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  - Calendar 2011-2012

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      Events
  - Prizes Awarded in Biomedical Engineering Researches
 
 

Faculty of Engineering

 

The University of Medical Sciences and Technology established the Faculty of Engineering in 2002 to manage graduate education and research. The Faculty of Engineering manages teaching and research programs in the Faculty's departments of Biomedical Engineering and Electronics Engineering. Specialization-Option courses are designed to introduce the students to specialization in specific areas. Students select either from among departmental courses based on their personal interests or choose one or two option sequences from among those specified by their department. The Faculty of Engineering strives to be:

1. A leader in its field, recognized locally and internationally for excellence and focus on quality, renowned for its competitiveness and relevance through continuous innovation.

2. A home for scholars, employers and those requiring research solutions.

3. Sending lecturers and teaching assistants to educational courses to improve their performance and skills.

4. Build the culture of integrity by offering connection between the Biomedical Engineering and Electronics Engineering. And the other medical and electronics specializations.

5. Supporting research and providing funds.

6. Training courses in BME and EE for technicians and specialists.

7. Organizing lectures, workshops and seminars about new technologies in the field


Dean, Faculty of Engineering, Dr. Omer Mohamed Abdalla
Click here to view CURRICULUM VITAE - CV

 


Admission Criteria
 

Minimum percentage to be admitted to the Faculty of Engineering by Sudan School Certificate or (equivalent after evaluation) is 75%.

 


Course Phases
 

The course of 5 academic years leads to a B.Sc. (Honors) in Biomedical Engineering (specialization in Bio-instrumentation, Medical Imaging and Medical Informatics) and Electronics Engineering (specialization in Communication and Control). The course is based on the international updated curricula on biomedical engineering and electronics engineering and is according to the guidelines laid by the Ministry of Higher Education and Sudan Engineering Council. The curriculum includes courses in life sciences, electronics, communication, electrical engineering computer sciences and information systems. The practical of medical science portion is conducted in the Faculty of Medicine laboratories and supervised by the faculty staff. The faculty has established advanced Electronics and Biomedical laboratories and workshop such as Electrical, Electronics, Communication, Digital and Bio-instrumentation, Biosensors, Microprocessor, Microcontroller & interfacing, CAD laboratories. All courses are conducted in English Language.

 


Faculty of Engineering Prizes
 

According to Article 28.2 of the Faculty examination regulations the following subject prizes will be awarded to the student who scores the highest mark at final semester examination for the stop subjects.


Semester Faculty Courses Departmental Courses
Biomedical Communication Control
Semester 1 G. Chemistry Anatomy
-----------
Semester 2 1. Physics
2. Engineering Drawing
3. Computer Programming
1. Physiology
2. Organic Chemistry
Static and Dynamics
Semester 3 Introduction to MatLab Cellular Biochemistry Material Science
Semester 4 1. Sc. English II
2. Engineering Mechanics
3. Circuits Theory
4. Analogue Electronics
5. Data Base Analysis & Design
1. Biomedical Physics 2. Biomaterials Control System Fundamentals D.C. Machines and Transformers
Semester 5 1. Math III
2. Elec. And Electronics measurement
3. Electromagnetic Fields Theory
4. Electronics Workshop
1. Biomechanics & Biofluid
2. Heat and Math Transfer
-----
A.C. Machines
Semester 6 1. Digital Logic Design
2. Operating Systems
3. Power Electronics
4. Communications Technology
1. Signal and Systems
2. Hospital Engineering
3. Radiation Physics & Radiobiology
1. Microprocessors
2. Probability and Statistics
Antennas and Propagation Control Theory
Semester 7 1. Data Networking
2. Engineering Management
3. Numerical Methods
1. Control Theory and System
2. Probability and Biostatistics
3. Microprocessor & interfacing
1. Signals and Systems
2. Sensors, Transducers and Data Acquisition
1. Digital Communications
2. Transmission Line & Waveguide
Advance Control Systems and Design
Semester 8 1. Digital Signal Processing
2. Research Methodology
1. Bio-Instrumentations & Sensors
2. Medical Imaging Measurements & Safety
3. Biological System Modeling
4. Biomedical Workshop
5. Rehabilitation Engineering
1. Engineering Economics
2. Very Large Scale Integrated Circuits
1. Communications Electronics
2. Television
-----------
6. Microcontrollers
-----------
6. Microcontrollers
Semester 9 Digital Image Processing 1. Engineering Economics
2. Quality assurance & Reliability
3. Artificial Organs& Tissue Eng.
4. MRI 5. Medical Ultrasound 6. Optoelectronics & lasers
7. Electrosurgical Devices
8. Hospital Information Systems
9. Computer based Patient Records
1. Satellite Communications
2. Switching Theory
3. Wireless Networks
1. Distributed Control
2.Very High Integrated Circuit Hardware Description Language
Semester 10 1. Neural Networks and Artificial Intelligence
2. Project
1. Computer Tomography
2. Nuclear Medicine
3. Prosthetics & Artificial Organs
4.Clinical Laboratories
5. Computer Network Healthcare
1. Fiber Optical Communications
2. Mobile Communications
3. Information Theory
4.Multimedia Technology and Applications
1. Robotics
2. Industrial Controls
3. Real Time Control

Note:

1. Faculty courses are the common courses for all Biomedical and Electronics (Control and Communications) students, so only one student will be awarded the subject prize.

2. The courses which are common between any two departments, so only one student will be awarded the subject prize.

 


 

Semester Faculty Courses Departmental Courses
Biomedical Communication Control
Semester 1 G. Chemistry Anatomy
-----------
Semester 2 1. Physics
2. Engineering Drawing
3. Computer Programming
1. Physiology
2. Organic Chemistry
Static and Dynamics
Semester 3 Introduction to MatLab Cellular Biochemistry Material Science
Semester 4 1. Sc. English II
2. Engineering Mechanics
3. Circuits Theory
4. Analogue Electronics
5. Data Base Analysis & Design
1. Biomedical Physics 2. Biomaterials Control System Fundamentals D.C. Machines and Transformers
Semester 5 1. Math III
2. Elec. And Electronics measurement
3. Electromagnetic Fields Theory
4. Electronics Workshop
1. Biomechanics & Biofluid
2. Heat and Math Transfer
-----
A.C. Machines
Semester 6 1. Digital Logic Design
2. Operating Systems
3. Power Electronics
4. Communications Technology
1. Signal and Systems
2. Hospital Engineering
3. Radiation Physics & Radiobiology
1. Microprocessors
2. Probability and Statistics
Antennas and Propagation Control Theory
Semester 7 1. Data Networking
2. Engineering Management
3. Numerical Methods
1. Control Theory and System
2. Probability and Biostatistics
3. Microprocessor & interfacing
1. Signals and Systems
2. Sensors, Transducers and Data Acquisition
1. Digital Communications
2. Transmission Line & Waveguide
Advance Control Systems and Design
Semester 8 1. Digital Signal Processing
2. Research Methodology
1. Bio-Instrumentations & Sensors
2. Medical Imaging Measurements & Safety
3. Biological System Modeling
4. Biomedical Workshop
5. Rehabilitation Engineering
1. Engineering Economics
2. Very Large Scale Integrated Circuits
1. Communications Electronics
2. Television
-----------
6. Microcontrollers
-----------
6. Microcontrollers
Semester 9 Digital Image Processing 1. Engineering Economics
2. Quality assurance & Reliability
3. Artificial Organs& Tissue Eng.
4. MRI 5. Medical Ultrasound 6. Optoelectronics & lasers
7. Electrosurgical Devices
8. Hospital Information Systems
9. Computer based Patient Records
1. Satellite Communications
2. Switching Theory
3. Wireless Networks
1. Distributed Control
2.Very High Integrated Circuit Hardware Description Language
Semester 10 1. Neural Networks and Artificial Intelligence
2. Project
1. Computer Tomography
2. Nuclear Medicine
3. Prosthetics & Artificial Organs
4.Clinical Laboratories
5. Computer Network Healthcare
1. Fiber Optical Communications
2. Mobile Communications
3. Information Theory
4.Multimedia Technology and Applications
1. Robotics
2. Industrial Controls
3. Real Time Control
`

Note:

1. Faculty courses are the common courses for all Biomedical and Electronics (Control and Communications) students, so only one student will be awarded the subject prize.

2. The courses which are common between any two departments, so only one student will be awarded the subject prize.