كلمة السيد عميد كلية الهندسة

ا.د. احمد عبد الصاحب محمد

البريد الالكتروني

المجلات الاكاديمية العلمية العراقية

للبحث عن برامج وبحوث مختلفة

مجلة اتحاد الجامعات العربية

مجلة اتحاد الجامعات العربية 
 

التوقيت المحلي

خارطة زوار الموقع

دليل كلية الهندسة 2012

اكاديمية شبكات الحاسبات (سيسكو)

دليل المواقع

under graduate program

The Undergraduate Curriculum

The annual system of study is followed in the department. The following is the curriculum of the department for the four years of study.

 

FIRST YEAR

1st  Semester

Hours/Week

2nd  Semester

Hours/Week

Code

Subject

Units

Theo.

Tuto.

Lab.

Theo.

Tuto.

Lab

GE 121

Mathematics

4

2

1

-

2

1

-

Chem.E. 122

Organic Chemistry

8

3

-

3

3

-

3

Chem.E. 123

Analytical and Inorganic Chemistry

8

3

-

3

3

-

3

Chem.E. 131

Engineering Drawing

2

-

-

3

-

-

3

Chem.E. 141

Chemical Engineering Principles-I

4

2

1

-

2

1

-

Chem.E. 124

Computer Programming

6

2

-

2

2

-

2

GE 111

English Language

4

2

-

-

2

-

-

GS 112

Human Rights

2

1

1

-

1

1

-

GE 103

Work shop

1

-

-

3

-

-

-

Total

42

15

3

14

15

3

11

Total hours per week

32

29

 

 

 

SECOND YEAR

1st  Semester

Hours/Week

2nd  Semester

Hours/Week

Code

Subject

Units

Theo.

Tuto.

Lab.

Theo.

Tuto.

Lab

GE. 221

Mathematics

4

2

1

-

2

1

-

Chem.E. 241

Fluid Flow

5

2

1

-

2

1

2

Chem.E. 242

Physical Chemistry

8

3

1

3

3

1

3

Chem.E. 243

Env. Pollution and Indust. Safety

4

2

-

-

2

-

-

Chem.E. 244

Chemical Engineering Principles-II

4

2

1

-

2

1

-

Chem.E. 222

Computer Programming

6

2

-

2

2

-

2

Chem.E. 232

Properties and Strength of Materials

7

3

-

3

3

-

-

Chem.E. 233

Statistics and Eng. Economics

4

2

-

-

2

-

-

GS 211

Freedom and Democracy

2

1

1

-

1

1

-

Total

44

19

5

8

19

5

7

Total hours per week

32

31

 

 

  

 

THIRD YEAR

1st  Semester

Hours/Week

2nd  Semester

Hours/Week

Code

Subject

Units

Theo.

Tuto.

Lab.

Theo.

Tuto.

Lab

Chem.E. 331

Engineering Analysis

4

2

1

-

2

1

-

Chem.E. 341

Chemical Eng. Thermodynamics

4

2

1

-

2

1

-

Chem.E. 342

Mass Transfer

4

2

1

-

2

1

-

Chem.E. 343

Heat Transfer

5

2

1

-

2

1

3

Chem.E. 344

Chemical Industries

4

2

-

-

2

-

-

Chem.E. 345

Reactor Design

4

2

1

-

2

1

-

Chem.E. 321

Optimization and Numerical Methods

5

2

-

3

2

-

-

Chem.E. 322

Industrial Management

4

2

-

-

2

-

-

-

Summer Training (4 weeks)

-

-

-

-

-

-

-

Total

34

16

5

3

16

5

3

Total hours per week

24

24

 

 

 

 

FOURTH YEAR

1st  Semester

Hours/Week

2nd  Semester

Hours/Week

Code

Subject

Units

Theo.

Tuto.

Lab.

Theo.

Tuto.

Lab

Chem.E. 441

Unit Operations

5

2

1

3

2

1

-

Chem.E. 442

Petrochemical Industries

4

2

-

-

2

-

-

Chem.E. 443

Petroleum Refining

5

2

1

-

2

1

3

Chem.E. 444

Equipment Design

2

1

2

-

1

2

-

Chem.E. 445

Process Control

5

2

1

-

2

1

3

Chem.E. 446

Engineering Project

4

1

-

3

1

-

3

Chem.E. 431

Computer Application

6

2

-

2

2

-

2

Total

31

12

5

8

12

5

11

Total hours per week

25

28

 

   

The Syllabus

        The following is the syllabus of the subjects in the department curriculum.

 

FIRST YEAR

 

GE 121 Mathematics

           General review, Functions, Inequalities, Composite numbers, Function differentiation, Implicit differentiation and application of derivatives, Graph of maxima and minima, Limits, l’Hopital’s rule, Trigonometric functions, Hyperbolic functions, Integration, Transcendental function, Improper integrals, Differential equations, Determinates and matrices.

 

Chem.E 122 Organic Chemistry

           Hydrocarbons, aliphatic, ring, olifenes, acytelines, aromatics, Orbital, Thermal cracking process, hydrogenation, reduction, Special reactions: oxidation and combustion, addition, substititution, nitration, Sulphonation, halogenation, polymerization,Halides, Alcohols and phenols, Ethers, Aldehydes and ketones, Carboxylic acids, esters, amino-acids, amides, Amines and some.

 

Chem.E 123 Analytical & Inorganic Chemistry

           Stoichiometric calculations, chemical coefficient, molarity, normality, titration, density, Equilibrium in the acids and bases, pH, graphs of titration, Indicators of bases and acids, Equilibrium in precipitation, solubility, partial precipitation, Analysis using oxidation and reduction, electromotive force, use of the half cell potentials, Nernest eq., Measure of concentration by potential of the cell. Selected Inorganic materials and reactions.

 

Chem.E 131 Engineering Drawing

          Introduction to the drawing tools and how to use them, Composition of the engineering drawings, Lettering, numbers, dimensions, Projection, Sectioning, Isometric drawing.

 

Chem.E 141 Principles of Chemical Engineering (I)

Engineering calculations, units, dimensions, basis, Temperature and pressure, Conversion, yield, selectivity, purge, percent of completion in chemical reactions, Material balance with and without chemical reaction, Recycle, Gases, vapors, liquids and solids, Ideal gas, mixture of ideal gases, Vapor pressure, Mixture of gas and saturated vapor, Partial saturation and humidity, Energy balance, Calculation of thermal content.

 

Chem.E 124 Programming

Definition of the computer; components, method of operation, Files, definition, types, coding, explanation of the dose system and its internal and external orders, Introduction to the Windows system, Program: how to start , printing, shut down, delete of the disk, arrangement of the icons, run, help, Word, Statistical program Excel, Presentation program Power point, Internet.

 

GE 111 English Language

 

GS 112 Human Rights

 

GE 103 Workshop Technology

 

SECOND YEAR

GE 221 Mathematics

Conic sections, polar coordinates, Hyperbolic functions, Vectors, equation of plane, Partial differentiation, functions with more than one variable, Multiple integrals, inverse integral, change of multiple integral to polar coordinates, Series, Differential equations, variable separable, homogeneous, linear, general solution by D-operator.

 

Chem.E 241 Fluid Flow

Introduction, non-dimensional analysis, Static fluids, pressure of fluids, force applied by a fluid, immerged bodies, Types of flow, Bernoulli’s

eq., Reynolds number, friction factor and pressure drop, flow in open channels, Pumps, pump efficiency, Flow and pressure measurements, Fluid flow in the presence of solid particles.

 

Chem.E 242 Physical Chemistry

1st law of thermodynamics, 2nd and third laws of thermodynamics, Gibbs free energy, Chemical equilibrium, Chemical reactions, Rate of reaction equations, Phase equilibria in ideal solutions, Phase equilibria in non-ideal solutions, Electrochemical equilibrium, Surface thermodynamics, Experimental gas kinetics, Liquid kinetics, Viscosity of liquids        , Electrical conductance, Electrolytes.

 

Chem.E 243 Environmental Pollution and Industrial Safety

Water pollution, Specific measurement of water, COD, BOD, Supply and treatment of water, purification of water, Salt removal, treatment of heavy water of city, treatment of industrial water, Air pollution, Specific air measurements, Suspended particles, Gases, effect on human health, Industrial safety, Safety terms in equipments, Dangers, Effect of radioactive materials, Chemical effects, Biological effects, Storage of chemicals, Industrial safety, fires and their causes, Fire alarm systems, Fires of fine solid particles.

 

Chem.E 244 Chemical Engineering Principles (II)

Material balance of unsteady state with and without chemical reactions, Relations of real gases, van der Waal’s equation, critical states and compressibility, mixtures of non –ideal gases, Energy balance, heat capacity, latent heat of vaporization, Energy balance with chemical reactions, Heat of

Solutions and mixtures, enthalpy change for mixtures, enthalpy diagram, concentration, humidity chart, Flow sheets, material and energy balance for complete projects.

 

 

 

Chem.E 222 Computer Programming

Introduction to visual basics, Explorer project window, properties, events, Project, project saving, applications, Files and projects, List, structure, coding of the list, Chatting boxes, mail boxes, ready box, file boxes, font boxes, color boxes, printing box, Basic statements in the visual

basics, mathematical and logical statements, Decision statements, if statement, Go statement, complicated if statement, Statements of state, transformation function, IFF function, Loop statements.

 

Chem.E 232 Properties & Strength of Materials

         Strength of materials definitions, Simple stress, Shear stress, Stress in cylinders, Simple strain, Thermal stress, deformation in beams      , Equations of stress and momentum in beams,. Curves of stress and momentum in beams.

        Crystalline structure, Phase diagram, Alloys of copper, aluminum and iron, Plastics (polymers), Properties and uses of polyethylene, Ceramics, Electrochemical cells, crystalline deformations, Corrosion and its control, Practical: tests of the resistance of materials to friction, crystalline structure of metals.

 

Chem.E 233 Statistics and Eng. Economics

           Statistics: Statistical operations and frequency tables, Graphs, Central limit theorem, Measures of differences, Theory of probabilities, Distributions, confidence interval, normal distribution, two-sided, Poisson, Tests (Z, t, F, X2).

Economics: Estimation of cost of industrial projects, Factors affecting the production cost and investment, Capital investment, Cost index, Profit and cost of investment, Depreciation, Optimum design, Cost of the mass and heat transfer equipments.

 

GS 211 Freedom and Democracy

 

THIRD YEAR

Chem.E 331 Engineering Analysis

1st order differential equations, 2nd order differential equations, Frobineous method, Error, Gamma, Beta, and Bell functions, Partial differential equations, Laplace transform, Mathematical modeling, Finite differences (application on chemical engineering systems) with multiple steps.

 

Chem.E 341 Chemical Engineering Thermodynamics

Basic definitions, 1st law of thermodynamics for open and closed systems under steady and unsteady flow, Reversible process, Heat capacity, relations of temperature, pressure and volume with critical point, ideal gas behavior, Maxwell’s relations, throttling process, 2nd law of

Thermodynamics, heat engine, Carnot cycle, entropy and the 2nd law, lost work, entropy calculations, Freezing system and heat pump, Systems with varying concentrations, fugacity and its calculation, Vapor-liquid equilibrium.

 

Chem.E 342 Mass Transfer Operations

Diffusion, Mass transfer theories, mass transfer coefficients, Absorption of gases, Extraction (liquid-liquid), Leaching (solid-liquid), Distillation: continuous, , batch distillation, multi-component distillation, Humidification and cooling and drying towers, steps of drying, Evaporation: types of evaporators, single and multiple effect evaporators.

 

Chem.E 343 Heat Transfer

Heat transfer by conduction, convection and radiation, heat conductance, One-dimensional steady state conduction, Radial systems (cylinder and sphere), Overall heat transfer coefficient, Critical thickness of the insulator, Fins, Unsteady state conduction, Thermal boundary layer for laminar and turbulent flow, Analogy between fluid friction and heat transfer, Heat exchangers, Heat transfer by radiation.

 

Chem.E 344 Chemical Industries

Treatment of industrial water. Prevention and removal of scales, Industrial carbon, Gases (carbon doxide, ammonia, nitrogen, helium, oxygen), Sulphur and its compounds,  Nitogen, carbon dioxide, ammonia, nitrogen, helium and oxygen  compounds, phosphoric acid, fertilizers, urea, nitric acid, Soap and detergents, Magnesium compounds, Ceramic industries, Cement, Glass industry, Paper and cellulose, Sugar industry, Fermentation industries, Fats and vegetable oils, Pharmaceutical industry.

 

Chem.E 345 Reactor Design

          Thermodynamic of chemical reactions, Reaction kinetics, rate of reaction equation, Ideal reactors, Operation of reactors at different temperatures, Design of single reaction reactors, Recycle reactor, Self catalytic reactor, Introduction to design of reactors with heterogeneous

reactions, analysis of the reactor (solid-fluid), height of the reactor unit, activity of catalyst.

 

Chem.E 321 Optimization and numerical methods

Error estimation, Roots of equations (Fixed point iteration, Newton-Raphson, Bisection, False-position, Application), Solving set of linear equations (Jacobi / Gauss-siedel iteration, Elimination methods, Cramers / Matrix-inverse methods, Applications), Solving set of non-linear equations ( Newton / fixed point iteration method), Solving differential equations D.E, ordinary ( Euler, Modified Euler, Runge-Kutta), higher order and system of differential equations (Runge-Kutta), Applications to D.E, Numerical Integration ( Trapezoidal, Simpsons 1/3-3/8 rule), Interpolation ( linear, lagrange, Newton-Gregory, Stirling), Unconstrained single variable optimization (Bisecting, Fibonacci, Golden section search and Newton method, Applications), Constrained multi-variable optimization (linear programming, simplex, non-linear programming, G.R.G.S, Applications).

 

Chem.E 322 Industrial Management

          Linear programming, Graphical method, Standard form, simplex method, Big M technique, Two phase method, Algebric method, Special cases of linear programming, Dual form, Dual simplex method, Sensetivity analysis by graphical method, Postoptimally analysis by simplex method, Transport problem, Network assignments.

 

 

FOURTH YEAR

 

Chem.E 441 Unit Operations

Transfer of heat, mass and momentum, Reynolds analogy, Boundary layer theory, Non Newtonian fluids, Mixing, Fluid flow through packed columns, Fluidization, Filtration, Flow of particles through fluids, Sedimentation, Centrifuge, Practical: sedimentation, screening, cooling towers, drying, Reynolds anology, gas-solid and liquid-solid fluidization, pressure drop through packed towers, filtration, free falling velocity.

 

Chem.E 442 Petrochemical Industries

Production of the basic materials for the petrochemical industry (olefins and aromatics), Petrochemicals from methane, Ethylene derivatives, Propylene derivatives, High molecular weight olefins derivatives, Petrochemicals in benzol and xylenes, Polymers production techniques, Thermoplastic, Thermoset, Industrial fibers, Industrial rubber.

 

Chem.E 443 Petroleum Refining

Crude oils, Chemical composition, Physical and chemical characteristics, Thermal processes, Catalytic processes, Conventional chemical treatment of refinery products, Lubricating oils, Production of different types of fuels and oil products (gas oil, solvents, car and aero plane gasoline, jet fuel, kerosene, diesel, asphalt, wax), Practical: density, flash point, viscosity, aniline point, sulphur content, water content, carbon content, salt content.

 

Chem.E 444 Equipment Design

Flow sheet of process design, types of flow sheets and symbols, block diagram, piping system and control systems, utility flow sheet, units layout,

project evaluation and survey, land selection, cost estimation, Pumps and piping systems, pipe fittings, valves, steam traps, selection of metal type of pipes, Vessels and tanks, design of vertical columns, design of pressure vessel, foundation, Plate and packed columns, , losses in pressure in columns, Mechanical design. Heat exchangers,  Mass transfer equipments; absorption or extraction columns, Heat and mass transfer equipments, distillation column, absorption, heat exchanger.

 

Chem.E 445 Process Dynamics and Control

1st order response, time delay, steady state coefficient, final value theorem, 2nd order system, Closed loop systems, transfer function and flow

diagram, Air control valve, Control system, discontinuous, proportional, integral, differential, Optimum control by Zegler-Nickes method, Stability, Routh’s method, Frequency response (Bode and Niquist diagram), Measuring devices of temperature, pressure, concentration and fluid flow.

 

Chem.E 446 Engineering Project

Each student will be assigned a problem (either individually or as part of a group), and expected to submit a complete design report which includes market research, process selection and design, economic evaluation, unit operations and equipment details, a full design of three units of the plant and all the supporting drawings.

 

 

 

Chem.E 431 Computer Application         

          Introduction to MatLab, Array building, Arithmetic functions, Numerical method functions, 2D plotting, Function discovery, EOS for pure compounds and mixtures, Degrees of freedom, VLE calculations, Adiabatic flame temperature, CRE and Chemical reactors, Material balances with recycle streams, Simulation of mass transfer equipments, Simulating processes, 3D plotting, Fluid flow in two and three dimensions, Process control simulink, Introduction to ChemCad, New job, Selecting Engineering units, Selecting process equipments, Putting and connecting systems, Selecting components and thermodynamic options, Defining feed streams, Equipment parameters, Running the simulation, Result review, Generating the PFD, Equipment sizing and cost estimation, Introduction to Hysys 3.1.



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الجداول الدراسية للاقسام العلمية

صفحة مجلة كلية الهندسة

الدراسات العليا و الشؤون العلمية و الاستمارات الخاصة بالطلبة

نشاطات و فعاليات الكلية

عدد الزيارات للموقع

آخر تحديث و أوقات أخرى

الشكر والتقدير



شكر وتقدير من رئيس جامعة بغداد الى الدكتورة فنار منصور عبد

شكر وتقدير من رئيس و مساعد رئيس جامعة بغداد لعدد من التدريسيين

شكر وتقدير من السيد مساعد رئيس الجامعة لمجموعة من تدريسي كلية الهندسة

شكر وتقدير من السيد رئيس جامعة بغداد لمجموعة من تدريسيي كلية الهندسة

شكر وتقدير من وزير التعليم العالي والبحث العلمي الاستاذ علي محمد الحسين الاديب

شكر وتقدير من السيد مساعد رئيس الجامعة للدكتور فراس محمد طعيمة

شكر وتقدير من السيد رئيس الجامعة الى الدكتور فاضل عباس عمران

شكر وتقدير من السيد رئيس الجامعة الى تدريسيين ومهندس

شكر وتقدير الى الدكتورة نجلاء محمد حسين والموظفة سها عبد الرحيم

شكر وتقدير من مساعد رئيس الجامعة الى الدكتور نزار هادي عباس وطالبة الماجستير فرح مهدي علي في كلية الهندسة / قسم الهندسة الكهربائية

شكر وتقدير من رئيس جامعة بغداد الى تدريسيين في قسم هندسة البيئة

شكر وتقدير من مساعد رئيس الجامعة للشؤون العلمية الاستاذ الدكتور اسامة فاضل عبد اللطيف

شكر وتقدير من مساعد رئيس الجامعة للشؤون العلمية الاستاذ الدكتور اسامة فاضل عبد اللطيف الى م.د. عصام محمد يونس لنشره الفصل الموسوم "T-Way Testing Strategies : Issues , Challenges and Practices"

شكر وتقدير من مساعد رئيس الجامعة للشؤون العلمية الاستاذ الدكتور اسامة فاضل عبد اللطيف الى أ. م.د. زينب زياد أسماعيل لنشره البحث الموسوم "A Novel Use of Undesirable Wild Giant Reed Biomass to Replace Aggregate in Concrete"

شكر وتقدير من رئيس الجامعة الاستاذ الدكتورعلاء عبد الحسين عبد الرسول الى م.د. عمار علي فرحان في قسم الهندسة الميكانيكية لنشره البحث الموسوم "Greenhouse Heating by Solar Air Heaters on The Roof "

شكر وتقدير من مساعد رئيس الجامعة للشؤون العلمية الدكتور علاء كريم محمد الى م.د. نزار هادي عباس وطالبة الماجستير فرح مهدي علي لنشرهما البحث الموسوم "Path Planning of an Autonomous Mobile Robot using Directed Artificial Bee Colony Algorithm"

شكر وتقدير من مساعد رئيس الجامعة للشؤون العلمية الدكتور علاء كريم محمد الى الدكتور ضرغام صكبان ابراهيم من خلال نشر بحثكم المنشور في مجلة البيئة والهندسة الكيمياوية في الهند على المرتبة الرابعه ضمن (25) بحثاً

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موقع المتحف العراقي

 

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