Steven A.
Jones |
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Biomedical
Senior Design |
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Guidelines
for your proposal. |
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ITEM |
MAX |
Score |
Comments |
General
Sections |
29 |
0 |
These may
seem like picky details to you, but they make the review process easier for
the reviewer, something that you definitely want to do to make the reviewer
more sympathetic to you and to ensure that the reviewer understands what you
are saying. |
Letter of
Transmittal |
2 |
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Make sure it
is signed and dated. |
Title Page |
2 |
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Follow the
format described in the "Proposal Structure" document. |
Table of
contents |
2 |
|
Include
section names and page numbers. |
List of
figures & tables |
2 |
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Include
Figure/Table number, title and page number.
Have separate lists for figures and for tables. |
Acknowledgements |
2 |
|
Use complete
sentences and state why you are acknowledging each person. |
References |
5 |
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Only include
references that are directly cited in your text. When citing references, use (Name, Date)
format. E.g., either "Nussbaum et
al. (1997) showed that the sky is blue," or "The sky is known to be
blue (Nussbaum et al., 1997). |
Qualifications |
2 |
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State
qualifications relevant to the project. |
Facilities |
2 |
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List
facilities that you will use or might use in the project. This includes available laboratories and
equipment. |
Misc. |
8 |
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Includes
grammar, spelling, figure formats, obvious errors. |
Rebuttal |
2 |
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Rebuttals to
my comments and those of your pears. |
Summary |
6 |
0 |
The summary
should make the proposal sound like something you would at least like to read
more about? Would you be interested in
the results of this research? Keep
this short - no more than 1/2 page single spaced or 1 page double spaced. |
Major Problem |
1 |
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Start out
with a clinical problem that needs to be solved. Do not be too narrowly focused. This puts the proposed work into context. |
Aspect to be
Addressed |
1 |
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Be more
specific here about which part of the problem you intend to address. |
Approach |
2 |
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What are the
most important and unique aspects of your approach? |
Statement of
Viability |
1 |
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Don't just
say that it is viable. Give a reason
why the project has a good chance of success. |
Benefits |
1 |
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How will the
results of this project ultimately benefit the patient and/or society? |
Specific Aims |
12 |
0 |
Show that you
have a clear idea of what you want to do?
The idea must be clear, doable, not naïve, and not a fishing expedition.Keep this less than 1.25 pages, double spaced. |
Clinical
Problem |
2 |
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Show that you
know what general problem you are trying to solve. |
Consequences |
2 |
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Show that the
problem has severe consequences. |
Prevalence |
2 |
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Show that you
know how prevalant the problem is. Be quantitative. Rather than saying it "affects
thousands of people each year," find a reference that says it,
"affected 200,000 people in the |
Need |
2 |
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What is the
most reasonable thing to address with respect to the problem? For example, you may not be able to cure
cancer, but you might be able to make chemotherapy less unocomfortable
for the patient. Here the clinical
problem is cancer, and the need is a way to ease the discomfort of
chemotherapy. |
Time is
Right? |
2 |
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Show that
there is a need to address the problem now, either because of enhanced
perception of need or because of new technology that enables a solution. |
Statement |
2 |
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State
directly what you will do. |
Background
& Significance |
24 |
0 |
The
background should be relevant to what you are proposing. Show that there is a need for what you want
to make. Show that you have a command
of the literature. Show that you are
aware of other approaches being taken by investigators and that your problem
has not already been solved. Make sure
your desgn criteria are well spelled out,
quantitative and measurable. Most
importantly, cover anything that will need to be known to the reviewer at a
later point in the proposal. E.g., if
you specify a given design criterion, make sure that the background makes it
clear that the criterion is important to the overall design. |
Background |
4 |
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Familiarize
the reader with the problem. |
Need Analysis |
4 |
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Is your
device really needed? Who would use
it? |
Current
Solutions |
4 |
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How else has
the problem been addressed? What
works/does not work about these solutions? |
Problem to be
Solved |
2 |
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What do you
plan to do that has not yet been addressed by other devices? |
Design
Criteria |
4 |
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What
specifically will your device do?
Describe criteria quantitatively.
All criteria should already have been introduced in previous
sections. Do not surprise the reader
with a criterion that has not been adressed. For example, if you talk about the weight
of the device, check your background section to ensure that you have already
said that weight is an important paramter, why it
is important, and what the acceptable ranges for weight are. |
Alternative
Solutions |
4 |
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How could
you achieve the device you want? Pros and cons of each idea. Decision matrix. |
Method |
2 |
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What approach
will you use? |
Prelim.
Results |
4 |
0 |
Provide
experiments or calculations that deonstrate that
your project is feasible and that you have some expertise in the field. You should provide a plot of any data you
collect and interpret the data and calculations with respect to your problem. |
Research Plan |
25 |
0 |
The section
should answer the following questions.
Does the design make sense?
Does it sound like something that will fulfill the design criteria? Do
the proposed tests address the design criteria? Is the analysis quantitative, plausible,
and related to the design criteria? Is
the cost estimate based on reasonable assumptions? Is the timetable reasonable? |
Design |
3 |
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Show a
detailed sketch of the device you plan to make. How will this device work. |
Method of
Construction |
3 |
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How do you
plan to make the device? |
Quantitative
Analysis |
6 |
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You must
propose some type of physiological modeling. |
Cost Estimate |
2 |
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How much will
it cost to make the device? What is
the expected selling price? |
Experiments
for Evaluation |
4 |
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Provide a
concise description of the experiments that you will perform to test whether
or not your device satisfies the design criteria. State specifically what data you will
collect from these experiments.
Provide acceptable limits for your device. |
Statistical
Analysis |
3 |
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Specify the
tests for significance that you will use on the data you collect. Simply using means and standard deviations
is not sufficient for this section.
Refer to the handout on statistical testing for more information. |
Division of
Labor |
2 |
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Show that the
project can be performed by four people working interdependently. |
Ghantt Chart |
1 |
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Predicate
Analysis |
1 |
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See Mittendorf and Engleman for a
description of this. |
TOTAL |
100 |
0 |
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