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قسم الكـهرباء والإلكـترونـية

 

Head of the Department: Mr. Nasarldin Bashir Hassan

The study Plan

First Year

Semester 1

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
UBAL1101 Arabic Language Skills I 4 0 4
UBEL1102 English Language Skills I 4 0 4
UBEL1103 English Language Skills II 4 0 4
UBIC1104 Islamic Culture 2 0 2
UBSS1105 Sudanese Studies 2 0 2
UBUS1106 University Skills Studies 2 0 2
Total   18 0 18

 

Semester 2

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
UBAL1201 Arabic Language Skills II 2 0 2
UBEL1202 English Language Skills III 2 0 2
ENCR1201 Calculus I 2 0 2
ENCR1202 Basic Mathematics 2 0 2
ENCR1203 Physics I 2 3 3
ENCR1204 Chemistry 2 3 3
ENCR1205 Statics 2 2 3
ENCR1206 Introduction to Computer and Networks 1 3 2
ENCR1207 Introduction to Engineering 2 3 3
ENEE1201 Programming Fundamentals 1 3 2
Total   18 17 24

 

Second Year

Semester 1

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
UBEL2101 English Language Skills IV 2 0 2
ENCR2101 Calculus II 2 0 2
ENCR2102 Linear Algebra & Analytical Geometry 2 0 2
ENCR2103 Physic II 2 3 3
ENCR2104 Dynamics 2 2 3
ENCR2105 Engineering Drawing  I (Geometrical Constructions, Tangency Constructions and Orthographic Projection) 1 6 3
ENCR2106 Material Science 2 3 3
ENEE2101 Electric Circuits I (1.Basic Concepts, 2. Basic Laws, 3.Methods Of Analysis, 4.Circuit Theorems, 5.Capacitors And Inductors, 6.Sinusoids And Phasors, 7. Ac Steady State Analysis, 8.Three Phase Circuits). 2 3 3
ENEE2102 Logic Design I (1.Numbers System, 2. Introduction to Boolean Algebra and Boolean theorems, 3. Logic gates, 4. Introduction to Physical Realization of logic gates and logic families, 5. Minimization of Boolean Functions, 6.Combinational Logic Circuits). 2 0 2
ENEE2103 Electrical workshop Technology 1 1 1
Total   18 18 24

 

Semester 2

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENCR2201 Function of Several Variables 2 0 2
ENCR2202 Ordinary Differential Equations 2 0 2
ENCR2203 Mechanics of Materials 2 2 3
ENCR2204 Environmental Studies 2 0 2
ENEE2201 Electrical & Electronic Drawing & CAD 1 3 2
ENEE2202 Electric Circuit II (Nodal and mesh network theorems, power and power factor, power factor improvement,   Balanced and unbalanced networks .Transient analysis of simple circuits: natural and forced response. Average power, power factor, power measurements, and three phase circuits’ power calculations Magnetically coupled circuits. Two port networks analysis, Introduction to network representation and analysis by computers). 2 3 3
ENEE2203 Logic Design II (1. Sequential Logic circuits, 2. Analysis of clocked Sequential Circuits, 3. Flip flop applications, 4. Shift registers, 5. Counters, 6. Clock-Control and Pulse-Mode Circuits, 7. Asynchronous Sequential Circuits, 8. Memory and Programmable Logic Devices (PLDs), 9. Clock-Control and Pulse-Mode Circuits, 10. Level-Mode Sequential Circuits). 2 3 3
ENEE2204 Electronic Devices 2 3 3
ENEE2205 Object Oriented Programming 1 2 2
Total   16 16 22

 

 

Third Year

Semester 1

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENCR3101 Mathematical Methods 2 0 2
ENCR3102 Complex Analysis 2 0 2
ENME3107 Thermodynamics and Heat Transfer 2 2 3
ENEE3101 Signal Analysis 2 2 3
ENEE3102 Electromagnetic Fields Theory I (1. Electric Field, 2. Theorem, Static Electric field, 3. Magnetic Field, 4. Maxwell’s Equations) 2 0 2
ENEE3103 Electronic Circuits I (1. Small signal Amplifiers, 2. Multi Stage Amplifiers, 3. Large Signal Amplifiers, 4. Feedback Amplifiers, 5. Oscillators) 2 3 3
ENEE3104 Electri. Measurem.& Instrumentation 2 3 3
ENEE3105 Computer Aided  Network Analysis 1 4 2
ENEE3106 Electromechanical Energy Conversion 2 3 3
Total   17 17 23

 

Semester 2

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENCR3201 Numerical Analysis 2 0 2
ENCR3202 Probability and Statistics 2 0 2
ENEE3201 Microprocessor and Interfacing 2 4 3
ENEE3202 Electromagnetic Fields Theory II (1. Electromagnetic wave propagation, 2. Scattering, 3. Waves and Transmission Lines, 4. Green’s functions). 2 0 2
ENEE3203 Electronic Circuits II (1. IC Fabrication, 2. Operational Amplifiers, 3. Analog IC Application, 4. Phase Locked Loop and Timer, 5. System Design: Design of Sample and Hold circuits). 2 3 3
ENEE3204 Electric Power 2 2 3
ENEE3205 Introduction to Computer Networks 2 0 2
ENEE3206 Electrical machines 2 2 3
ENEE3207 Principles Telecommunications Systems 2 3 3
Total   18 14 23

 

Control and Instrumentation Specialization

Fourth Year

Semester 1

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENCR4101 Engineering Economics 2 0 2
ENEE4101 Power Electronics 2 3 3
ENEE4102 Automatic Control Systems I (Definition and properties of Fourier series. Fourier integral theorem, Fourier sine, cosi and Basic control theory, open and close loop systems, transfer function and mathematical representation model and design of systems. The time response and its transient and steady state analysis. Bode and root locus analysis. NYQUIST diagram, system stability analysis and block diagram study of zero input response. The study of the total system response and all simplification methods. The last is signal flow diagram). 2 3 3
ENEE4103 Presentation  and Communication Skills 2 0 2
ENEC4101 Sensor, Transducer  and Data Acquisition 2 3 3
ENEC4102 Embedded System Design 2 3 3
Total   12 12 16

 

Semester 2

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENCR4201 Engineering Management 2 2 3
ENEE4201 Research Methodology 1 0 1
ENEE4202 Automatic Control Systems II (The State-space method: state equations, flow graphs, stability. Compensation techniques. Sampled-data systems: z-transform, stability.

Sampled data systems, discrete signals and sampling, discrete transfer functions, digital to analog conversion. Discrete equivalents for continuous controller discrete models for

Sampled data systems, pulse transfer functions for feedback systems, stability of digital control systems, direct digital design by transform methods).

2 3 3
ENEC4201 Control system design 3 3 3
ENEC4202 Distributed  Control Systems 2 3 3
ENEC4203 Intelligent Control system 2 3 3
ENEC4204 Digital signal Processing 2 3 3
Total   14 17 19

 

Fifth Year

Semester 1

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENEC5101 Project 0 0 0
ENEC5102 Advance control Design 2 3 3
ENEC5103 Adaptive control system 2 3 3
ENEC5104 Elective Course I (Depend on the selected course) 2 2 3
Total   6 8 9

 

Semester 2

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENEC5201 Project 0 18 6
ENEC5202 Robotics 2 3 3
ENEC5203 Digital Image Processing 2 3 3
ENEC5204 Pneumatic and Hydraulic System 2 3 2
ENEC5205 Elective course II (Depend on the selected course) 2 2 3
Total   8 29 17

 

Power Systems and Machines Specialization

Fourth Year

Semester 1

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENCR4101 Engineering Economics 2 0 2
ENEE4101 Power Electronics 2 3 3
ENEE4102 Automatic Control Systems I (Definition and properties of Fourier series. Fourier integral theorem, Fourier sine, cosi and Basic control theory, open and close loop systems, transfer function and mathematical representation model and design of systems. The time response and its transient and steady state analysis. Bode and root locus analysis. NYQUIST diagram, system stability analysis and block diagram study of zero input response. The study of the total system response and all simplification methods. The last is signal flow diagram). 2 3 3
ENEE4103 Presentation  and Communication Skills 2 0 2
ENME4102 Fluid Mechanics and Machines 2 2 3
ENEP4101 Power System 2 2 3
Total   12 10 16

 

Semester 2

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENCR4201 Engineering Management 2 2 3
ENEE4201 Research Methodology 1 0 1
ENEE4202 Automatic Control Systems II (The State-space method: state equations, flow graphs, stability. Compensation techniques. Sampled-data systems: z-transform, stability.

Sampled data systems, discrete signals and sampling, discrete transfer functions, digital to analog conversion. Discrete equivalents for continuous controller discrete models for

Sampled data systems, pulse transfer functions for feedback systems, stability of digital control systems, direct digital design by transform methods).

2 3 3
ENEP4201 Power System Analysis 2 3 3
ENEP4202 High Voltage Engineering 2 3 3
ENEP4203 Power System Automation 2 0 2
Total   11 11 15

 

Fifth Year

Semester 1

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENEP5101 Project 0 0 0
ENEP5102 Power  Distribution and Utilization 2 2 3
ENEP5103 Electrical Machine Design 2 2 3
ENEP5104 Elective Course I (Depend on the selected course) 2 2 3
Total   6 6 9

 

Semester 2

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENEP5201 Project 0 18 6
ENEP5202 Power System Operation and Control 2 2 3
ENEP5203 Renewable Energy 2 2 3
ENEP5204 Power System Protection 2 2 3
ENEP5205 Elective course II (Depend on the selected course) 2 2 3
Total   8 26 18

 

Telecommunication and Networks Specialization 

 

Fourth Year

Semester 1

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENCR4101 Engineering Economics 2 0 2
ENEE4101 Power Electronics 2 3 3
ENEE4102 Automatic Control Systems I (Definition and properties of Fourier series. Fourier integral theorem, Fourier sine, cosi and Basic control theory, open and close loop systems, transfer function and mathematical representation model and design of systems. The time response and its transient and steady state analysis. Bode and root locus analysis. NYQUIST diagram, system stability analysis and block diagram study of zero input response. The study of the total system response and all simplification methods. The last is signal flow diagram). 2 3 3
ENEE4103 Presentation  and Communication Skills 2 0 2
ENET4101 Digital Communications 2 4 3
ENET4102  Fundamentals  of Database Systems 2 3 3
Total   12 13 16

 

Semester 2

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENCR4201 Engineering Management 2 2 3
ENEE4201 Research Methodology 1 0 1
ENEE4202 Automatic Control Systems II (The State-space method: state equations, flow graphs, stability. Compensation techniques. Sampled-data systems: z-transform, stability.

Sampled data systems, discrete signals and sampling, discrete transfer functions, digital to analog conversion. Discrete equivalents for continuous controller discrete models for

Sampled data systems, pulse transfer functions for feedback systems, stability of digital control systems, direct digital design by transform methods).

2 3 3
ENET4201 Advanced Computer Networks 2 3 3
ENET4202

 

Operating Systems

 

1 3 2

 

ENET4203 Antennas  and Wave Propagations 2 3 3
Total   10 14 15

 

Fifth Year

Semester 1

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENET 5101 Project 0 0 0
ENET 5102 Satellite Communication 2 2 3
ENET 5103 Mobile Communication Systems 2 2 3
ENET 5104  Microwave and Radar Engineering 2 3 3
ENET 5105 Elective course I (Depend on the selected course) 2 2 3
Total   8 9 12

 

Semester 2

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENET 5201 Project 0 18 6
ENET 5202 Optical Communication and Networking 2 3 3
ENET 5203 Computer Networks Administration 2 3 3
ENET 5204 Elective course II (Depend on the selected course) 2 2 3
Total   6 26 15
[:ar] 

رئيس القسم: أ.نصرالدين بشير حسن

The study Plan

First Year

Semester 1

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
UBAL1101 Arabic Language Skills I 4 0 4
UBEL1102 English Language Skills I 4 0 4
UBEL1103 English Language Skills II 4 0 4
UBIC1104 Islamic Culture 2 0 2
UBSS1105 Sudanese Studies 2 0 2
UBUS1106 University Skills Studies 2 0 2
Total   18 0 18

 

Semester 2

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
UBAL1201 Arabic Language Skills II 2 0 2
UBEL1202 English Language Skills III 2 0 2
ENCR1201 Calculus I 2 0 2
ENCR1202 Basic Mathematics 2 0 2
ENCR1203 Physics I 2 3 3
ENCR1204 Chemistry 2 3 3
ENCR1205 Statics 2 2 3
ENCR1206 Introduction to Computer and Networks 1 3 2
ENCR1207 Introduction to Engineering 2 3 3
ENEE1201 Programming Fundamentals 1 3 2
Total   18 17 24

 

Second Year

Semester 1

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
UBEL2101 English Language Skills IV 2 0 2
ENCR2101 Calculus II 2 0 2
ENCR2102 Linear Algebra & Analytical Geometry 2 0 2
ENCR2103 Physic II 2 3 3
ENCR2104 Dynamics 2 2 3
ENCR2105 Engineering Drawing  I (Geometrical Constructions, Tangency Constructions and Orthographic Projection) 1 6 3
ENCR2106 Material Science 2 3 3
ENEE2101 Electric Circuits I (1.Basic Concepts, 2. Basic Laws, 3.Methods Of Analysis, 4.Circuit Theorems, 5.Capacitors And Inductors, 6.Sinusoids And Phasors, 7. Ac Steady State Analysis, 8.Three Phase Circuits). 2 3 3
ENEE2102 Logic Design I (1.Numbers System, 2. Introduction to Boolean Algebra and Boolean theorems, 3. Logic gates, 4. Introduction to Physical Realization of logic gates and logic families, 5. Minimization of Boolean Functions, 6.Combinational Logic Circuits). 2 0 2
ENEE2103 Electrical workshop Technology 1 1 1
Total   18 18 24

 

Semester 2

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENCR2201 Function of Several Variables 2 0 2
ENCR2202 Ordinary Differential Equations 2 0 2
ENCR2203 Mechanics of Materials 2 2 3
ENCR2204 Environmental Studies 2 0 2
ENEE2201 Electrical & Electronic Drawing & CAD 1 3 2
ENEE2202 Electric Circuit II (Nodal and mesh network theorems, power and power factor, power factor improvement,   Balanced and unbalanced networks .Transient analysis of simple circuits: natural and forced response. Average power, power factor, power measurements, and three phase circuits’ power calculations Magnetically coupled circuits. Two port networks analysis, Introduction to network representation and analysis by computers). 2 3 3
ENEE2203 Logic Design II (1. Sequential Logic circuits, 2. Analysis of clocked Sequential Circuits, 3. Flip flop applications, 4. Shift registers, 5. Counters, 6. Clock-Control and Pulse-Mode Circuits, 7. Asynchronous Sequential Circuits, 8. Memory and Programmable Logic Devices (PLDs), 9. Clock-Control and Pulse-Mode Circuits, 10. Level-Mode Sequential Circuits). 2 3 3
ENEE2204 Electronic Devices 2 3 3
ENEE2205 Object Oriented Programming 1 2 2
Total   16 16 22

 

 

Third Year

Semester 1

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENCR3101 Mathematical Methods 2 0 2
ENCR3102 Complex Analysis 2 0 2
ENME3107 Thermodynamics and Heat Transfer 2 2 3
ENEE3101 Signal Analysis 2 2 3
ENEE3102 Electromagnetic Fields Theory I (1. Electric Field, 2. Theorem, Static Electric field, 3. Magnetic Field, 4. Maxwell’s Equations) 2 0 2
ENEE3103 Electronic Circuits I (1. Small signal Amplifiers, 2. Multi Stage Amplifiers, 3. Large Signal Amplifiers, 4. Feedback Amplifiers, 5. Oscillators) 2 3 3
ENEE3104 Electri. Measurem.& Instrumentation 2 3 3
ENEE3105 Computer Aided  Network Analysis 1 4 2
ENEE3106 Electromechanical Energy Conversion 2 3 3
Total   17 17 23

 

Semester 2

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENCR3201 Numerical Analysis 2 0 2
ENCR3202 Probability and Statistics 2 0 2
ENEE3201 Microprocessor and Interfacing 2 4 3
ENEE3202 Electromagnetic Fields Theory II (1. Electromagnetic wave propagation, 2. Scattering, 3. Waves and Transmission Lines, 4. Green’s functions). 2 0 2
ENEE3203 Electronic Circuits II (1. IC Fabrication, 2. Operational Amplifiers, 3. Analog IC Application, 4. Phase Locked Loop and Timer, 5. System Design: Design of Sample and Hold circuits). 2 3 3
ENEE3204 Electric Power 2 2 3
ENEE3205 Introduction to Computer Networks 2 0 2
ENEE3206 Electrical machines 2 2 3
ENEE3207 Principles Telecommunications Systems 2 3 3
Total   18 14 23

 

Control and Instrumentation Specialization

Fourth Year

Semester 1

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENCR4101 Engineering Economics 2 0 2
ENEE4101 Power Electronics 2 3 3
ENEE4102 Automatic Control Systems I (Definition and properties of Fourier series. Fourier integral theorem, Fourier sine, cosi and Basic control theory, open and close loop systems, transfer function and mathematical representation model and design of systems. The time response and its transient and steady state analysis. Bode and root locus analysis. NYQUIST diagram, system stability analysis and block diagram study of zero input response. The study of the total system response and all simplification methods. The last is signal flow diagram). 2 3 3
ENEE4103 Presentation  and Communication Skills 2 0 2
ENEC4101 Sensor, Transducer  and Data Acquisition 2 3 3
ENEC4102 Embedded System Design 2 3 3
Total   12 12 16

 

Semester 2

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENCR4201 Engineering Management 2 2 3
ENEE4201 Research Methodology 1 0 1
ENEE4202 Automatic Control Systems II (The State-space method: state equations, flow graphs, stability. Compensation techniques. Sampled-data systems: z-transform, stability.

Sampled data systems, discrete signals and sampling, discrete transfer functions, digital to analog conversion. Discrete equivalents for continuous controller discrete models for

Sampled data systems, pulse transfer functions for feedback systems, stability of digital control systems, direct digital design by transform methods).

2 3 3
ENEC4201 Control system design 3 3 3
ENEC4202 Distributed  Control Systems 2 3 3
ENEC4203 Intelligent Control system 2 3 3
ENEC4204 Digital signal Processing 2 3 3
Total   14 17 19

 

Fifth Year

Semester 1

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENEC5101 Project 0 0 0
ENEC5102 Advance control Design 2 3 3
ENEC5103 Adaptive control system 2 3 3
ENEC5104 Elective Course I (Depend on the selected course) 2 2 3
Total   6 8 9

 

Semester 2

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENEC5201 Project 0 18 6
ENEC5202 Robotics 2 3 3
ENEC5203 Digital Image Processing 2 3 3
ENEC5204 Pneumatic and Hydraulic System 2 3 2
ENEC5205 Elective course II (Depend on the selected course) 2 2 3
Total   8 29 17

 

Power Systems and Machines Specialization

Fourth Year

Semester 1

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENCR4101 Engineering Economics 2 0 2
ENEE4101 Power Electronics 2 3 3
ENEE4102 Automatic Control Systems I (Definition and properties of Fourier series. Fourier integral theorem, Fourier sine, cosi and Basic control theory, open and close loop systems, transfer function and mathematical representation model and design of systems. The time response and its transient and steady state analysis. Bode and root locus analysis. NYQUIST diagram, system stability analysis and block diagram study of zero input response. The study of the total system response and all simplification methods. The last is signal flow diagram). 2 3 3
ENEE4103 Presentation  and Communication Skills 2 0 2
ENME4102 Fluid Mechanics and Machines 2 2 3
ENEP4101 Power System 2 2 3
Total   12 10 16

 

Semester 2

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENCR4201 Engineering Management 2 2 3
ENEE4201 Research Methodology 1 0 1
ENEE4202 Automatic Control Systems II (The State-space method: state equations, flow graphs, stability. Compensation techniques. Sampled-data systems: z-transform, stability.

Sampled data systems, discrete signals and sampling, discrete transfer functions, digital to analog conversion. Discrete equivalents for continuous controller discrete models for

Sampled data systems, pulse transfer functions for feedback systems, stability of digital control systems, direct digital design by transform methods).

2 3 3
ENEP4201 Power System Analysis 2 3 3
ENEP4202 High Voltage Engineering 2 3 3
ENEP4203 Power System Automation 2 0 2
Total   11 11 15

 

Fifth Year

Semester 1

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENEP5101 Project 0 0 0
ENEP5102 Power  Distribution and Utilization 2 2 3
ENEP5103 Electrical Machine Design 2 2 3
ENEP5104 Elective Course I (Depend on the selected course) 2 2 3
Total   6 6 9

 

Semester 2

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENEP5201 Project 0 18 6
ENEP5202 Power System Operation and Control 2 2 3
ENEP5203 Renewable Energy 2 2 3
ENEP5204 Power System Protection 2 2 3
ENEP5205 Elective course II (Depend on the selected course) 2 2 3
Total   8 26 18

 

Telecommunication and Networks Specialization 

 

Fourth Year

Semester 1

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENCR4101 Engineering Economics 2 0 2
ENEE4101 Power Electronics 2 3 3
ENEE4102 Automatic Control Systems I (Definition and properties of Fourier series. Fourier integral theorem, Fourier sine, cosi and Basic control theory, open and close loop systems, transfer function and mathematical representation model and design of systems. The time response and its transient and steady state analysis. Bode and root locus analysis. NYQUIST diagram, system stability analysis and block diagram study of zero input response. The study of the total system response and all simplification methods. The last is signal flow diagram). 2 3 3
ENEE4103 Presentation  and Communication Skills 2 0 2
ENET4101 Digital Communications 2 4 3
ENET4102  Fundamentals  of Database Systems 2 3 3
Total   12 13 16

 

Semester 2

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENCR4201 Engineering Management 2 2 3
ENEE4201 Research Methodology 1 0 1
ENEE4202 Automatic Control Systems II (The State-space method: state equations, flow graphs, stability. Compensation techniques. Sampled-data systems: z-transform, stability.

Sampled data systems, discrete signals and sampling, discrete transfer functions, digital to analog conversion. Discrete equivalents for continuous controller discrete models for

Sampled data systems, pulse transfer functions for feedback systems, stability of digital control systems, direct digital design by transform methods).

2 3 3
ENET4201 Advanced Computer Networks 2 3 3
ENET4202

 

Operating Systems

 

1 3 2

 

ENET4203 Antennas  and Wave Propagations 2 3 3
Total   10 14 15

 

Fifth Year

Semester 1

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENET 5101 Project 0 0 0
ENET 5102 Satellite Communication 2 2 3
ENET 5103 Mobile Communication Systems 2 2 3
ENET 5104  Microwave and Radar Engineering 2 3 3
ENET 5105 Elective course I (Depend on the selected course) 2 2 3
Total   8 9 12

 

Semester 2

Course

 Code

Course Name Contact Hours Credit

 Hours

Theory Practical
ENET 5201 Project 0 18 6
ENET 5202 Optical Communication and Networking 2 3 3
ENET 5203 Computer Networks Administration 2 3 3
ENET 5204 Elective course II (Depend on the selected course) 2 2 3
Total   6 26 15
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