Syllabus

Transkrypt

Syllabus

Załącznik nr 2 do zarządzenia nr 54/2015 Rektora WUM z dnia 14.07.2015 r.
Załącznik nr 3 do procedury opracowywania i okresowego przeglądu programów kształcenia
Appendix no. 3 to the procedure of development and periodical review of syllabuses
Syllabus
1. Imprint
Faculty name:
Education program (field of study, level
and educational profile, form of studies,
e.g., Public Health, 1st level studies,
practical profile, full time):
Faculty of Medicine and Dentistry
English Dentistry Division
full time studies
Academic year:
2016/2017
Module/subject name:
Biophysics
Subject code (from the Pensum system):
29346
Department of Biophysics and Human Physiology
Faculty of Health Sciences,
Medical University of Warsaw,
5 Chałubińskiego Str., 02-004 Warsaw
Educational units:
phone/fax: +48 22 6286334
phone/fax: +48 22 6287846
https://biofizyka.wum.edu.pl/node/2
https://biofizyka.wum.edu.pl/?q=node/118
Head of the unit/s:
Prof. dr hab. Jacek Przybylski
Study year (the year during which the
respective subject is taught):
1
Study semester (the semester during
which the respective subject is taught):
2
Module/subject type (basic,
corresponding to the field of study,
optional):
Basic
Prof. Zbigniew Dunajski
Teachers (names and surnames and
degrees of all academic teachers of
respective subjects):
Dr Maria Sobol
Dr Maciej Pylak
Dr Piotr Jeleń
ERASMUS YES/NO (Is the subject
available for students under the
ERASMUS programme?):
A person responsible for the syllabus (a
person to which all comments to the
Yes
Dr Piotr Jeleń
phone: +48 22 6286334
Strona 1 z 5
syllabus should be reported)
3
Number of ECTS credits:
2. Educational goals and aims
The course program offers to the students information concerning the chosen physical phenomena
occurring in living organisms and application of physics in medicine taking into account the specificity of
the dentist profession.
3. Initial requirements
The level of students’ knowledge should correspond to the standards for the Matura Exam. The exam is
taken on completion of high school and is the basis for entry into universities and colleges of further
education in Poland.
4. Learning outcomes corresponding to the subject
A list of course learning outcomes
Symbol of course learning
outcomes
Description of course learning outcomes
The reference to
programme learning
outcomes (number)
W01
Knows the conditions for static equilibrium and
basic concepts of biomechanics of human body
B.W7
W02
Knows mechanics of masticatory organ
B.W8
W03
W04
W05
W06
W07
U01
U02
U03
K01
K02
Knows imaging techniques of tissues and organs,
and principles of how work appropriate diagnostic
devices
Knows the principles of how work ultrasound
devices
Knows principles of photometry, how work optical
fibers and principles of applications of light sources
in dental medicine
Knows principles of how lasers work and their
applications in dentistry
Knows the natural and artificial sources of ionising
radiation and mechanisms of its interaction with a
matter
Is capable of interpreting of physical phenomena in
masticatory organ
Is capable of applying physical phenomena in
dentist practice
Is capable of assessing health effects of absorption
of a given dose of ionizing radiation and follows the
radiation protection rules and regulations
Is capable of working in multinational and
multicultural team
Is conscious of effects of different physical factors
on organism and has ability to anticipate
consequences of inappropriate application of
medical equipment
5. Forms of classes
Strona 2 z 5
B.W9
B.W10
B.W11
B.W12
------B.U2
B.U3
-------------
-------
Form
Number of hours
Number of groups
Lecture
10
1
Seminar
9
1
Practical classes
16
1,2
6. Subject topics and educational contents
Lectures
W1
Physical basics of biomechanics of human body.
(W01, W02, U01)
W2
Ultraviolet and infrared radiation.
(W05, U01, U02)
W3
X-rays. Radioactive decay (α, β and γ radiation).
(W03, W07, U02)
W4
Imaging techniques I (MRI).
(W03)
W5
Imaging techniques II (CT, PET, SPECT, scintigraphy).
(W03)
Seminars
S1
Light in oral medicine. Optical fibres. Lasers in medicine.
(W05, W06, U02)
S2
Radiation therapy. Radiation protection.
(U03, K02)
S3
Ultrasound in dentistry
(W04, U02)
Practical Classes
C1
Statics of human body. Equilibrium.
Measurements of force and torque.
(W01, W02, U01, U02, K01)
C2
Physical basics of ultrasonography.
(W04, K01)
C3
X-rays and gamma radiation. Experimental determination of
linear attenuation coefficients and half-value layers.
(W03, W07, U02, K01)
C4
Photometry.
(W05, K01)
Strona 3 z 5
7. Methods of verification of learning outcomes
Learning
outcome
corresponding to
the subject
(symbol)
Forms of classes (symbol)
Methods of verification of
a learning outcome
quiz, discussion,
experimental report,
final test
quiz, discussion,
final test
quiz, discussion,
final test
quiz, discussion,
final test
W01
lecture L1
practical classes C1
W02
lecture W1
W03
lectures: W3, W4, W5
W04
seminar S3
W05
lecture W2
seminar S1
quiz, discussion,
final test
W06
seminar S1
discussion, final test
W07
lecture W3
U01
Lectures: W1, W2
U02
Lectures; W2, W3
seminar S3
practical classes: C1, C3
quiz, discussion,
final test
quiz, discussion,
final test
quiz, discussion,
final test
U03
seminar S2
K01
practical classes C1, C2, C3, C4
quiz, discussion,
final test
K02
seminar S2
Credit receiving criteria
To be admitted to the final
test students are
requested to:
- attend lectures and
seminars, and collect at
least 4 points for
presence and activity,
- attend all practical
classes (laboratory
sessions), and collect at
least 12 points.
During each laboratory
session one can get
maximum 5 points. This
makes a total of 20 points
for 4 practical classes to
get. Prior to each
laboratory session
students should read and
understand the relevant
instruction to the
experiment. During
laboratory session
students are asked 3-4
questions (in written or
oral form, depending on
the tutor) to test their
knowledge concerning the
experiment. The answers
to these questions would
be assessed for maximum
2 points. The laboratory
report would be assessed
for maximum 3 points
8. Evaluation criteria: Students achievements are graded based on the final MCQ test results.
Form of receiving credit in a subject:
grade
criteria
2.0 (failed)
0-35 correct answers
3.0 (satisfactory)
3.5 (rather good)
4.0 (good)
4.5 (more than good)
5.0 (very good)
Strona 4 z 5
9. Literature
Obligatory literature:
1. Daviodovits P.: Physics in Biology and Medicine (3rd ed.), Harcourt Academic Press, An Imprint of
Elsevier, 2008
2. Herman I.P.: Physics of the Human Body, Springer, Berlin-Heidelberg-New York, 2007
3. Ronto G., Tarjan I. (Eds.): An Introduction to Biophysics with Medical Orientation, (3rd ed.), Akadémiai
Publishing Company, Budapest, 1999
Supplementary literature:
1. Hobbie R.K., Roth B.J.: Intermediate Physics for Medicine & Biology (4-th ed.), Springer, 2007
2. Malmivuo J., Plonsey R.: Bioelectromagnetism, - Principles and Applications of Bioelectric and
Biomagnetic Fields. New York, Oxford University Press, 1995.
3. Glaser, R.: Biophysics, Springer-Verlag 2005
10. ECTS credits calculation
Form of activity
Number of hours
Number of ECTS credits
Direct hours with an academic teacher:
Lectures
10
0,40
Seminars
9
0,36
Practical classes
16
0,64
Student's independent work:
Student's preparation for a seminar
6
0,24
Student's preparation for a class
12
0,48
Preparation for obtaining credits
22
0,88
Total
75
3
11. Additional Information
-------
Signature of the Head of the Unit
Signature of the person responsible for the syllabus
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Syllabus

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