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توصيف برنامج ومصفوفاته وتوصيف ومصفوفات المقررات لبرنامج الفيزياء الحيوية الطبية/ مرحلة البكالوريوس للعام 1 م2017-2016االكاديمى

وحدة ضمان الجودة

جامعة حلوان

كلية العلوم قسم الفيزياء

2017/ 2016 مرحلة البكالوريوس

برنامج الفيزياء الحيوية الطبية منسق البرنامج:

د/ مدحت وهبة اسماعيل

المنسق العام للبرامج االكاديمية بالكلية:

محمد ماهر عبد الغفارد/

الجودة بالقسم: المنسق العام ألعمال

منى مصطفى أحمد /د

المراجع الداخلى للبرنامج:

.د/ عبد الرحمن عبد المعبود

رئيس مجلس القسم العلمي و المسئول عن البرنامج:

الحجرى عبده أ.د/ مجدى

عميد الكلية:

ماهر حلمى هاللأ.د/

المقررات لبرنامج الفيزياء الحيوية الطبية/ مرحلة البكالوريوس للعام توصيف برنامج ومصفوفاته وتوصيف ومصفوفات 2 م2017-2016االكاديمى




توصيف برنامج الفيزياء الحيوية الطبية

مرحلة البكالوريوس

2017-2016للعام االكاديمى



(13نموذج رقم )

توصيف برنامج دراسي

(م2017-2016)عام

:معلومات أساسية -أ

Medical Biophysicsإسم البرنامج: -1

majorSingleطبيعة البرنامج: )أحادى( -2

Physics القسم المسئول عن البرنامج:

:البرنامجتاريخ إقرار

بشأن إصدار الالئحة الداخلية لمرحلة البكالوريوس. 9/6/2002( بتاريخ 845قرار وزارى رقم ) •

:إعتماد آخر توصيف للبرنامجتاريخ

بشأن اعتماد توصيفات البرامج و المقررات الدراسية للعام 18/12/2017" بتاريخ 440قرار مجلس الكلية رقم " •

.2017-2016الجامعي

:مرحلة البكالوريوسة لتبنى المعايير األكاديميتاريخ

إجراء تعديل بالالئحة الداخلية لكلية العلوم جامعة حلوان )مر حلة بشأن 8/8/2017( بتاريخ 3561قرار وزارى رقم ) • مقرر بيوفيزياء البروتينات.بو ذلك باستبدال مقرر الطاقة الشمسية البكالوريوس(

لبرامج مرحلة البكالوروس ARSبالموافقة على اعتماد 27/12/2016( بتاريخ 453قرار مجلس الجامعة رقم ) •

يوسلبرامج الكلية لمرحلة البكالور ARSبشأن إعتماد تبنى 21/12/2016" بتاريخ 423قرار مجلس الكلية رقم " •

لبرامج الكلية المزدوجة لمرحلة ARSبشأن إعتماد تبنى 19/1/2015" بتاريخ 399قرار مجلس الكلية رقم " •

.البكالوريوس

معلومات متخصصة: -ب

األهداف العامة للبرنامج: -1

1- General aims of the program:

1/1 Offer a balanced exposure eloquently combining physics and biology in order to attract

those students who have mutual interests.

1/2 Offer a variety of modules giving an up-to-date overview of the field of medical

biophysics with emphasis on the foundations and applications.



1/3 Provide knowledge of the physical functional aspects of biological systems from a single

molecule to the entire organism.

1/4 Provide an intensive laboratory training which plays an important part in the program and

students are expected to complete an individual project.

1/5 Offer a variety of skills that prepares graduates for a competitive opportunity in not only

in academic research but also in industry, medical laboratory practice and science teaching.

1/6 Develop the student's realistic comprehension and visualization of the basic principles of

physics in order to be able to solve realistic problems especially those related to technology

and environment.

1/7 Instill in the student a sense of inquiry and research based on the scientific method.

1/8Develop an appreciation of the role of physics in our attempt to consistently understand the

universe in modern terms.

1/9 Develop up-to-date awareness, knowledge, understanding and practice of basic IT

applications and how it is intensively used to facilitate scientific research and development

مخرجات التعلم المستهدفة: -2

2- Intended Learning Outcomes (ILOs):

المعرفة و الفهم:1 2/

2/1 Knowledge and Understanding:

On successful completion of the program, graduates should be able to

A1. State the principles and basics of physics and biophysics.

A2. Recognize the principles and basics of mathematics.

A3. Realize the principles and basics of chemistry.

A4. Describe the processes and mechanisms supporting the structure and functionof

Biological systems.

A5. the related terminology, nomenclature and classification systems.

A6. Acknowledge the theories and methods applied for interpreting and analyzing data

related to medical Biophysics.

A7. list the relation between medical Biophysicsand medicine.

A8. Identify the macromolecular structures, enzyme mechanisms, cellular behavior as well as

excitation in nerve, muscle and visual cells.

A9. Classify the basics of hearing, vision, smelling, taste, and tactile by sense organs and its

conversion into electrical impulses.

A10. Explore the cell membrane biophysics.

A11. Identify the basics of the biological effects of radiations on Biological systems.

A12.Categorize the application of advanced Biophysical and Biomedical Techniques.

A13. Recognize the principles and basics of electricity and electronics.



المهارات الذهنية: 2/2

2/2 Intellectual Skills

On successful completion of this program, the graduates should be able to:

B1. Differentiate between medical Biophysics related theories and assess their concepts and

principles.

B2. Compare qualitatively and quantitatively medical Biophysics data.

B3. Develop lines of argument and appropriate judgments in accordance with scientific

theories and concepts.

B4. Distinguish mechanisms and procedures to handle medicalBiophysics problems.

B5. Construct several related and integrated information to confirm, make evidence and test

hypotheses.

B6. Use principles of physics in analyzing signals originating from Biological systems.

B7. Choose appropriate solutions for medical Biophysics problems.

B8. Design and apply models based on experimental data derived from Biological systems.

مهارات مهنية وعملية: - 2/3

2/3 Professional and Practical Skills

On successful completion of this program the graduates should be able to:

C1. Apply Mathematical methods to test, analyze and interpret experimental results.

C2. Use the national standards for laboratory equipment essential to practice research work.

C3. Implant comprehensive medical Biophysicsknowledge, understanding as well as

intellectual skills in research work.

C4. Plan computational program packages and tools in laboratory work.

C5. Handle radiation sources professionally and safely.

C6. Practice within the legal and ethical boundaries of the profession.

المهارات العامة والمنتقلة 2/4

2/4 General and Transferable Skills

On successful completion of this program the graduates should be able to:

D1. Acquire the ability of self- and continuous learning

D2. Communicate effectively oral and written

D3. Use mathematical and physical models, systems and tools effectively.

D4. Practice scientific thinking and problem solving skills.



D5. Work in the framework of ethics and scientific traditions

D6. Identify roles and responsibilities in life and work

D7.L Organize time and meet deadlines and work as an individual or in small groups.

D8. Use information technology and communication tools effectively.

D9. Market scientific patents.

D10. Exhibit the sense of beauty and neatness.

المعايير األكاديمية للبرنامج .33.1 Academic Reference Standards:

The Academic Reference Standards for the Medical Biophysics program were based

essentially on the National Academic Reference Standards (NARS) for basic sciences and

followed by the National academic reference standards (NARS) for Biophysics issued by

the National Authority for Quality Assurance and Accreditation of Education (NAQAAE,

2009). The Medical Biophysics program were approved by the committee meeting number

399 of the faculty of Science dated 24/1/2011.

3.1.1. General Attributes of the Graduates of Basic Sciences:

The graduates must be able to

3.1.1.1. Recognize the role of Basic Sciences in the development of society.

3.1.1.2. Develop scientific approaches that meet community needs considering economic,

environmental, social, ethical, and safety requirements.

3.1.1.3. Utilize scientific facts and theories to analyze and interpret practical data.

3.1.1.4. Collect, analyze, and present data using appropriate formats and techniques.

3.1.1.5. Postulate concepts and choose appropriate solutions to solve problems on scientific

basis.

3.1.1.6. Apply effectively information technology relevant to the field.

3.1.1.7. Participate effectively in a multidisciplinary teamwork and be flexible for

adaptation, decision making and working under contradictory conditions as well as exhibiting

the sense of beauty and neatness.

3.1.1.8. Adopt self and long life-learning and participate effectively in research activities.

3.1.1.9. Deal with scientific data in Arabic, English or other languages.



3.1.2. Knowledge and Understanding:

Graduates of basic sciences must acquire knowledge and understanding of

3.1.2.1. The related basic scientific facts, concepts, principles and techniques.

3.1.2.2. The relevant theories and their applications.

3.1.2.3. The processes and mechanisms supporting the structure and function of the specific

topics.

3.1.2.4. The related terminology, nomenclature and classification systems.

3.1.2.5. The theories and methods applied for interpreting and analyzing data related to

discipline.

3.1.2.6. The developmental progress of the program-related knowledge.

3.1.2.7. The relation between the studied topics and the environment.

3.1.3. Intellectual Skills:

The graduates of basic sciences must be able to

3.1.3.1. Differentiate between subject-related theories and assess their concepts

and principles.

3.1.3.2. Analyze, synthesize, assess and interpret qualitatively and quantitatively science

relevant data.

3.1.3.3. Develop lines of argument and appropriate judgments in accordance with scientific

theories and concepts.

3.1.3.4. Postulate and deduce mechanisms and procedures to handle scientific problems.

3.1.3.5. Construct several related and integrated information to confirm, make evidence and

test hypotheses.

3.1.4. Practical and Professional Skills:


3.1.4.1. Plan, design, process and report on the investigated data, using appropriate

techniques and considering scientific guidance.



3.1.4.2. Apply techniques and tools considering scientific ethics.

3.1.4.3. Solve problems using a range of formats and approaches.

3.1.4.4. Identify and criticize the different methods used in addressing subject related

issues.

3.1.5. General and Transferable Skills:


3.1.5.1. Use information and communication technology effectively.

3.1.5.2. Identify roles and responsibilities, and their performing manner.

3.1.5.3. Think independently, set tasks and solve problems on scientific basis.

3.1.5.4. Work in groups effectively; manage time, collaborate and communicate with

others positively.

3.1.5.5. Consider community linked problems, ethics and traditions.

3.1.5.6. Acquire self- and long life–learning.

3.1.5.7. Apply scientific models, systems, and tools effectively.

3.1.5.8. Deal with scientific patents considering property right.

3.1.5.9. Exhibit the sense of beauty and neatness.

3.2. Academic Reference Standards (ARS) for Medical Biophysics

Medical Biophysics is an interdisciplinary science that applies the theories and methods of

physical sciences to solve biological and medical problems. Medical Biophysicists use the

ideas, instrumentation and computational models of physics to understand living systems.

The Medical biophysics shares a common interest in combining biology and physical

principles applied to biological systems and medical sciences. There is a wide range of sub-

disciplines of biophysics such as cell membrane biophysics, radiation and environmental

biophysics, biophysics of macromolecules and sub-cellar components, nuclear magnetic

resonance in medicine and biology.

Medical Biophysics studies the structure and function of proteins, nucleic acids and lipids at



the molecular level. It also investigates dynamics in areas such as vision, hearing and

motility as well as molecular structure, signal transmission and transduction of signals in

nerve and muscle. This field of science has fundamental roots in two major fields of

medicine as obviously can be seen in radio-diagnosis and radiation therapy in addition to

medical and molecular radiobiology. The mission of the undergraduate Medical Biophysics

Program is to provide students with a rigorous undergraduate-level introduction to the field

of medical physics, including radiation physics, health physics, anatomy, physiology,

medical imaging, radiation therapy, radiation protection and radiation biology. To

accomplish this, the program offers courses to provide students with preparation for graduate

instruction in Medical Physics and other areas of quantitative medicine such as

computational neuroscience and molecular imaging.

Therefore, a wide range of careers is available to medical biophysicists. They can work

primarily in medical and research laboratories, in educational and health institutions and in

medical industries or become scientific reporters or investigator scientists.

3.2.1. General Attributes of the Graduates of Medical Biophysicist:

In addition to the general attributes of a basic sciences graduates, the medical

biophysics graduates must be able to:

3.2.1.1. Design and conduct experiments and to analyze and interpret biophysical data.

3.2.1.2. Attain good basic knowledge of structural and functional aspects of biological

systems from single molecule to whole organism with biomedical orientation.

3.2.1.3. Connect fundamental ideas about the physical behavior of matter and energy to

medical biology structure and function.

3.2.1.4. Use Mathematical framework in quantitative predictions of behavior of living

systems underlying medical imaging and health physics and demonstrate the application of

these concepts and theories.

3.2.1.5. Reveal the physical principles underlying each imaging modality, the physical

properties that are visualized in each type of image, the general types of medical and

biological information to acquire clinical information.

3.2.2. Knowledge and Understanding of the graduates of medical biophysics program:

In addition to the general knowledge acquired by basic sciences graduates, the medical

biophysics graduates must know and understand the:

3.2.2.1. Macromolecular structures, enzyme mechanisms, cellular behavior, excitation in

nerve, muscle and visual cells.



3.2.2.2. Basics of hearing, vision, smelling, taste, and tactile by sense organs and its

conversion into electrical impulses and their implications for clinical correlations.

3.2.2.3. Conversion of chemical energy into mechanical energy and movement by muscles.

3.2.2.4. Link between Nano-technology and cell membrane biophysics.

3.2.2.5. Biological and medical effects of radiations on biological systems.

3.2.2.6. Application of advanced biophysical and biomedical techniques.

3.2.2.7. Principles of modeling for biological Systems.

3.2.2.8. knowledge about radiation biophysics and its importance in the radiotherapy

(radiobiology), radio-diagnostic and radio-therapeutic tools used in day to day oncological

practice such as diagnosis of tumors.

3.2.2.9. Biomaterials products and how material properties affect biomedical behavior.

3.2.2.10. Application of physics to biomedical systems and the appropriate application of

monitoring technology in the clinical environment.

3.2.3. Intellectual Skills of the graduates of medical biophysics program:


3.2.3.1. Use principles of biophysics in analyzing signals originating from biological systems.

3.2.3.2. Choose appropriate solutions for biophysical problems.

3.2.3.3. Design and apply models based on experimental data derived from biological systems.

3.2.3.4. Have insight into the application of physics to medicine and biological research.

3.2.4. Practical and Professional skills of the graduates of medical biophysics program:


3.2.4.1. Apply mathematical methods to test, analyze and interpret biophysical experimental

results.

3.2.4.2. Use the national standards for laboratory equipment essential to practice research

work.

3.2.4.3. Utilize comprehensive biophysical knowledge, understanding as well as intellectual

skills in medical research activities.

3.2.4.4. Use computational program packages and tools in laboratory work.

3.2.4.5. Integrate biophysical information and concepts with medical skills in research work.

3.2.4.6. Handle radioactive sources and biological samples safely.

3.2.4.7. Apply basic knowledge in applied biostatistics, error analysis, and experimental

design and methods in radiation instruments.



3.1.5 General and Transferable Skills:

The graduates must be able to:

3.1.5.1. Use information and communication technology effectively.

3.1.5.2. Identify roles and responsibilities, and their performing manner.

3.1.5.3. Think independently, set tasks and solve problems on scientific basis.

3.1.5.4. Work in groups effectively; manage time, collaborate and communicate with others

positively.

3.1.5.5. Consider community linked problems, ethics and traditions.

3.1.5.6. Acquire self- and long life–learning.

3.1.5.7. Apply scientific models, systems, and tools effectively.

3.1.5.8. Deal with scientific patents considering property right.

3.1.5.9. Exhibit the sense of beauty and neatness.

العالمات المرجعية: - 4

4- Benchmarks: Not applicable

هيكل ومكونات البرنامج: -5

5- Curriculum Structure and contents:

Academic Years - 8 Semesters 4مدة البرنامج: -أ

هيكل البرنامج: -ب

: 262إجمالي 121تطبيقات 141 نظرى عددالساعات/ عددالوحدات

:30 مقررات العلوم األساسية%

:4 : مقررات العلوم اإلجتماعية واإلنسانية %

:52مقررات علوم التخصص%

4: حاسب آلي مقررات %

2 بحث ومقال %

8 اخرى %

أسابيع 4إجتيازه شرط للحصول على درجة البكالوريوس لكنه ال يعامل كمقرر دراسي و يكون لمدة :ىالتدريب الميدان

في صيف العام األكاديمي الفاصل بين المستوى الثالث و الرابع تحت إشراف من مجلس القسم العلمي. في نهاية فترة

يقدم المشرف على الطالب من القسم العلمي تقريراً التدريب يقدم الطالب تقرير عن فترة التدريب معتمد من جهة التدريب و

بناًء على متابعته للطالب.



طبقنظام الساعات المعتمدة(: ال ي مستويات البرنامج )فى -ج

مقررات البرنامج: -د

**رموز الرقم الكودى لكل مقرر:

Symbol

الرمز الكودى للمقررات

التخصص الرقم الكودى لالقسام

Department

ر M 1 رياضيات

Mathematics

فيزياء P 2 ف

Physics

كيمياء C 3 ك

Chemistry

ن B 4 نبات

Botany

ح Z 5 حيوان

Zoology

حف B-P ---------- فيزياء حيوية

Biophysics

المقرر وينتهى برمز اخر يدل **يرمز لكل مقرر فى الجدول برقم كودى يسبقه رمز يدل على القسم العلمى الذى يقوم بتدريس

على الشعبه الدراسية للمقرر .

يتكون الرقم الكودى من ثالثة اعداد :

-العدد االول: يدل على ترتيب المقرر داخل االقسام خالل الفصل الدراسى

-العدد الثانى :يدل على الفصل الدراسى االول او الثانى

العدد الثالث: يدل على السنه الدراسيه-

مثال للرقم الكودى )المرجعى( الحد المقررات الدراسية:



رمز القسم العلمى الذى يقوم بتدريس المقرر ر

ترتيب المقرر داخل القسم 1

الفصل الدراسى االول 1

السنه الدراسيه )الثانيه( 2

حف رمز الشعبه الدراسية للمقرر

(فيزياء حيوية)

ح ف 211ر

M211B-P

الرقم الكودى المرجعى للمقرر المعنى

Mathematical Analysis (3)



1. a.Physical Sciences Group

Level/Year: 1st Year Semester: 1st Semester

Code

Symbol Course

Hours per Week

Lectures Application

s Total

M111P Mathematical Analysis (1) 2 2 4

M112P Mechanics (1) 2 2 4

M113P Analytical Geometry(1) & Higher

Algebra 1+2 2 5

P111P Properties of Matter & Heat 2 2 4

P112P Sound & Waves 2 2 4

C111P Inorganic Chemistry (1) 2 2 4

C112P General Physical Chemistry (1) 2 2 4

L111P English Language (1) 2 - 2

1. b. Physical Sciences Group

Level/Year: 1st Year Semester: 2nd Semester

Code

Symbol Course

Hours per Week


s Total

M121P Mathematical Analysis (2) 2 2 4

M122P Linear Algebra & Analytical

Geometry (2) 1+2 2 5

M123P Mechanics (2) 4 2 6

P121P Electricity & Magnetism 2 2 4



P122P Physical optics 2 2 4

C121P General Physical Chemistry (2) 2 2 4

C122P Organic Chemistry (1) 2 2 4

Human Rights 1 2 3

2. a. Medical Biophysics

Level/Year: 2nd Year Semester: 1st Semester

Code

Symbol Course

Hours per Week


s Total

M211BP Mathematical Analysis (3) 2 1 3

M212BP Logic & Abstract Algebra (1) 2 1 3

P211BP Atomic Physics 2 2 4

P212BP Electromagnetism 2 2 4

P213BP Thermodynamics 2 2 4

Z211BP Physiology 2 2 4

Z212BP Histology 2 2 4

B211BP Microbiology 2 2 4

L211BP English Language (2) 2 - 2



2. b. Medical Biophysics

Level/Year: 2nd Year Semester: 2nd Semester

Code

Symbol Course

Hours per Week


s Total

M221BP Differential Equations 2 1 3

M222BP Mathematical Statistics & Theory of

Probability (1) 2 1 3

P221BP Radiation Physics 2 2 4

P222BP Molecular & Atomic Spectra 2 2 4

P221BP Diffraction& Crystal Structure 2 2 4

Z221BP Invertebrate 2 2 4

Z222BP Insects 2 2 4

B222BP Cell Genetics 1 2 3

M220BP Introduction to Programming 1 2 3


Level/Year: 3rd Year Semester: 1st Semester

Code

Symbol Course

Hours per Week


s Total

M311BP Real Analysis 2 1 3

M312 BP Complex Analysis 2 2 4

P311 BP Solid state Physics (1) 2 2 4

P312 BP Nuclear Physics (2) 2 2 4

P313 BP Reactor Physics 2 2 4

P314 BP Biophysics 2 2 4



Z311 BP Parasitology 2 2 4

P315 BP Radiation Protection 2 1 3

L311 BP English Language (3) 2 - 2


Level/Year: 3rd Year Semester: 2nd Semester

Code

Symbol Course

Hours per Week


s Total

P321 BP Modern Optics 2 1 3

P322 BP Plasma Physics 2 1 3

P323 BP Electronics (1) 2 2 4

P324 BP Special Course 2 2 4

B321 BP Bacteria & Fungi 2 2 4

Z321 BP Physiology 2 2 4

C321 BP Organic Chemistry (4,5) 3 2 5

C322 BP Biochemistry (1) 2 2 4

M320 BP Programming languages 1 2 3




Level/Year: 4thYear Semester: 1st Semester

Code

Symbol Course

Hours per Week


s Total

P411BP Solid state Physics (2) 2 2 4

P412 BP Nuclear Physics (2) 2 2 4

P413 BP Electronics (2) 2 2 4

P414 BP Low Temperature Physics 2 2 4

P415 BP Tissues & Cell 2 2 4

P416 BP Biomaterial Substitutes 2 2 4

P417 BP Quantum Physics (1) 2 2 4

P418 BP Mathematical Physics (1) 2 2 4

L419 BP Research Essay 2 - 2


Level/Year: 4th Year Semester: 2nd Semester

Code

Symbol Course

Hours per Week


s Total

P421 BP Metallurgy Physics 2 2 4

P422 BP Solar Energy 2 2 4

P423 BP Laser & its Applications 2 2 4

P424 BP Special Course 2 2 4

P425 BP Electricity in Biological Systems 2 2 4

P426 BP Biophysics Communication &

Control 2 2 4



Z427 BP Immunology 2 2 4

P428 BP Pharmacology 2 2 4

P429 BP Research Essay 2 - 2

Curriculum structure

(NARS)نسب المقررات التى نصت عليها وثيقة ال

area Percentage Tolerance

Basic science 28 27-29

Humanities (including language) 6 5-7

Specially (professional ) 50 48-52

Computer and IT 6 5-7

Research and graduation project 2 1-3

Others ( discretionary) 8 7-9

جدول يوضح نسب المقررات بالالئحة

area Percentage

Basic science 30

Humanities (including language) 4

Specially (professional ) 52

Computer and IT 4

Research and graduation project 2

Others ( discretionary) 8

.راجع محتوى توصيف المقرراتمحتويات المقررات: -6

متطلبات اإللتحاق بالبرنامج: -7

General Secondary School Certificate with Major in physics, chemistry and mathematics, or an

equivalent certificate from a foreign institute recognized by HelwanUniversity. Moreover, the

approved internal faculty branching prerequisites is activated.



8-

البرنامج:القواعد المنظمة إلستكمال

• For the students to be transferred from one academic year to the next, he/she is required to

have successfully passed in all subjects. However, the student may still be transferred if he/she

has failed in not more than two basic subjects in addition to the foreign language from the same

academic year or from previous years. In such cases, students “carrying" subjects from one year

to the next should reset for their “failed” subjects in theirproper respective semesters.

• Final year students who have failed in a maximum of two basic subjects in addition to the

foreign language from fourth year or from previous years can re-sit for their exams in those subjects

in September of the same year. If the student failed again, he/she has to re-sit for his/her exams, in

those subjects, in their proper respective semesters thereafter as many times as necessary until

he/she succeeds.

• Success of the student in passing the modules at the end of each semester is determined

according to the following scheme.

Grade Classification

Grade Overall Score Percentage

Excellent 85% Very good 85% and 75%

Good 75% and 65% Pass 65% and 60%

Weak 60% and ≥ 30% Very weak 30%

• For Foreign Language and Human rights, the pass level threshold will be at least 50 % and

less than 65 %.



• For the student to be graduated(B.Sc. In Medical Biophysics),he/she has to successfully pass

overall basic subjects in addition to the foreign language and the human rights course. The practical

field training should be also passed.

طرق وقواعد تقييم الملتحقيين بالبرنامج: -9

الطريقة ماتقيسة من المخرجات التعليمية المستهدفه

Knowledge, Understanding and intellectual skills

A1,A2, A5,A8,A12, B1,B 3, B5,B7

1- Discussions and reports

All but transferable skills A1-A13 , B1-B8, C1-C6

2- Exercises and Quizzes

Intellectual and transferable skills B1-B8, D1-D10 3- Oral Exams

Knowledge, Understanding and Intellectual skills A1-

A13, B1-B8

4- Written Exams

Practical and professional skills

C1-C6

5- Practical Exam

All skills

i

C

6- Final written exams

All skills 7- Research Project

Assessment البرنامج: تقييم/طرق تقويم -10

بالتقويمالقائم الوسيلة العينة

Senior and Junior students Questionnaire Students

Applicable Questionnaire Alumni

Approximate sample

Steak holder (employers)

Questionnaire and Personal interview Employers



One external reviewer

أ.د. صالح يس البكرى

رئيس مركز ضمان الجوده جامعة

عين شمس

Standard Review Reports Academic

evaluator(s)

التاريخ: التوقيع: اسماعيل د/ مدحت وهبةالمسئول عن البرنامج:

م2017-2016توصيف برنامج ومصفوفاته وتوصيف ومصفوفات المقررات لبرنامج الفيزياء الحيوية الطبية/ مرحلة البكالوريوس للعام االكاديمى 23

للعام االكاديمى الحيوية الطبيةمصفوفات برنامج الفيزياء

م2016/2017

م2017-2016الطبية/ مرحلة البكالوريوس للعام االكاديمى توصيف برنامج ومصفوفاته وتوصيف ومصفوفات المقررات لبرنامج الفيزياء الحيوية 24


م2017-2016توصيف برنامج ومصفوفاته وتوصيف ومصفوفات المقررات لبرنامج الفيزياء الحيوية الطبية/ مرحلة البكالوريوس للعام االكاديمى 24

.رؤية و رسالة واهداف الكلية فى مقابل اهداف البرنامجمصفوفة مالئمة -1

.في مقابل مواصفات الخريج مالئمة اهداف البرنامج مصفوفة -2

.في مقابل مواصفات الخريج مالئمة مخرجات التعليم والتعلم مصفوفة -3

.في مقابل المعايير األكاديمية القياسية مالئمة مخرجات التعليم والتعلم مصفوفة -4

.في مقابل أهداف البرنامج مالئمة مخرجات التعليم والتعلم مصفوفة -5 .في مقابل المقررات الدراسية مالئمة مخرجات التعليم والتعلممصفوفة -6في مقابل رؤية و رسالة و أهداف مالئمة مخرجات التعليم والتعلم مصفوفة -7

.الكلية



(1)مصفوفة

الكلية فى مقابل مصفوفة مالئمة رؤية و رسالة واهداف

اهداف البرنامج



اهداف البرنامج رسالة الكلية

1/1

. Offe

r a b

ala

nced e

xpo

sure

elo

que

ntly

co

mbin

ing p

hysic

s a

nd

bio

logy in

ord

er to

attra

ct th

ose

stu

dents

who h

ave m

utu

al

inte

rests

with

em

phasis

on

app

licatio

ns.

1/2

. Offe

r a v

arie

ty o

f mod

ule

s g

ivin

g

an u

p-to

-date

overv

iew

of th

e fie

ld o

f

med

ical b

iophysic

s w

ith e

mphasis

on th

e fo

und

atio

ns a

nd a

pp

licatio

ns

1/3

. Pro

vid

e k

now

ledge

of th

e

physic

al fu

nctio

na

l aspects

of

bio

log

ical s

yste

ms fro

m a

sin

gle

m

ole

cule

to th

e e

ntire

org

anis

m

1/4

. Pro

vid

e a

n in

tensiv

e la

bora

tory

train

ing w

hic

h p

lays a

n im

porta

nt

part in

the p

rogra

m a

nd s

tudents

are

expecte

d to

com

ple

te a

n in

div

idua

l

pro

ject.

1/5

. Offe

r a v

arie

ty o

f skills

that

pre

pare

s g

radu

ate

s fo

r a c

om

pe

titive

opportu

nity

in n

ot o

nly

in a

cadem

ic

researc

h b

ut a

lso in

industry

, m

ed

ical la

bora

tory

pra

ctic

e a

nd

scie

nce te

achin

g.

1/6

. Develo

p th

e s

tudent's

realis

tic

com

pre

hensio

n a

nd v

isu

aliz

atio

n o

f

the b

asic

prin

cip

les o

f physic

s in

ord

er to

be a

ble

to s

olv

e re

alis

tic

pro

ble

ms e

sp

ecia

lly th

ose re

late

d to

techno

logy a

nd e

nviro

nm

ent.

1/7

. Instill in

the s

tuden

t a s

ense o

f in

quiry

an

d re

searc

h b

ased

on th

e

scie

ntific

me

tho

d.

1/8

. Develo

p a

n a

ppre

cia

tion o

f the

role

of p

hysic

s in

our a

ttem

pt to

consis

tently

un

ders

tan

d th

e

univ

ers

e in

mod

ern

term

s

1/9

. Develo

pa

n u

p-to

-date

aw

are

ness, k

now

ledg

e,

unders

tand

ing a

nd

pra

ctic

e o

f basic

IT a

pp

licatio

ns a

nd h

ow

it is

inte

nsiv

ely

used to

facilita

te

scie

ntific

researc

h a

nd d

evelo

pm

ent

Vision: The Faculty of Science,

Helwan University aspires to achieve

excellence in the offering of

educational services in the field of

basic science, applied scientific

research and modern technology.

x x x x x x

Mission (A): prepare a scientifically

distinguished graduate, who is able to

compete on the level of national and

regional work market via offering

unique academic programs in the field

of basic and applied sciences,

according to the national quality

X x x x x x x



standards.

Mission (B): the Faculty aims to

produce scientific research and

studies for the construction of

advanced research and technological

data base, and thus actively

participate in serving and improving

the society nationally and regionally.

X X X X

Goal 1: Creating a typical learning and

teaching environment centered

basically to build the student

personality, scientifically, socially and

culturally.

X X X X X X X

Goal 2: Creating a highly competitive

institute both academically and

professionally in the fields of science

and technology in consistence with

the needs of the work market.

X X X X X X

Goal 3: continuous development and

improvement of the educational

effectiveness.

X X X X X X

Goal 4: Improving the postgraduate

studies to achieve high impact

scientific research.

X. X X X X X



(2)مصفوفة

في مقابل مالئمة اهداف البرنامج مصفوفة

مواصفات الخريج



اهداف البرنامج مواصفات الخريج

1/1

. Offe

r a b

ala

nced e

xpo

sure

elo

que

ntly

co

mbin

ing p

hysic

s a

nd

bio

logy in

ord

er to

attra

ct th

ose

stu

dents

who h

ave m

utu

al

inte

rests

with

em

phasis

on

app

licatio

ns.

1/2

. Offe

r a v

arie

ty o

f mod

ule

s g

ivin

g

an u

p-to

-date

overv

iew

of th

e fie

ld o

f

med

ical b

iophysic

s w

ith e

mphasis

on th

e fo

und

atio

ns a

nd a

pp

licatio

ns

1/3

. Pro

vid

e k

now

ledge

of th

e

physic

al fu

nctio

na

l aspects

of

bio

log

ical s

yste

ms fro

m a

sin

gle

m

ole

cule

to th

e e

ntire

org

anis

m

1/4

. Pro

vid

e a

n in

tensiv

e la

bora

tory

train

ing w

hic

h p

lays a

n im

porta

nt

part in

the p

rogra

m a

nd s

tudents

are

expecte

d to

com

ple

te a

n in

div

idua

l

pro

ject.

1/5

. Offe

r a v

arie

ty o

f skills

that

pre

pare

s g

radu

ate

s fo

r a c

om

pe

titive

opportu

nity

in n

ot o

nly

in a

cadem

ic

researc

h b

ut a

lso in

industry

, m

ed

ical la

bora

tory

pra

ctic

e a

nd

scie

nce te

achin

g.

1/6

. Develo

p th

e s

tudent's

realis

tic

com

pre

hensio

n a

nd v

isu

aliz

atio

n o

f

the b

asic

prin

cip

les o

f physic

s in

ord

er to

be a

ble

to s

olv

e re

alis

tic

pro

ble

ms e

sp

ecia

lly th

ose re

late

d to

techno

logy a

nd e

nviro

nm

ent.

1/7

. Instill in

the s

tuden

t a s

ense o

f in

quiry

an

d re

searc

h b

ased

on th

e

scie

ntific

me

tho

d.

1/8

. Develo

p a

n a

ppre

cia

tion o

f the

role

of p

hysic

s in

our a

ttem

pt to

consis

tently

un

ders

tan

d th

e

univ

ers

e in

mod

ern

term

s

1/9

. Develo

pa

n u

p-to

-date

aw

are

ness, k

now

ledg

e,

unders

tand

ing a

nd

pra

ctic

e o

f basic

IT a

pp

licatio

ns a

nd h

ow

it is

inte

nsiv

ely

used to

facilita

te

scie

ntific

researc

h a

nd d

evelo

pm

ent

1. Design and conduct experiments

and to analyze and interpret

biophysical data.

X X X X X

2. Attain good basic knowledge of

structural and functional aspects of

biological systems from single

molecule to whole organism with

biomedical orientation.

X X X X X X

3. Connect fundamental ideas about

the physical behavior of matter and

energy to medical biology structure

and function.

X X X X X



4. Use Mathematical framework in

quantitative predictions of behavior of

living systems underlying medical

imaging and health physics and

demonstrate the application of these

concepts and theories.

X X X X X X

5. Reveal the physical principles

underlying each imaging modality, the

physical properties that are visualized

in each type of image, the general

types of medical and biological

information to acquire clinical

information.

X X X X X X



(3)مصفوفة

في مقابل مالئمة مخرجات التعليم والتعلم مصفوفة

مواصفات الخريج

[2016-2017]برنامج الفيزياء الحيوية الطبية



و الفهم المعارف مواصفات الخريج

A1

A2

A3

A4

A5

A6

A7

A8

A9 A10

A11

A12

A13

1. Design and conduct experiments and

to analyze and interpret biophysical

data.

χ χ χ χ Χ χ χ Χ χ χ

2. Attain good basic knowledge of

structural and functional aspects of

biological systems from single molecule

to whole organism with biomedical

orientation.

X X X χ χ

3. Connect fundamental ideas about the

physical behavior of matter and energy

to medical biology structure and

function.

χ χ χ χ χ Χ

4. Use Mathematical framework in

quantitative predictions of behavior of

living systems underlying medical

imaging and health physics and

demonstrate the application of these

concepts and theories.

χ χ Χ χ X χ

5. Reveal the physical principles

underlying each imaging modality, the

physical properties that are visualized in

χ χ χ X Χ χ χ χ



each type of image, the general types of

medical and biological information to

acquire clinical information.

ةمهارات ذهني مواصفات الخريج

B1 B2 B3 B4 B5 B6 B7 B8

1. Design and conduct experiments and to analyze and interpret

biophysical data.

χ Χ χ

2. Attain good basic knowledge of structural and functional

aspects of biological systems from single molecule to whole

organism with biomedical orientation.

X Χ χ

3. Connect fundamental ideas about the physical behavior of

matter and energy to medical biology structure and function.

Χ χ

4. Use Mathematical framework in quantitative predictions of

behavior of living systems underlying medical imaging and health

physics and demonstrate the application of these concepts and

theories.

X X X Χ χ

5. Reveal the physical principles underlying each imaging

modality, the physical properties that are visualized in each type

of image, the general types of medical and biological information

to acquire clinical information.

X Χ χ χ Χ χ



وعملية مهارات مهنية مواصفات الخريج

C1

C2

C3 C4 C5 C6


biophysical data.

χ χ Χ

2. Attain good basic knowledge of structural and functional aspects

of biological systems from single molecule to whole organism with

biomedical orientation.

Χ χ

3. Connect fundamental ideas about the physical behavior of matter

and energy to medical biology structure and function.

Χ χ Χ χ χ Χ




theories.

Χ χ χ Χ

5. Reveal the physical principles underlying each imaging modality,

the physical properties that are visualized in each type of image, the

general types of medical and biological information to acquire clinical

information.

Χ χ X



و منتقلة مهارات عامة مواصفات الخريج

D1 D2 D3 D4 D5 D6 D7 D8 D9 D10


biophysical data.

X X χ Χ

2. Attain good basic knowledge of structural and functional

aspects of biological systems from single molecule to whole

organism with biomedical orientation.

χ Χ χ χ χ Χ χ

3. Connect fundamental ideas about the physical behavior of

matter and energy to medical biology structure and function.

χ χ Χ χ




theories.

Χ X χ χ

5. Reveal the physical principles underlying each imaging

modality, the physical properties that are visualized in each type

of image, the general types of medical and biological information

to acquire clinical information.

Χ X X Χ χ



(4)مصفوفة

في مقابل المعايير مالئمة مخرجات التعليم والتعلم مصفوفة

األكاديمية القياسية

]2017-2016[برنامج الفيزياء الحيوية الطبية



المعايير األكاديمية القياسية

ARS ILOs for Medical Biophysics

)المعارف والفهم(

(مخرجات التعلمو الفهم المعارف)

A1

A2

A3

A4

A5

A6

A7

A8

A9 A10

A11

A12

A13

1. Macromolecular structures,

enzyme mechanisms, cellular

behavior, excitation in nerve,

muscle and visual cells.

χ Χ χ χ χ Χ χ

2. Basics of hearing, vision,

smelling, taste, and tactile by

sense organs and its conversion

into electrical impulses and their

implications for clinical

correlations.

χ χ χ χ Χ

3. Conversion of chemical

energy into mechanical energy

and movement by muscles.

χ χ Χ χ χ Χ χ χ

4. Link between Nano-

technology and cell membrane

biophysics.

χ Χ χ χ χ

5. Biological and medical effects

of radiations on biological

systems.

χ χ Χ χ χ Χ

6. Application of advanced

biophysical and biomedical

techniques.

χ Χ Χ χ χ χ χ



7. Principles of modeling for

biological Systems.

Χ χ χ Χ

8. knowledge about radiation

biophysics and its importance in

the radiotherapy (radiobiology),

radio-diagnostic and radio-

therapeutic tools used in day to

day oncological practice such as

diagnosis of tumors.

χ χ χ Χ χ Χ χ

9. Biomaterials products and

how material properties affect

biomedical behavior.

χ Χ Χ χ χ Χ χ

10. Application of physics to

biomedical systems and the

appropriate application of

monitoring technology in the

clinical environment.

χ Χ Χ χ χ χ Χ χ





( ةمهارات ذهني)

)ةمهارات ذهني(مخرجات التعلم

B1 B2 B3 B4 B5 B6 B7 B8

1. Use principles of biophysics in analyzing signals originating

from biological systems.

χ Χ Χ χ Χ χ

2. Choose appropriate solutions for biophysical problems. Χ χ Χ χ

3. Design and apply models based on experimental data derived

from biological systems.

Χ χ Χ χ Χ

4. Have insight into the application of physics to medicine and

biological research.

Χ χ Χ χ





مهنية وعملية( مهارات )

(وعملية مهارات مهنيةمخرجات التعلم)

C1

C2

C3 C4 C5 C6

1. Apply mathematical methods to test, analyze and interpret

biophysical experimental results.

χ Χ Χ χ

2. Use the national standards for laboratory equipment essential to

practice research work.

χ Χ Χ χ Χ

3. Utilize comprehensive biophysical knowledge, understanding as

well as intellectual skills in medical research activities.

Χ χ Χ

4. Use computational program packages and tools in laboratory

work.

χ χ Χ

5. Integrate biophysical information and concepts with medical skills

in research work.

χ Χ Χ

6. Handle radioactive sources and biological samples safely. Χ Χ χ

7. Apply basic knowledge in applied biostatistics, error analysis, and

experimental design and methods in radiation instruments.

Χ χ Χ





عامة ومنتقلة( مهارات )

(مخرجات التعلمو منتقلة مهارات عامة)

D1 D2 D3 D4 D5 D6 D7 D8 D9 D10

1. Use information and communication technology effectively. χ χ χ Χ χ

2. Identify roles and responsibilities, and their performing manner. χ χ χ Χ χ χ Χ χ

3. Think independently, set tasks and solve problems on scientific

basis.

χ Χ χ χ Χ χ χ Χ χ

4. Work in groups effectively; manage time, collaborate and

communicate with others positively.

χ Χ Χ χ χ χ Χ χ

5. Consider community linked problems, ethics and traditions. χ Χ χ χ χ χ Χ χ

6. Acquire self- and long life–learning. Χ Χ χ Χ χ Χ χ

7. Apply scientific models, systems, and tools effectively. Χ Χ Χ χ χ χ Χ χ

8. Deal with scientific patents considering property right. Χ Χ χ Χ χ χ Χ

9. Exhibit the sense of beauty and neatness. Χ Χ χ Χ χ χ χ χ



(5)مصفوفة

في مقابل مالئمة مخرجات التعليم والتعلم مصفوفة

أهداف البرنامج

[2016-2017]برنامج الفيزياء الحيوية الطبية



و الفهم المعارف أهداف البرنامج

A1

A2

A3

A4

A5

A6

A7

A8

A9 A10

A11

A12

A13

1/1. Offer a balanced exposure eloquently combining physics and biology in order to attract those students who have mutual interestswith emphasis on applications.

χ X X χ

1/2. Offer a variety of modules

giving an up-to-date overview of

the field of medical biophysics

with emphasis on the

foundations and applications

X X X X χ Χ χ

1/3. Provide knowledge of the

physical functional aspects of

biological systems from a single

molecule to the entire organism

X X Χ χ χ X Χ χ

1/4. Provide an intensive

laboratory training which plays

an important part in the program

and students are expected to

complete an individual project.

χ X Χ χ χ χ Χ χ

1/5. Offer a variety of skills that

prepares graduates for a

competitive opportunity in not

only in academic research but

X X X χ χ



also in industry, medical

laboratory practice and science

teaching.

1/6. Develop the student's

realistic comprehension and

visualization of the basic

principles of physics in order to

be able to solve realistic

problems especially those

related to technology and

environment.

X X Χ χ χ X

1/7. Instill in the student a sense

of inquiry and research based

on the scientific method.

X Χ χ

1/8. Develop an appreciation of the role of physics in our attempt to consistently understand the universe in modern terms.

Χ χ χ

1/9. Developan up-to-date

awareness, knowledge,

understanding and practice of

basic IT applications and how it

is intensively used to facilitate

scientific research and

development

X X X X χ χ χ Χ χ



ةمهارات ذهني أهداف البرنامج

B1 B2 B3 B4 B5 B6 B7 B8


Χ χ χ Χ χ

1/2. Offer a variety of modules giving an up-to-date overview of

the field of medical biophysics with emphasis on the foundations

and applications

Χ χ χ X Χ χ

1/3. Provide knowledge of the physical functional aspects of

biological systems from a single molecule to the entire organism

Χ χ χ Χ Χ χ

1/4. Provide an intensive laboratory training which plays an

important part in the program and students are expected to


Χ X Χ χ

1/5. Offer a variety of skills that prepares graduates for a

competitive opportunity in not only in academic research but

also in industry, medical laboratory practice and science

teaching.

χ χ Χ

1/6. Develop the student's realistic comprehension and

visualization of the basic principles of physics in order to be able

to solve realistic problems especially those related to technology

and environment.

χ χ Χ χ

1/7. Instill in the student a sense of inquiry and research based Χ χ





Χ Χ χ X

1/9. Developan up-to-date awareness, knowledge,

understanding and practice of basic IT applications and how it is

intensively used to facilitate scientific research and development

Χ Χ χ

برنامجأهداف ال وعملية مهارات مهنية

C1

C2

C3 C4 C5 C6


Χ Χ χ Χ

1/2. Offer a variety of modules giving an up-to-date overview of the

field of medical biophysics with emphasis on the foundations and

applications

Χ χ X X



Χ Χ χ




χ Χ


competitive opportunity in not only in academic research but also in

industry, medical laboratory practice and science teaching.

Χ X χ

1/6. Develop the student's realistic comprehension and visualization Χ X Χ



of the basic principles of physics in order to be able to solve

realistic problems especially those related to technology and

environment.

1/7. Instill in the student a sense of inquiry and research based on

the scientific method.

Χ X Χ χ Χ


Χ χ

1/9. Developan up-to-date awareness, knowledge, understanding

and practice of basic IT applications and how it is intensively used

to facilitate scientific research and development

Χ χ Χ

و منتقلة مهارات عامة أهداف البرنامج

D1 D2 D3 D4 D5 D6 D7 D8 D9 D10


χ Χ χ

1/2. Offer a variety of modules giving an up-to-date overview of

the field of medical biophysics with emphasis on the foundations

and applications

χ χ Χ Χ



χ χ χ



χ Χ Χ





competitive opportunity in not only in academic research but also

in industry, medical laboratory practice and science teaching.

χ Χ χ

1/6. Develop the student's realistic comprehension and

visualization of the basic principles of physics in order to be able

to solve realistic problems especially those related to technology

and environment.

χ Χ χ

1/7. Instill in the student a sense of inquiry and research based


χ Χ χ χ χ


Χ χ

1/9. Developan up-to-date awareness, knowledge, understanding

and practice of basic IT applications and how it is intensively

used to facilitate scientific research and development

χ χ χ Χ



(6)صفوفة م

في مقابل مالئمة مخرجات التعليم والتعلممصفوفة

المقررات الدراسية ]2016-2015]برنامج الفيزياء الحيوية الطبية



لمقررسم اا الكود و الفهم المعارف

A1

A2

A3

A4

A5

A6

A7

A8

A9 A10

A11

A12

A13

M111P Mathematical Analysis (1) x X

M112P Mechanics (1) x x x x x

M113P Analytical Geometry (1) &

Higher Algebra

x X x

P111P Properties of Matter & Heat x x x X X X

P112P Sound & Waves x x x

C111P Inorganic Chemistry (1) x X X X X X X

C112P General Physical Chemistry (A) x X X X X

L111P English Language (1)

M121P Mathematical Analysis (2) x X X X X X

M122P Linear Algebra & Analytical

Geometry (2)

x X X X X

M123P Mechanics (2) x x x x X X x

P121P Electricity & Magnetism x x x X X X

P122P Physical optics x x X x X X X

C121P General Physical Chemistry (B) x X X X X X

C122P Organic Chemistry (1) x X X X X X

M120P Computer Fundamentals X X x X

M211BP Mathematical Analysis (3) x X



M212BP Logic & Abstract Algebra (1) x X X X X

P211BP Atomic Physics x x x x X x

P212BP Electromagnetism X

P213BP Thermodynamics x x X x X X X

Z211BP Physiology x x x x X X X X

Z212BP Internal Tissues x x x x X x X X

B211BP Microbiology x x x x x x X X X

L211BP English Language (2) X X X X

M221BP Differential Equations x X X X X x

M222BP Mathematical Statistics &

Theory of Probability (1)

x X X X x X

P221BP Radiation Physics X X x x x

P222BP Molecular & Atomic Spectra x x x x X X

P223BP Diffraction& Crystal Structure x x x x X x

Z221BP Invertebrate x x x x x X x X X

Z222BP Insects x x x x x x

B222BP Cell Genetics x x x x X x x X X

M220BP Introduction to Programming x x x

M311BP Real Analysis x x x X x x x

M312BP Complex Analysis x x x X x x x

P311BP Solid state Physics (1) x x x X x X



P312 BP Nuclear Physics (1) x x X x X x X

P313 BP Reactor Physics x x X x x x

P314 BP Biophysics x x x X x x x

Z311 BP Parasitology x x X X x x X x x

P315 BP Radiation Protection x x x x X x x

L311 BP English Language (3) x x x

P321 BP Modern Optics x X X x X x X

P322 BP Plasma Physics x X x X x X

P323 BP Electronics (1) x x x x x X x

P324 BP Special Course x x x x X x x

B321 BP Bacteria & Fungi x x x X X x x x X x

Z321 BP Physiology x X X X

C321 BP Organic Chemistry (4,5) X X X X

C322 BP Biochemistry x x X X X X

M320 BP Programming languages X X x X

P411 BP Solid state Physics (2) x x x x X x X

P412 BP Nuclear Physics (2) x x x x X x x

P413 BP Electronics (2) x x x x x X x

P414 BP Low Temperature Physics x x X x x x X x

P415 BP Tissues & Cell x x x x x X x



P416 BP Biomaterial Substitutes x x x x x X x

P417 BP Quantum Physics (2) X X x x X x x

P418 BP Mathematical Physics (2) X x x X X x x

P419 BP Research Essay x

P421 BP Metallurgy Physics X X x X X X x

P422 BP Solar Energy x x x X x

P423 BP Laser & its Applications x X x x X X x

P424 BP Special Course x X x X x X X x

P425 BP Electricity in Biological Systems x x x x X X X x

P426 BP Biophysics Communication &

Control

x x x x X X x

Z427 BP Immunology X X x X x X x

P428 BP Pharmacology X x x X x

P429 BP Research Essay X X X X X X X x



لمقررسم اا الكود ةمهارات ذهني

B1

B2

B3

B4

B5

B6

B7

B8

M111P Mathematical Analysis (1) x X x x X

M112P Mechanics (1) x X X

M113P Analytical Geometry (1) & Higher Algebra X x x

P111P Properties of Matter & Heat x x x x

P112P Sound & Waves X x x x x

C111P Inorganic Chemistry (1) x X

C112P General Physical Chemistry (A) x X x x X

L111P English Language (1) X x x

M121P Mathematical Analysis (2) x X x x X

M122P Linear Algebra & Analytical Geometry (2) x X x

M123P Mechanics (2) x X x x X

P121P Electricity & Magnetism x X X x x x X

P122P Physical optics x X x x x X

C121P General Physical Chemistry (B) x X X x x

C122P Organic Chemistry (1) x X x x X

M120P Computer Fundamentals x X X x

M211BP Mathematical Analysis (3) x X X X

M212BP Logic & Abstract Algebra (1) x X x



P211BP Atomic Physics x X x X

P212BP Electromagnetism x

P213BP Thermodynamics x X x x X x

Z211BP Physiology x X x x X x

Z212BP Internal Tissues x X x x x X

B211BP Microbiology x X x x x x X

L211BP English Language (2) X

M221BP Differential Equations x X x x

M222BP Mathematical Statistics & Theory of

Probability (1)

x X X x x X

P221BP Radiation Physics x X

P222BP Molecular & Atomic Spectra x X x x

P223BP Diffraction& Crystal Structure x X x x x x X

Z221BP Invertebrate X x x x X

Z222BP Insects X x x x x X

B222BP Cell Genetics X X x x x x X

M220BP Introduction to Programming X X x

M311BP Real Analysis X x x x

M312BP Complex Analysis X x x x

P311BP Solid state Physics (1) X x x x



P312 BP Nuclear Physics (1) X x x x

P313 BP Reactor Physics X x x

P314 BP Biophysics X x x x

Z311 BP Parasitology x x

P315 BP Radiation Protection X x x

L311 BP English Language (3) X X x X

P321 BP Modern Optics x x x

P322 BP Plasma Physics x X x x x

P323 BP Electronics (1) x X x x

P324 BP Special Course x X x x

B321 BP Bacteria & Fungi X x x x x

Z321 BP Physiology X x x x

C321 BP Organic Chemistry (4,5) X x x

C322 BP Biochemistry X x x

M320 BP Programming languages X X

P411 BP Solid state Physics (2) X X x x

P412 BP Nuclear Physics (2) x x

P413 BP Electronics (2) X x x x x x



P414 BP Low Temperature Physics X x x x x

P415 BP Tissues & Cell x x X x x x x

P416 BP Biomaterial Substitutes X x x x x

P417 BP Quantum Physics (2) x X x x

P418 BP Mathematical Physics (2) x X x x

P419 BP Research Essay x X x x X x x x

P421 BP Metallurgy Physics x X x x

P422 BP Solar Energy X x x x

P423 BP Laser & its Applications x X X x x x

P424 BP Special Course X x x x x

P425 BP Electricity in Biological Systems X X x x x x

P426 BP Biophysics Communication & Control x x x x

Z427 BP Immunology x X X x x

P428 BP Pharmacology x x

P429 BP Research Essay x x x x x x



لمقررسم اا الكود و عملية مهارات مهنية

C1

C2

C3

C4

C5

C6

M111P Mathematical Analysis (1) x X X

M112P Mechanics (1) x X X

M113P Analytical Geometry (1) & Higher Algebra X X x X

P111P Properties of Matter & Heat x X

P112P Sound & Waves x X

C111P Inorganic Chemistry (1) x X X x X

C112P General Physical Chemistry (A) X x X

L111Px English Language (1) X X

M121P Mathematical Analysis (2) x X X

M122P Linear Algebra & Analytical Geometry (2) x X x X

M123P Mechanics (2) X

P121P Electricity & Magnetism x X x x X

P122P Physical optics X x X

C121P General Physical Chemistry (B) x X x X

C122P Organic Chemistry (1) X x x X

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