manage a flow of simultaneous (and possibly conflicting) assignments and deadlines in the two courses.
If you took both courses this semester, did you perceive this as a real
problem? - acknowledging the fact that some overlap between assignments
and deadlines is probably inevitable. Can you suggest some changes to
the VHM 802 course to make things easier for students taking both
courses? Any suggestions would be appreciated, perhaps especially for
times during the semester where you felt that managing the two courses simultaneously
was particularly difficult.
Any other comments:
Many thanks for your help!
- Henrik
Henrik Stryhn
(hstryhn@upei.ca) 2016-04-11