Syllabi3

Syllabi Courses of Department of Biomedical Engineering
(Bachelor)
1
  • Acquaintance with equilibrium in 2D & 3D
  • Acquaintance with Loads
  • Acquaintance with Mechanical behavior of materials
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descriptionStatics in Biomedical Engineering

2
  • Familiarity with the concepts and applications of Fourier transform and Fourier transforms, fields and methods of analysis of equations with complex derivatives, functions and mappings
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descriptionEngineering mathematics

3
  • Introducing students to medical engineering trends and introducing the applications of this field in medical sciences
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descriptionIntrodution to Biomedical Engineering

4
  • Introduction to the general principles governing the design,Preparing to design new medical equipment &Familiarity with block diagrams and circuits of medical devices used in hospitals.
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descriptionHospital Medical Equipments

5
  • Familiarity with the rules and regulations of Iran, Europe and the US Medical Devices Administration. Practical and practical familiarity with the function of medical equipment.
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descriptionMedical Equipment Workshop

6
  • The purpose of this course is to familiarize students with the basic concepts and analysis of first- and second-order electrical circuits in the field of time and frequency.
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descriptionElectrical Circuits 1

7
  • The purpose of this laboratory is to get acquainted with the performance of measuring devices, voltage sources, electrical quantities such as voltage, current and basic elements of electrical circuits. Students also gain the necessary skills to test and troubleshoot electrical circuits by simulating and implementing experiments designed based on the lessons of the Electrical Circuits 1.
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descriptionElectrical Circuits Laboratory

8
  • Understanding the physical structure and modeling of semiconductor core devices including diodes and transistors and their application in simple circuits
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descriptionElectronics I

9
  • In this lesson, the student is introduced to the application of medical engineering systems in rehabilitation. This is based on the knowledge of pathology physiology and the study of sensory and motor injuries that are performed with the help of medical engineering systems.
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descriptionRehabilitation Principles & Devices

10
  • In this course, the student is introduced to the basic concepts of management and entrepreneurship and its applications in medical engineering...
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descriptionManagement and Entrepreneurship in Biomedical Engineeringng

11
  • In this lesson, the student is introduced to the medical imaging position and the types and uses of imaging methods.
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descriptionPrinciples of Medical Imaging

12
  • Understanding the physiology of the human body for application and application in different fields and trends of medical engineering
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descriptionphysiology

13
  • Understanding the anatomy of the human body for use in different fields and trends of medical engineering
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descriptionAnatomy

14
  • Practical acquaintance of medical engineering students with the physiology of the human body with the help of engineering systems
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descriptionLab : Physiology

15
  • The purpose of this course is to understand the physical laws governing the body and to understand how it interacts with the outside world, which in addition to better understanding of the human body, ...
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descriptionPhysics of the Human Body

16
  • The purpose of this course is to empower the student to:
  • I.Understand the specialized terms and words of medical and medical engineering
  • II.Understand medical engineering topics presented in English or in text
  • III.Presenting medical engineering topics in English or in text or verbally
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descriptionEnglish for Biomedical Engineers

17
  • Understanding the basic concepts of material science and engineering, understanding the structure-structure-properties-application relationships in metallic, ceramic, polymeric and composite materials ...
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descriptionEngineering Materials 1: Structure and Properties

18
  • This course describes how to prepare reports (with emphasis on scientific and technical reports in their true position) as part of communication and decision making and the process of action.
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descriptionMethod of research and technical reporting


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