Content
Pepole
CV
| Post date: 2020/02/4 |
Undergraduate Courses
Main courses
| Name | credits | Major | Prerequisites | Syllabus |
| Statics in Biomedical engineering | 3 | All | General Mathematics (1) General physics (1) |
Syllabus |
| Engineering mathematics | 3 | All | General Mathematics (2) Differential equations |
Syllabus |
| Introduction to biomedical engineering | 3 | All | Physiology | Syllabus |
| General equipment of medical centers | 3 | All | Introduction to biomedical engineering Electronics (1) |
Syllabus |
| Medical Equipment Workshop | 1 | All | General equipment of medical centers Electric circuits (1) Electric circuits (2) |
Syllabus |
| Electric circuits (1) | 3 | All | General physics (2) | Syllabus |
| Electric Laboratory | 1 | All | Electric circuits (1) | Syllabus |
| Electronics (1) | 3 | All | Electric circuits (1) | Syllabus |
| Principles of Rehabilitation | 3 | All | Anatomy Physiology Statics Strength of materials (1) |
Syllabus |
| Management and Entrepreneurship in Medical Engineering | 2 | All | After 70 credits | Syllabus |
| Principles of Medical Imaging | 3 | All | Anatomy Physiology Engineering mathematics |
Syllabus |
| Physiology | 3 | All | Syllabus | |
| Anatomy | 2 | All | Syllabus | |
| Physiology Laboratory | 1 | All | Anatomy Physiology |
Syllabus |
| Physics of the human body | 3 | All | Anatomy Physiology General physics (2) |
Syllabus |
| English for the students of biomedical engineering | 2 | All | English language (2) | Syllabus |
| Engineering Materials 1: Structure and Properties | 3 | All | General physics (1) General physics (2) |
Syllabus |
| Internship | 2 | All | After 90 credits | Syllabus |
| Technique of Research and Reporting | 2 | All | After 60 credits | Syllabus |
| Project | 3 | All | By the supervisor | Syllabus |
| Total credits | 49 | |||
Compulsory specialized courses
| Name | credits | Major | Prerequisites | Syllabus |
| Electronics Laboratory (1) | 1 | Bioelectric | Electrics Lab Electronics (1) |
Syllabus |
| Electronics (2) | 3 | Bioelectric | Electronics (1) | Syllabus |
| Electronics Lab (2) | 1 | Bioelectric | Electronics Lab (1) Electronics (2) |
Syllabus |
| Analog and digital telecommunication | 3 | Bioelectric | signals and systems The logic circuit Vital statistics and probabilities |
Syllabus |
| Linear control systems | 3 | Bioelectric | signals and systems | Syllabus |
| Medical Instruments and Measurement | 2 | Bioelectric | signals and systems Electronics (2) |
Syllabus |
| signals and systems | 3 | Bioelectric | Engineering mathematics | Syllabus |
| Bioelectric phenomena | 3 | Bioelectric | Physiology | Syllabus |
| Total | 19 | |||
| Strength of materials (1) | 3 | Biomechanics | Statics | Syllabus |
| Thermodynamics in vital systems | 3 | Biomechanics | General physics (1) General physics (2) |
Syllabus |
| Dynamics in biomedical engineering | 3 | Biomechanics | Statics | Syllabus |
| Fluid mechanics | 3 | Biomechanics | Statics | Syllabus |
| Mechanical engineering design | 3 | Biomechanics | Strength of materials (1) Dynamics in biomedical eng. |
Syllabus |
| Laboratory of Mechanical Properties of Biological and Biomaterial Tissues | 1 | Biomechanics | Strength of materials (1) | Syllabus |
| Biomechanics of musculoskeletal systems | 3 | Biomechanics | Statics Physiology Anatomy |
Syllabus |
| Industrial drawing (1) | Biomechanics | Syllabus | ||
| Total | 21 | |||
| Applied Chemistry of Biomaterials: Basic, Mineral and Decomposition | 3 | Biomaterial | Syllabus | |
| Thermodynamics in vital systems | 3 | Biomaterial | General mathematics (2) General physics (1) |
Syllabus |
| Cellular and Molecular Biology | 3 | Biomaterial | Applied Chemistry of Biomaterials (2) Physiology Anatomy |
Syllabus |
| Principles of biocompatibility and biological tests | 3 | Biomaterial | Syllabus | |
| Biomaterial (1) | 3 | Biomaterial | Engineering materials (1) | Syllabus |
| Engineering materials (2) | 3 | Biomaterial | Engineering materials (1) | Syllabus |
| Applied Chemistry of Biomaterials (2) | 3 | Biomaterial | Applied Chemistry of Biomaterials (1) | Syllabus |
| Applied Chemistry of Biomaterials Lab | 1 | Biomaterial | Applied Chemistry of Biomaterials (2) | Syllabus |
| Biological Tests Workshop | 1 | Biomaterial | Principles of biocompatibility and biological tests | Syllabus |
| Total | 23 | |||
Elective specialized courses
Logical circuits
| Name | credits | Major | Prerequisites | Syllabus |
| Electric circuits (2) | 3 | Bioelectric | Electric circuits (1) | Syllabus |
| Logical circuits | 3 | Bioelectric | Electric circuits (1) Electronics (1) |
Syllabus |
| Micro-processor (1) | 3 | Bioelectric | Logical circuits Computer programing (C) |
Syllabus |
| Micro-processor Lab | 1 | Bioelectric | Micro-processor (1) Logical circuits Lab |
Syllabus |
| Electrical protection in hospital systems | 2 | Bioelectric | Electronics (2) Introduction biomedical Eng. |
Syllabus |
| Linear Control Systems Lab | 1 | Bioelectric | Linear Control Systems | Syllabus |
| Logical circuits Lab | 1 | Bioelectric | Logical circuits | Syllabus |
| DC electric machine | 2 | Bioelectric | Electric circuits (1) | Syllabus |
| Digital and pulsatile circuits | 3 | Bioelectric | Electronics (2) | Syllabus |
| Electromagnetic | 3 | Bioelectric | Physics (2) Engineering mathematics |
Syllabus |
| Medical Instrumentation and Measurement Lab | 1 | Bioelectric | Electronics (2) Medical Instrumentation and Measurement |
Syllabus |
| Total | 23 | |||
| Biological fluid mechanics | 3 | Biomechanics | Fluid mechanics | Syllabus |
| Vibrations | 2 | Biomechanics | Dynamics | Syllabus |
| Automatic control | 3 | Biomechanics | Vibrations | Syllabus |
| Measuring systems | 2 | Biomechanics | Automatic control | Syllabus |
| Principles of Heat and Mass Transfer in Vital Systems | 3 | Biomechanics | Thermodynamics Fluid mechanics |
Syllabus |
| Introduction to Bio Robotics | 3 | Biomechanics | Dynamics | Syllabus |
| Control and Measurement Lab | 1 | Biomechanics | Automatic control | Syllabus |
| General workshop | 1 | Biomechanics | Syllabus | |
| Fluid mechanics Lab | 1 | Biomechanics | Fluid mechanics | Syllabus |
| Strength of materials (2) | 3 | Biomechanics | Strength of materials (1) | Syllabus |
| Bio mechatronics | 3 | Biomechanics | Automatic control Measuring systems |
Syllabus |
| Medical Information Technology (1) | 2 | Biomechanics | Computer programing Introduction biomedical Eng. |
Syllabus |
| Total | 27 | |||
| Histopatho-immuno-biology | 3 | Biomaterial | Cellular and Molecular Biology | Syllabus |
| Engineering of drug delivery systems | 3 | Biomaterial | Engineering mathematics | Syllabus |
| Fluid mechanics | 3 | Biomaterial | Differential equations | Syllabus |
| Methods for evaluating the properties and efficiency of biomaterials | 3 | Biomaterial | Syllabus | |
| Basics of heat and mass transfer | 3 | Biomaterial | Thermodynamics Fluid mechanics |
Syllabus |
| Basics of tissue engineering | 3 | Biomaterial | Principles of biocompatibility and biological tests | Syllabus |
| Total | 18 | |||
Optional courses
Mathematics (2)
| Name | credits | Major | Prerequisites | Syllabus |
| Digital control | 3 | Bioelectric | Linear control | Syllabus |
| Industrial control | 3 | Bioelectric | Linear control | Syllabus |
| Computer networks | 3 | Bioelectric | Micro-processor (1) | Syllabus |
| Micro-processor (2) | 3 | Bioelectric | Micro-processor (1) | Syllabus |
| Electromagnetic | 3 | Bioelectric | Physics (2) Engineering mathematics |
Syllabus |
| Designing and designing electronic systems | 3 | Bioelectric | Electronics 3 | Syllabus |
| Filters and synthesizers | 3 | Bioelectric | Electronics 2 | Syllabus |
| Electronic 3 | 3 | Bioelectric | Electronics 2 | Syllabus |
| Linear algebra | 3 | Bioelectric | Mathematics (1) | Syllabus |
| Dynamics | 3 | Bioelectric | Statics Strength of material (1) |
Syllabus |
| Introduction in robotics | 3 | Bioelectric | Dynamics | Syllabus |
| Fluid mechanics | 3 | Bioelectric | Differential equations Statics Strength of materials |
Syllabus |
| Thermodynamics (1) | 3 | Bioelectric | Physics (1) Mathematics (2) |
Syllabus |
| Special Topics (1) | 3 | Bioelectric | Syllabus | |
| Introduction to Computational and Biological Intelligence | 3 | Bioelectric | Signals and systems Logical circuits |
Syllabus |
| Bio-physics | 2 | Bioelectric | Physiology Anatomy Physics (2) |
Syllabus |
| Digital and pulsatile circuits | 3 | Bioelectric | Electronics (2) Logical circuits |
Syllabus |
| Electrical machines | 2 | Bioelectric | Electric circuits (1) Electric circuits (2) |
Syllabus |
| Electronic Measurement Lab | 1 | Bioelectric | Electronics (2) Electronic Measurement |
Syllabus |
| Medical Information Technology (1) | 2 | Bioelectric | Computer programing Introduction in biomedical Eng. |
Syllabus |
| Total | 58 | |||
| Growth and modernization theories | 3 | Biomechanics | Biomechanics of musculoskeletal systems | Syllabus |
| Dynamics of machines | 3 | Biomechanics | Dynamics | Syllabus |
| Mechanisms design | 3 | Biomechanics | Dynamics | Syllabus |
| Industrial drawing (2) | 2 | Biomechanics | Industrial drawing (1) | |
| Computational fluid dynamics (CFD) | 3 | Biomechanics | Fluid mechanics | Syllabus |
| Bio micro electro-mechanical systems (Bio-MEMS) | 3 | Biomechanics | Syllabus | |
| Tool Machine Workshop | 1 | Biomechanics | Syllabus | |
| Special Topics (1) | 3 | Biomechanics | Syllabus | |
| Special Topics (2) | 3 | Biomechanics | Syllabus | |
| 24 | ||||
| General Physics Chemistry | 3 | Biomaterial | Thermodynamics (1) | Syllabus |
| Physical Chemistry of Polymers | 3 | Biomaterial | Thermodynamics (1) | Syllabus |
| Rheology | 3 | Biomaterial | Transfer phenomena | Syllabus |
| Thermodynamics (2) | 3 | Biomaterial | Thermodynamics (1) | Syllabus |
| Energy and material balance | 3 | Biomaterial | Engineering materials (1) | Syllabus |
| Reactor kinetics and design | 3 | Biomaterial | Energy and material balance | Syllabus |
| Biomaterial (2) | 3 | Biomaterial | Engineering materials (1) Thermodynamics (1) |
Syllabus |
| Lab Material Properties: Physical and Mechanical | 1 | Biomaterial | Engineering materials (1) | Syllabus |
| Biology Laboratory | 1 | Biomaterial | Molecular Cell Biology | Syllabus |
| Principals of Bio-MEMS | 3 | Biomaterial | Syllabus | |
| Principles of Modeling in Biological Systems | 3 | Biomaterial | Syllabus | |
| Basics of hydrogel and its applications in medicine | 3 | Biomaterial | Syllabus | |
| Methods of synthesis and fabrication of tissue engineering scaffolds | 3 | Biomaterial | Engineering materials (2) | Syllabus |
| Biomaterial standards | 2 | Biomaterial | Introduction in biomedical Eng. | Syllabus |
| Special Topics (1) | 3 | Biomaterial | Syllabus | |
| Total | 40 | |||
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