Biomechanical Engineering Department

العربية

Vision

The vision of the Biomechanical Engineering Department is to prepare graduates capable of keeping pace with developments in this modern specialty, “Biomechanical Engineering,” to serve stakeholders in the public and private sectors. They are qualified to achieve better health outcomes by applying the principles and tools of physical and engineering sciences to biology, physiology, and medicine. They also aim to translate knowledge and innovations into clinical practice by training biomechanical engineers to work effectively in various settings, from academia to industry and medical institutions.

Mission

The Department of Biomechanical Engineering seeks to bridge engineering with medical science by graduating engineers qualified in biomedical research and development, innovation, and discovery and training the next generation of biomedical engineers to achieve better health outcomes. This department places great emphasis on recent discoveries in research related to design technologies, which will significantly contribute to applications in the human body.

Objectives

Providing qualified engineering personnel to address the field of biomechanics, achieving excellence through multidisciplinary problem-solving collaboration, creativity, innovation, scientific and ethical rigor, integrity, and a team spirit.
Preparing biomechanical engineers specializing in prosthetic medical devices, tissue engineering, academic study, and applied research.
Contributing to building a strong relationship between graduates and the department to develop theoretical and practical curricula in line with the needs of the evolving labor market.

Intended Learning Outcomes

The educational Intended Learning Outcomes of the undergraduate program in the Biomechanical Engineering Department are to produce graduates whom:

1- Graduates will have a strong foundation in the fundamental principles of engineering, mathematics, physics, and chemistry, as well as biology and physiology.

2- Graduates will be able to apply these principles to the design, development, and evaluation of biomedical systems, devices, and processes

3- Graduates will be able to work effectively in interdisciplinary teams, collaborating with scientists, clinicians, engineers, and other professionals to identify and solve complex problems in healthcare and related fields.

4- Graduates will be proficient in the use of modern engineering tools and techniques, including computational modeling, data analysis, and experimental methods, and will be able to apply these tools to solve real-world problems.

5- Graduates will be able to communicate effectively, both orally and in writing, to a range of audiences, including technical and non-technical stakeholders.

6- Graduates will have an understanding of the ethical and societal implications of their work and will be able to apply this understanding to the design of socially responsible and sustainable solutions.

7- Graduates will be prepared for lifelong learning and professional development and will have the skills and knowledge to adapt to new challenges and opportunities in the rapidly evolving field of biomedical engineering.

Lectures

First stage lectures / First semester

اسم المادة	Topics	Lecture	Lecture	Lecture	Lecture	Lecture
الدوائر الكهربائية	Electrical circuit
الميكانيك الهندسي	Engineering Mechanics
حسبان التفاضل والتكامل	Mathematics
الرسم الهندسي	Engineering drawing
هندسة الطب الحياتي	BME
مبادئ الحاسوب	Computer Fundamentals
علم الاحياء	Biology

First stage lectures / second semester

اسم المادة	Topics	Lecture	Lecture	Lecture	Lecture	Lecture
الدوائر الكهربائية	Electrical circuit
الميكانيك الهندسي	Engineering Mechanics
حسبان التفاضل والتكامل	Mathematics
الرسم الهندسي	Engineering drawing
هندسة الطب الحياتي	BME
مبادئ الحاسوب	Computer Fundamentals
علم الاحياء	Biology

Second Stage / First Semester Lectures

اسم المادة	Topics	Lecture	Lecture	Lecture	Lecture	Lecture	Lecture
علم المواد	Material science
عمليات تصنيع	Manufacturing process
الرياضيات	mathematics
فسلجة	Physiology
مقاومة	Resistance
المنطق	logic
Biofluid	Biofluid
تطبيقات حاسوب	Computer applications
فيزياء طبية	Medical physics
ثرموداينميك	Thermodynamic
كيمياء حياتية	Biochemistry
مبادئ مواد حيوية	Biomaterial and Biocompatibility

Second Stage / Second Semester Lectures

اسم المادة	Topics	Lecture	Lecture	Lecture	Lecture	Lecture	Lecture
علم المواد	Material science
عمليات تصنيع	Manufacturing process
الرياضيات	mathematics
فسلجة	Physiology
مقاومة	Resistance
المنطق	logic
Biofluid	Biofluid
تطبيقات حاسوب	Computer applications
فيزياء طبية	Medical physics
ثرموداينميك	Thermodynamic
كيمياء حياتية	Biochemistry
مبادئ مواد حيوية	Biomaterial and Biocompatibility

Third Stage Lectures / First Semester

اسم المادة	Topics	Lecture
	Engineering Analysis
	Biomechanics I
	Mechanical Design
	Biology
	Manufacturing Processes
	Principles of Medical Electronics
	Engineering Analysis
	Engineering Statistics

Third stage lectures / Second semester

اسم المادة	Topics	Lecture
	BioCAGD
	Biomechanics I
	Numerical Analysis
	Biostatistics
	Design & Application of biomaterial
	Pathology
	English Language -4

Fourth stage lectures / First semester

اسم المادة	Topics	Lecture
	Research Methodologies
	Histology
	Biomedical Optics
	Neurobiology
	Control Engineering
	Upper Artificial limbs
	Biomedical Optics

Fourth stage lectures / Second semester

اسم المادة	Topics	Lecture
	Biotribology
	Bones Diseases
	Robotics
	Laser Tissue/ Interaction
	Lower Artificial Limbs
	Project Engineering Reports

Fifth stage lectures / Frst semester

اسم المادة	Topics	Lecture
	Engineering Economics
	Biomodelling and Simulation
	Tissue engineering
	Physiotherapy
	Transport phenomena

Fifth stage lectures/second semester

اسم المادة	Topics	Lecture
	Drug Delivery
	Smart Artificial Limbs
	Rehabilition
	Hospital Engineering Management
	Artificial Organs

Important Links

Biomechanical Engineering Department