The British Royal University
‫زانكؤى شاهانةى بةريتانى بؤ زانست وتةكنؤلؤذيا‬
‫الجامعة الملكية البريطانية للعلوم والتكنلوجيا‬
For Science and Technology
College of Engineering
COMPUER ENGINEEERING DEPARTMENT
Course Description
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EN0401
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Engineering Workshop:
Development of basic skills in fields of hand filing. Turning. Welding. Piping and plumbing.
Carpentry. Sand casting. Glass works. Sheet metal fabrication. And Household electric circuits.
Theories related to metal machining. Measurements. Metal forming.
Prerequisite: Engineering Drawing
Engineering Drawing:
Instruments and their use, Graphic geometry, Lettering , Orthographic and isometric Drawing
and sketching, Sectional views, Introduction to descriptive geometry, And Surface
intersections and developments, Computer (ACAD)
Prerequisite: --Engineering Management:
Basic concepts of macro & micro economics. Economy architecture. Production process. The
effect of science and technology on production. The use of science and technology in
production. Skills. Free business. Services and commodities production, Methods of project
propagation, Marketing studies. Export. Import and interior market consumption. Project
forming. Project requirements. Economic appraisal studies. Project financing. Banking.
Companies. Cost studies. Project management. Marketing.
Final Year:Prerequisite
Electrical Engineering(1)
Definitions and units. Basic concepts (Charge. Current. Voltage. Power. Energy). Circuit
elements (Independent and Dependent Voltage. Power. Sources. Resistors. Capacitors.
Inductors). KVL and KCL. Mesh and nodal Circuit analysis. Network theorems. Transient
analysis of RL. RC, and RLC Circuits. Introduction to AC circuits.
Prerequisite : Physics (2)
Electrical Engineering(2)
Periodic waveforms. AC response of RL. RC and RLC circuits. Phasor analysis. Impedance
concept. Resonance. Steady State analysis of AC circuits. Coupled circuits. Three Phase
circuits. Fourier analysis. Laplace analysis. Two-Port networks. Circuit analysis using
computers.
Prerequisite: Electrical Engineering(1)
Electrical Eng. Lab.
DC Circuits. KVL and KCL. Mesh and Nodal circuits analysis. Network theorem. Transient
analysis of RL. RC and RLC circuits. AC circuit analysis
Prerequisite :Electrical Eng.(1)
Electronic Engineering (1)
Semiconductor theory. PN junction. Diode circuits and applications. Bipolar junction transistor
characteristics. DC biasing and small signal analysis. BJT amplifier circuits CE,CB,CC design and
analysis Field effect transistor theory and applications. JFET amplifier circuit design and
analysis. Multistage amplifiers Introduction to Operational amplifier operation and
applications.
Prerequisite: Electrical Engineering 2 + Electrical Eng. Lab.
Electronic Engineering (2)
Multi-stage amplifiers. Power amplifiers. Single-stage amplifier frequency response.
Main Office: Iraq – Kurdistan- Erbil: Tel: 00964 662246313/4/5 – Mobil: 00964 7507807515/6 – P.O.Box: 46/112
Branch: Jordan – Amman, Tel: 00962 6 5820661/2 - Fax: 00962 6 5852331 – P.O.Box: 144779
www.broyalu.com - info@broyalu.com,inforb@broyalu.com, info@alsaidgroup.net
The British Royal University
For Science and Technology
EN3336
EN3301
EN3322
EN3323
SC0101
SC0102
EN0201
EN0202
‫زانكؤى شاهانةى بةريتانى بؤ زانست وتةكنؤلؤذيا‬
‫الجامعة الملكية البريطانية للعلوم والتكنلوجيا‬
Difference amplifiers. Operational amplifiers. Feedback amplifiers and oscillators.
Prerequisite: Electronic Engineering (1)
Electronic Engineering Lab. (1)
Diode Characteristics. Half and Full Wave Rectifiers. Diode Appl. Circuits. Voltage Doubler.
Clamber (Zener Diodes Appl.) Transistor Characteristics. BJT and FET. Small Signal Analysis of
CE, CB, CC and CD Amplifiers
Prerequisite: Electronic Eng. (1)
Electromagnetic (1)
Vector analysis and vector calculus. Coordinate Systems and Transformation. Electric Field
Due to Point. Line Surface, and volume Charge. Electric Flux Density. Gauss Law and
Divergence Theorem. Boundary Conditions. Capacitor and Energy capacitance and electric
stored energy. Electrostatic boundary value problem. Steady Electric Current. Conductivity
and magnetic stored energy. Ohm's Law. KCL. Biot-Savant Law and Magneto static Fields.
Magnetic Flux Density. Ampere's Law and Stokes' theorem. Magnetic Vector Potential.
Inductance and Energy. Ferromagnetic Material and the Magnetic Circuits. Introduction to
Time Varying Fields.
Physics (2) :Prerequisite
Measurements & Instrumentations
Measurement and errors. Units and standards. Analog and Digital meters. DC and AC bridge
instruments. Electronics measuring instruments. Oscilloscope. Transducers. Use of computer
in instrumentation systems.
Prerequisite: Electronic Eng.(2)
Systems: Control
Introduction to feedback system. Review of system equations. Block diagram and signal flow
graphs. Time response of systems and closed loop performance. Routh's stability criterion.
The root locus method. Frequency method. Compensation techniques. Introduction to
microprocessor-based control systems.
Prerequisite: Measurements & Instrumentations
Mathematics (1)
Preliminaries numbers lines and functions. Limits and continuity. Derivatives. Applications of
derivatives. Integration. Application of integrals. Transcendent functions. Techniques of
integration.
Prerequisite:--Mathematics for Engineering:
Infinite and power series. Conic Sections. Polar Coordinates. Vector functions. Arc-Length.
Applications in mechanics. Functions of several variables. Partial differentiation. The Gradient.
Directional derivatives, Tangent lines. Tagent planes. The Normal line. Maxima and minima.
The Second partial test. Lagrange method, Multiple integrals (double and triple). Line and
surface integrals. Theorems of Green Gauss and Stokes.
Prerequisite: Mathematics (1)
Differential Equations:
Differential equations & mathematical modeling. First order differential equations. Linear
second & high order differential equations. Modeling of Electrical and mechanical systems.
Laplace Transform and Applications. Series solution of differential equations. Initial value
problem. Simple nonlinear Differential equations.
Prerequisite: Mathematics for Engineering
Numerical Methods:
Introduction (error analysis). The solution of non-linear equations, f(x)=0. Using matlab to
create numerical algorithms. Numerical differentiation. Numerical integration. Solving linear
Main Office: Iraq – Kurdistan- Erbil: Tel: 00964 662246313/4/5 – Mobil: 00964 7507807515/6 – P.O.Box: 46/112
Branch: Jordan – Amman, Tel: 00962 6 5820661/2 - Fax: 00962 6 5852331 – P.O.Box: 144779
www.broyalu.com - info@broyalu.com,inforb@broyalu.com, info@alsaidgroup.net
The British Royal University
For Science and Technology
IT2201
IT2212
IT1221
EN4211
EN4216
SC0301
IT1221
IT4461
EN4212
‫زانكؤى شاهانةى بةريتانى بؤ زانست وتةكنؤلؤذيا‬
‫الجامعة الملكية البريطانية للعلوم والتكنلوجيا‬
equations (Elimination, Matrices). Vector spaces and sub-spaces.
Prerequisite: Differential Equations
C++ Programming Language:
Introduction to programming & data types. Input-output instructions, Arithmetic. Relational
Arrays, Pointers, and logic operators, Conditional statements. looping statements. Functions,
Strings, Files, Structures and introduction to OOP.
Prerequisite: Computer Skills(2)
Object Oriented Programming:
Overview to pointers and functions. Unions and structures. Classes. Friend functions.
Templates. Operator overloading. Dynamic programming. Inheritance. Virtual functions and
polymorphism. Exception handling. Standard template library.
Prerequisite: C++ Programming
Data Structure & Algorithms:
Programs complexity. Sorting and Searching algorithms. Data representation: linear and
linked lists, Arrays and Matrices. Stacks. Queues. Binary and other Trees. Binary search trees.
Graphs. Algorithms Design methods.
Prerequisite: Object Oriented Programming
Logic Design:
Number Systems: Decimal Binary. Octal. and Hexadecimal. Boolean Algebra: Basic identities
and Algebraic Manipulation. Map Simplification. Quin Mcklusky method. Combinational
Circuits Design With MSI Components. Sequential Circuits Analysis and Design. MSI Counters
and Registers.
Prerequisite: Computer Skills (1)
Logic Design Lab.:
Basic Logic Circuits (Familiarization AND, Or, NOT, NOR, and NAND gates). De Morgan's
Theorems. Combinational Circuits with MSI Components. Sequential Circuits (RS, JK, D, and T.
Flip-Flops). MSI Registers and Counters.
Prerequisite: Logic Design
Statistics & Probability:
Discrete random variables. Continuous random variables. The probability density function.
The probability distribution function. Statistics of random variables. Random process.
Ergodicity and stationary. Auto-correlation function. Power spectral density. Estimating the
auto-correlation function and power spectral density from raw data. I/O relations of linear
systems.
Numerical Methods:Prerequisite
Database Fundamentals:
Introduction to database. Database system concepts and architecture. Database design
(Conceptual data modeling, logical schema construction, physical database design). System
data models, Relational model. Normalization. DBMS architecture and classification.
Relational database language: SQL.
Prerequisite: Data Structures & Algorithms
Software Engineering:
Basic concepts : S/W engineering. Tools. methodology. Requirements engineering: S/W
document. validation & evolution. Requirements Analysis: Viewpoint – oriented, methodbased, system contexts. Systems methods : Data - Flow. semantic. object. Requirements
definition & specifications. Software prototyping. Formal specification. Distributed Systems.
Prerequisite: Database Fundamentals
Computer Architecture:
Main Office: Iraq – Kurdistan- Erbil: Tel: 00964 662246313/4/5 – Mobil: 00964 7507807515/6 – P.O.Box: 46/112
Branch: Jordan – Amman, Tel: 00962 6 5820661/2 - Fax: 00962 6 5852331 – P.O.Box: 144779
www.broyalu.com - info@broyalu.com,inforb@broyalu.com, info@alsaidgroup.net
The British Royal University
For Science and Technology
EN4311
EN4316
EN4351
EN4361
IT1331
EN4411
EN4416
EN4465
‫زانكؤى شاهانةى بةريتانى بؤ زانست وتةكنؤلؤذيا‬
‫الجامعة الملكية البريطانية للعلوم والتكنلوجيا‬
Introduction to computer architecture. Register Transfer & Micro-operations. Basic computer
organization & design. Arithmetic logic unit design. Micro-programmed control unit design.
Input/output architecture & design. Memory hierarchy & organization.. Pipeline & vector
processing. CISC & RISC Architecture
Prerequisite: Logic Design
Microprocessor Systems:
Introduction to microprocessor architecture. Addressing modes, Data movement instructions,
Arithmetic & Logic instructions, Program control instructions, Microprocessor programming.
Microprocessor interfacing.
Prerequisite: Logic Design
Microprocessors Lab.:
Familiarization with the microprocessor lab. Microprocessor instruction set and assembly
language fundamentals. Writing, Debugging, and executing various assembly language
programs. Memory (RAM) interfacing. I/O interfacing.
Prerequisite: Microprocessor Systems
Data Communication & Networking:
Sampling Theory, Quantization, PCM, Source of Signal Corruption, Base Band Transmission,
Band-pass modulation and demodulation. Digital Modulation, Multiplexing (FDM, TDM). Basic
Computer Network Concept. Open System Interconnection OSI (Layers functions, TCP/IP).
Computer Network Components. Digital Data Transmission (Interfaces and Modems). Error
Detection and Correction. Data Link Control and Protocols (Flow Control, Error Control,
Asynchrounus and Synchrounus protocols). Local Area Networks LAN (Ethernet, Token ring
and FDDI). Metropolitan Area Networks MAN. Introduction to WAN and internet.
Signal Analysis & Processing Prerequisite:
Intelligent Systems Design:
An Overview of Artificial Intelligence. Rule-based Systems. Uncertainty Management in RuleArtificial Neural .Based Systems. Fuzzy Expert Systems. Frame-Based Expert Systems
Networks. Evolutionary Computation. Hybrid Intelligent Systems. Knowledge Engineering &
Data Mining.
Data Structures & Algorithms
Prerequisite:
Operating Systems:
Operating system concepts & structure. Operating system interface-System calls. Interprocess communication. Processes. Process scheduling. Deadlocks. Memory management.
Secondary storage and file. Input/output devices management. Threads
Prerequisite: Database Fundamentals
Embedded Systems Design:
Microcontrollers Architecture & Features. Microcontroller Interfacing and Programming
Techniques. Memory interfacing techniques. I/O interfacing techniques. Interrupts. DMA. Bus
interface. Microcontrollers specifications & Applications
Prerequisite: Microprocessor Systems
Microcontroller Lab.:
Designing digital systems using Single chip microcontrollers. Embedded Systems design using
Microcontrollers. Embedded Systems Design using CPLD boards and utilizing the VHDL
language.
Prerequisite: Embedded Systems Design
Special Topics in Computer Engineering:
To be specified by the department council.
Final Year:Prerequisite
Main Office: Iraq – Kurdistan- Erbil: Tel: 00964 662246313/4/5 – Mobil: 00964 7507807515/6 – P.O.Box: 46/112
Branch: Jordan – Amman, Tel: 00962 6 5820661/2 - Fax: 00962 6 5852331 – P.O.Box: 144779
www.broyalu.com - info@broyalu.com,inforb@broyalu.com, info@alsaidgroup.net
The British Royal University
For Science and Technology
EN4401
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EN4464
EN4561
EN4463
EN4412
EN4451
EN4412
EN4462
‫زانكؤى شاهانةى بةريتانى بؤ زانست وتةكنؤلؤذيا‬
‫الجامعة الملكية البريطانية للعلوم والتكنلوجيا‬
Graduation Project (1):
The student should attach himself to one or more faculty members who assign him a project.
He analyzes this project and suggests a method to carry out the project in the next stage.
Prerequisite: Final Year.
Graduation Project (2):
Based on the results obtained from the first stage. The student carries out the project
suggested by the department
Prerequisite: Graduation Project (1)
Virtual Reality:
. VR: The Medium. Overview of hardware used by virtual reality Introduction, What is VR?
systems (input). Overview of hardware used by virtual reality systems (output). Presenting the
Virtual World. Presenting: Rendering Systems Interacting with the Virtual World:
Manipulation. Interacting with the Virtual World: Navigation
Prerequisite: S/W Engineering
Real Time Systems:
Introduction to real-time systems. Concepts of computer control : Hardware requirements for
real-time systems. Real-time computer control. Languages for real-time applications. Realtime software & program design. Operating systems for real-time applications.
Prerequisite: Embedded Systems Design + Computer Design Lab.
Modeling & Simulation:
Introduction to modeling and simulation concept. Model extraction based on system
identification procedures. Transfer function and state-space models. Analog simulation using
op-amp. Digital simulation using programming languages. Using Matlab as a simulation
package.
Prerequisite: Dept. Approval
Advanced Computer Architecture:
CISC & RISC architecture. Parallel computer models. Program & network properties. Principles
of scalable performance. Processors & memory hierarchy. Bus. Cache and shared memory.
Pipelining and superscalar techniques. Multiprocessors & multicomputers.
Prerequisite: Computer Architecture
Network Design & Management:
Introduction to network ISO reference model. ISO network management model
(Configuration, Fault, Performance, Accounting, Security). Network management tools
(SNMP, CMIP, TMN). Network management groups. Network Representation using graph
theory. Network design techniques. Network design algorithms(Greedy). Network
analysis(Queuing theory).
Prerequisite: Data Communication & Networking
Advanced Computer Architecture:
CISC & RISC architecture. Parallel computer models. Program & network properties. Principles
of scalable performance. Processors & memory hierarchy. Bus. Cache and shared memory.
Pipelining and superscalar techniques. Multiprocessors & multi-computers.
Prerequisite: Computer Architecture
Neural Networks & Fuzzy Logic:
Concepts of Ann’s. Kinds of Ann’s. Multi layer Ann’s: Topology and c/cs. EBP Learning
algorithm., Recurrent Ann’s. Ann’s applications. Concepts of fuzzy logic. Basic elements of
fuzzy system, Universe of discourse and fuzzy sets definitions. Fuzzy production rules (FPR) &
fuzzy algorithm, Fuzzy applications. an introduction to neurofuzzy system.
Prerequisite: Dept. Approval
Main Office: Iraq – Kurdistan- Erbil: Tel: 00964 662246313/4/5 – Mobil: 00964 7507807515/6 – P.O.Box: 46/112
Branch: Jordan – Amman, Tel: 00962 6 5820661/2 - Fax: 00962 6 5852331 – P.O.Box: 144779
www.broyalu.com - info@broyalu.com,inforb@broyalu.com, info@alsaidgroup.net