DCEE

SOU20010

Engineering Mathematics

In this module students learn integral calculus and its applications to solve problems reveal in engineering e.g. length, area, work, volume, mass center and etc. After this course, students will be familiar with solving some engineering problems using numerical integral methods. Also they study multivariable functions to model and analayse engineering problems. Students learn partial differential and how to apply it to theengineering problems find optimum solution. Linear algebra including modeling problems in terms of matrices and system of linear equations and methods of their solutions is another topic will be taught in this module. Finally, students learn about gradient, Laplacian, curl and vector fields.


Type                                                       Time/Place and Instructor                                               Credit Hours

LEC                                                        Mr.Aref                                                                                                          7 ECTS

Notes                                                       Sunday  13:00 - 15:00   F13        Wednesday  12:30-14:30  S13                            

SOU20011

Critical Reading and Writing

This module uses mathematical methods in a form suitable for the solution of engineering problems. Students learn and apply functions in one-variable and their derivatives to model, analyse and solving problems. After this course they will be familiar with modeling engineering problems as functions of one- variable, optimize a problem using differential and using vectors and trigonometry in order to solve engineering problems.


Type                             Time/Place and Instructor                                                    Credit Hours 

LEC                     Mr. Hana      Miss. Yarivan                                                             ECTS 6

Notes                                Monday (G.A):12:30 -14:30  F13                (G.B):08:30-10:30  F14                   (G.C):10:30-12:30  F17

                                              Wednesday (G.A):10:30-12:30  F13         (G.B):12:30-14:30  F14                   (G.C):08:30-10:30  F17

SOU20012

General Physics

This course is designed to provide students with principles of mechanics to enable a better understanding of physical phenomena, such as the kinematics and dynamics of point masses and solid bodies. Students will acquire the capacity to quantitatively analyze these effects with the appropriate theoretical tools.


Type                              Time/Place and Instructor                                                    Credit Hours 

LEC                       Mr. Yousif    Miss. Tawerz                                                             ECTS 6

Notes                                 Tuesday 10:30 -13:30    F13                                      

SOU20013

Academic debate

This intensive course focuses on improving students’ communicative and academic study skills. The module is designed to first year university students as a systematic study of critical thinking skills. It is crucial to students for enhancing their own reasoning skills as those who are progressing to higher level of academic study. It aims at raising awareness of students to know how debates are made up in written and spoken language. Furthermore, this course will provide useful general information about scientific debate and it has linked to the key citations and forms.


Type                                                       Time/Place and Instructor                                                                                     Credit Hours

LEC                                                       M.Halmat         M.Shirin                                                                                                               6 ECTS

Notes                                                        Monday (G.A):10:30 -12:30  F13                    (G.B):12:30 -14:30  F14                (G.C):08:30-10:30 F17

                                                                       Wednesday (G.A):08:30-10:30  F13             (G.B):10:30 -12:30  F14                (G.C):12:30-14:30 F17                                         

SOU20102

Calculus 

This module uses mathematical methods in a form suitable for the solution of engineering problems. Students learn and apply functions in one-variable and their derivatives to model, analyse and solving problems. After this course they will be familiar with modeling engineering problems as functions of one- variable, optimize a problem using differential and using vectors and trigonometry in order to solve engineering problems.


Type                             Time/Place and Instructor                                                    Credit Hours 

LEC                       Dr. Mahfoz   Ms. Shawnm                                                         6 ECTS 

Notes                                Monday (G.A): 08:30 -10:30 F13                            (G.B):10:30-12:30 F14                    (G.C):12:30-14:30 F17

                                              Wednesday (G.A):12:30-14:30 F13                     (G.B):08:30-10:30 F14                     (G.C):10:30-12:30 F17

SOU20114

Civil Engineering Graphics (CAD Drawing)

The course introduces the basics and principles of technical drawings, create and interpret engineering drawing, enhance the communication of engineering drawings and product design and explore the Auto- CAD programme to the students accurately.


Type                                                       Time/Place and Instructor                                                                                                                         Credit Hours

LEC                                                       Dr. Mohammad    Mr. Zana      Mr. Shvan    Mr.Sirwan      Mr. Ari                                                              6 ECTS

Notes                                                       Sunday 8:30 -11:30 Lecture      (G.A):11:30 -13:30 Practise

                                                                      Thursday (G.B):08:30 -10:30       (G.C):10:30 -12:30                    Computer Lab A & Basement Hall                                      

SOU20130

Probability and Statistics

Civil engineering students are required to take courses in statistics and probability so they are able to apply risk analysis and probability theory to real-life scenarios. This module covers topics such as descriptive statistics, elementary probability, random variables and distributions, mean, variance, regression and analysis of variance. Practical applications and computer analysis are a key element of this module..


Type                                                       Time/Place and Instructor                              Credit Hours

LEC                                                        Dr. Mahfouz                                                                              5 ECTS

Notes                                                       Thursday 11:30 - 15:30         Computer Lab B                                     

SOU20131

Strength of Materials

This course is designed to familiarize students with the mechanical properties of materials. This course is designed to provide future engineers with means of analyses and design of various loads bearing structures or members and analysis and design of a given structure involve the determination of stresses and deformations, linking theoretical concepts to their practical parts that are related to industry (e.g. analyzing materials based on their stress, strain and modulus of elasticity) and also developing collaborative skills to illustrate students’ ability to work in groups negotiate compromise and tolerate others.


Type                                                       Time/Place and Instructor                                           Credit Hours

LEC                                                       Mr. Shwan      Mr. Ari                                                                           7 ECTS

Notes                                                       Monday 08:30 - 11:30         Wednesday  8:30 - 11:30         F12                                    

SOU20032

Fluid Mechanics

This course serves as a quantitative introduction to the principles of fluid mechanics and its applications in engineering problems. The course covers the fundamentals of fluid mechanics, including analyzing forces related to hydro and aerostatics as well as hydro and aerodynamics, fluid flows in closed and open channels, and losses in piping systems. Additional topics to be covered include fluid machinery such as pumps and turbines, measurement of flow, and the design of fluid systems. The Lab offers experiments in fundamental and applied fluid mechanics.


Type                                                       Time/Place and Instructor                                               Credit Hours

LEC                                                      Dr. Hiwa      Mr. Shahab                                                                           6 ECTS

Notes                                                       Sunday (G.A)  8:30-11:00          (G.B):11:00-13:00  F13

                                                                      Tuesday (G.A):11:30 -13:00    (G.B):13:00 -14:30    (G.C):14:30 -16:00            Fluid Lab      F12                                  

SOU20110

Constuction Engineering 


Type                                                       Time/Place and Instructor                                               Credit Hours

LEC                                                      Dr. Aryanfar       Mrs. Yarivan                                                           7 ECTS

Notes                                                        Tuesday  8:30 - 11:30  S12             Thursday  8:30 - 11:30         Site Visit & F13                                

SOU20121

Static

This course is designed to familiarize students with the conceptualize Engineering Mechanics (Statics) Fundamental and prepare students for other upcoming modules (Strength of Materials, Structural Analysis, R.C Structures, Steel Structure). This course focuses on linking theoretical concepts to their practical parts that are related to industry (e.g. moment of inertia and analyzing of plane trusses) and developing collaborative skills to illustrate students how to work as a group, how to negotiate, compromise and tolerance in a group.


Type                                                       Time/Place and Instructor                                               Credit Hours

LEC                                                       Mr. Shvan                                                                                                    6 ECTS

Notes                                                      Monday  15:00 - 17:30           Wednesday 14:30 - 16:00     F13                                

SOU20134

Intro. to Environmental Eng. & Science

This module provides an introductory overview to different aspects of environmental engineering. The main aim of this module is to teach undergraduate students the fundamental concepts in environmental engineering dealing with water, air, and land pollution.


Type                                                       Time/Place and Instructor                                               Credit Hours

LEC                                                        Dr. Bangin                                                                                                      5 ECTS

Notes                                                       Monday  12:00 - 15:00  F12                                

SOU20150

Reinforced Concrete

This module provides an introductory overview with means of analyses and design based on WSDM (Working Stress Design Method) and USDM (Ultimate Strength Design Method) Linking theoretical concepts to their practical application. To have an understanding of reinforced concrete section behaviour if the applied load is incrementally increased to its ultimate stage. To distinguish between un-cracked and cracked reinforced concrete section and evaluate their capacity using different methods. To estimate loads and factor them and reduce the nominal strength with a reduction factor. To understand the real difference between analysis and design for strength evaluation or for designing an RC section for a set of forces.


Type                                                       Time/Place and Instructor                                                                 Credit Hours

LEC                                                       Mr. Shwan       Mr. Ari                                                                                                 7 ECTS

Notes                                                        Monday  15:00 - 17:30           Wednesday 14:30 - 16:00     F12                               

SOU20151

Structural Analysis - Indeterminate

This course is designed to provide students with an understanding of the methods and principles of advanced structural analysis, with emphasis on matrix methods of linear structural analysis, influence line analysis and approximate lateral load analysis and some other methods.


Type                                                       Time/Place and Instructor                                                     Credit Hours

LEC                                                       Mr. Yousif                                                                                                           4 ECTS

Notes                                                       Sunday  8:30 - 11:30               F12       

SOU20152

Hydraulic Engineering

This course is designed to provide students with a quiet enough amount of knowledge about the types, functions and importance of hydraulic structures such as dams and barrages. The criteria of design and analysis for many cases will be covered. The students will be able to read the contour and topo maps which required for design purposes and the forces applied for structures will be calculated and considered in design. The course will lead the students to be able to carry out the design of structures and analyse theresults to check the stability and safety.


Type                                                       Time/Place and Instructor                                                     Credit Hours

LEC                                                       Mr. Awat                                                                                                           4 ECTS

Notes                                                       Monday  9:30 - 12:30              S15       

SOU20153

Transportation and Urban Planning

This module provides an introductory overview to basic knowledge in transportation so that students can understand and be able to solve transportation-related problems and design for highway mode of transportation with a focus on highway safety and traffic flow, transportation planning, forecasting travel demand, traffic volume, and management.


Type                                                       Time/Place and Instructor                                                     Credit Hours

LEC                                                       Mr. Rizgar     Miss. Baran                                                                             7 ECTS

Notes                                                       Sunday  11:30 - 15:30  F12     Tuesday  08:30 - 12:30  S15

SOU20154

Soil Mechanics

This course is designed to familiarize students to identify the natural processes occurring on surface of earth, basic understanding of fundamentals of soil behavior and soil classification systems. This course will provide students to able to solve a range of soil related problems, especially those involving water flow. Assess the stability of slopes and knowledge about soil mechanics tests will be covered.


Type                                                        Time/Place and Instructor                                                     Credit Hours

LEC                                                        Dr. Ako           Miss.Baran                                                                             8 ECTS

Notes                                                       Tuesday  12:30 - 15:30  S15             Wednesday (G.A) 8:30-10:00   (G.B):10:00 -11:30 geotechnical Lab                          F13 & Concrete Lab

SOU20170

Soil MechanicsConstruction Management and Economics

This module Introduce the basic and principles of engineering management, identify engineering economy principles, introducing the construction process and delivering process.


Type                                                        Time/Place and Instructor                                                     Credit Hours

LEC                                                        Mr. Salar                                                                                                             6 ECTS

Notes                                                       Tuesday  10:30 - 14:30      S12

SOU20171

Design of Steel Structures

The main aim of this course is to provide the students an idea of the most common methods used in steel design structures. The course covers the structural design of steel members and connections. Topics include design loads and the structural design of steel beams, columns, tension members and bolted and welded connections.


Type                                                        Time/Place and Instructor                                                     Credit Hours

LEC                                                        Dr. Mohammad                                                                                                          6 ECTS

Notes                                                       Sunday  12:30 - 14:30                   Monday 12:30 - 14:30      S12

SOU20172

Graduation Project

The course focuses on studies of the literature and data collection for the graduation project in a particular area of concentration and under the supervision of one of the department academic members. The course covers directed readings in the literature of civil engineering, introduction to research methods, seminar discussions dealing with special engineering topics of current interest and lab works.


Type                                                        Time/Place and Instructor                                                     Credit Hours

LEC                                                        Supervisor                                                                                                          7 ECTS

Notes                                                       Monday  8:30 - 10:30  S12              Thursday  8:30-10:30     Teacher Office

SOU20173

Sustainability in Civil Engineering

This module introduces the concept of sustainability in five major areas of civil engineering: structural, environmental, geotechnical, transportation and construction management to the students. The fundamentals of sustainability within the context of civil engineering and three pillars of environment, economic and social issues will be discussed in this module. In particular, the module concentrates on the engineering properties of materials used in the construction of civil engineering projects such as pavements, bridges, buildings, retaining walls from sustainable point of view. The module considers a deep knowledge and understanding of the growing popularity of sustainability and its implications for the practice of engineering, particularly for the built environment.


Type                                                        Time/Place and Instructor                                                                    Credit Hours

LEC                                                       Dr. Jamal                        Miss. Tawrez                                                                         6 ECTS

Notes                                                       Sunday  8:30 - 10:30  S12                   Tuesday  8:30 - 10:30  F12

SOU20176

Earthquake Engineering

The course on introduction to earthquake engineering provides the fundamental concepts, principles and application of earthquake engineering in seismic analysis and design of structures. The course begins with the Seismology explaining the causes of occurrence of earthquake and its characterization. The seismic analysis of the structures under earthquake excitation is developed. The structural system modeled as discrete and continuous system. The concept of response spectrum analysis procedure to determine structure response and design earthquake forces is explained.


Type                                                        Time/Place and Instructor                                                                     Credit Hours

LEC                                                       Dr. Ako                                                                                                                                  5 ECTS

Notes                                                       Thursdy  11:30 - 15:30     F12