Program Information
Qualification Awarded

The students who successfully complete the program are awarded the degree of Bachelor of Science in Civil Engineering.

Level of Qualification

This is a First Cycle (Bachelor’s Degree) program.

Specific Admission Requirements

In the framework of the regulations set by Higher Education Council of Turkey (YÖK), student admission for this undergraduate program is made through a university entrance examination called YKS. Following the submission of students’ academic program preferences, Student Selection and Placement Center (ÖSYM) places the students to the relevant program according to the score they get from ÖSYS.

International students are accepted to this undergraduate program according to the score of one of the international exams they take such as SAT, ACT and so on, or according to their high school diploma score.

Exchange student admission is made according to the requirements determined by bilateral agreements signed by NEU and the partner university.

Visiting students can enroll for the courses offered in this program upon the confirmation of the related academic unit. Additionally, they need to prove their English language level since the medium of instruction of the program is English.

Qualification Requirements And Regulations

The students studying in this undergraduate program are required to have a Cumulative Grade Points Average (CGPA) of not less than 2.00/4.00 and have completed all the courses with at least a letter grade of DD/S in the program in order to graduate. The minimum number of ECTS credits required for graduation is 240. It is also mandatory for the students to complete their compulsory internship in a specified duration and quality.

Recognition of Prior Learning

At Near East University, full-time students can be exempted from some courses within the framework of the related bylaws. If the content of the course previously taken in another institution is equivalent to the course offered at NEU, then the student can be exempted from this course with the approval of the related faculty/graduate school after the evaluation of the course content.

Profile of The Program

The students receive their BSc. degrees after completing a total of 240 ECTS points throughout their four-year (8 semester) undergraduate studies. There is a total of five major and/or minor courses (modules) offered for each semester.

The classification system for courses that are involved in the Bachelor program are as the following:

 

  • Fundamental science courses (i.e. mathematics, physics and chemistry) that are covered mainly in the first four semesters.
  • Major courses on each branch of civil engineering; these are compulsory courses and usually linked each other by a “pre-requisite” system.
  • Minor supplementary courses on some branches of civil engineering; that are compulsory but generally not involved in any “pre-requisite” system.
  • Technical/restricted elective courses on each branch of study.
  • Non-technical electives which can be taken at any semester along with the engineering courses taken at that semester.

 

Throughout the fundamental science courses, the student acquires general studies through the consecutive science courses which later form a background for the major and minor subject studies.

Throughout the major and minor civil engineering courses, the student explores various branches of studies in civil engineering and develops an understanding of concepts and theories related to these branches of studies in each given major and minor course.

Technical elective courses provide the students the chance for to further improve their engineering knowledge on the branches that they decide to select.

Non-Technical elective courses provide the students a wider vision and additional knowledge on topics other than civil engineering.

All courses are normally weighted with 2-7 ECTS credits. The total credit to be completed within four years sums up to 240 credits with the completion of 48 courses and 2 summer trainings. The credits points are correlated with the student’s workload.

 

The courses are composed of lectures in the class and online sessions, problem solving session, exercises assigned to students, laboratory /experimental works if required, field applications if needed and additional reading from various references.

The lectures present the scientific basis and knowledge of understanding the topics with particular pilot exercises. Some exercises are solved in the class but some others are assigned as homework to help students to acquire the necessary knowledge using the specific methods commonly used in the literature. The objective is to train them in methods of solving using the real-world data set.

Laboratory practices are designed according to specialized methods to instruct the students on how to carry out standard experiments and applications, in order to allow them to validate the theory and the concepts covered in courses. Field trips are also organized mainly to provide further insight especially for the third and fourth-year students on the specialized applications about dams, highways, steel-structures, general construction works, geological site visits, as well as visits organized to related industry and private sector companies.

The students are also allowed to take 2-3 courses during summer term either in the NEU University or outside from other universities, provided that the course descriptions in those universities match with the ones described in the NEU catalog.

Program Outcomes
Program Outcomes
1Adequate knowledge in mathematics, science and engineering subjects pertaining to the relevant discipline; ability to use theoretical and applied knowledge in these areas in complex engineering problems.
2Ability to identify, formulate, and solve complex engineering problems; ability to select and apply proper analysis and modeling methods for this purpose.
3Ability to design a complex system, process, device or product under realistic constraints and conditions, in such a way as to meet the desired result; ability to apply modern design methods for this purpose.
4Ability to devise, select, and use modern techniques and tools needed for analyzing and solving complex problems encountered in engineering practice; ability to employ information technologies effectively.
5Ability to design and conduct experiments, gather data, analyze and interpret results for investigating complex engineering problems or discipline specific research questions.
6Ability to work efficiently in intra-disciplinary and multi-disciplinary teams; ability to work individually.
7Ability to communicate effectively in Turkish, both orally and in writing; knowledge of a minimum of one foreign language; ability to write effective reports and comprehend written reports, prepare design and production reports, make effective presentations, and give and receive clear and intelligible instructions.
8Recognition of the need for lifelong learning; ability to access information, to follow developments in science and technology, and to continue to educate him/herself.
9Consciousness to behave according to ethical principles and professional and ethical responsibility; knowledge on standards used in engineering practice.
10Knowledge about business life practices such as project management, risk management and change management; awareness in entrepreneurship, innovation; knowledge about sustainable development.
11Knowledge about the global and social effects of engineering practices on health, environment, and safety, and contemporary issues of the century reflected into the field of engineering; awareness of the legal consequences of engineering solutions.
Course & Program Outcomes Matrix
   
Course CodeCourse Name1234567891011
ENG101Foreign Language I11111132111
MTH101Mathematics I54222111211
PHY101General  Physics I55423525112
CHM101General  Chemistry54334435433
ECC101Introduction to Computers and Programming45445454454
YIT101Turkish Language for International Students I-----------
CAM100Campus Orientation-----------
AIT103Principles of Ataturk and The History of Turkish Revolution I-----------
CHC100Cyprus History and Culture-----------
1st Year   -  2nd Semester
ENG102Foreign Language II11111132111
MTH102Mathematics II53221123111
PHY102General  Physics II55423525112
GEO102Geology for Civil Engineers23334354335
TD 102Technical Drawing11111111111
YIT102Turkish Language for International Students II-----------
CAR100Career Planning-----------
2nd Year   -  1st Semester
MTH201Differential Equations53213222121
MTH251Probability and Statistics54243213211
CIV206Statics54333334312
ECC426Economics for Engineers-----------
CIV241Materials  Science33124234422
AIT104Principles of Ataturk and The History of Turkish Revolution II-----------
2nd Year   -  2nd Semester
MTH232Advanced Mathematics for Engineering Students53224223111
CIV204Surveying and Engineering53324334312
ECC212Dynamics54434425425
CIV213Strength of Materials55441414322
CIV244Materials of Construction44324234423
NTE Non-Technical Elective Course II-----------
3rd Year   -  1st Semester
MTH323Numerical Analysis44443225444
CIV351Transportation Engineering33555345534
CIV361Soil  Mechanics  I44445454445
CIV371Fluid  Mechanics54333223212
CIV381Structural  Analysis  I44443334444
CIV300Summer Practice  I-----------
3rd Year   -  2nd Semester
CIV306Computer Applications in Civil Engineering55444343322
CIV362Soil  Mechanics  II55545454445
CIV372Hydromechanics44325543313
CIV382Structural  Analysis  II33333335533
CIV374Engineering  Hydrology33333335533
4th Year   -  1st Semester
CIV431Construction Engineering and Management33443444455
CIV461Foundation  Engineering45333334433
CIV471Water  Resources Engineering I35531335555
CIV481Reinforced  Concrete  Theory33333335533
TETechnical Elective Course I-----------
CIV400Summer  Practice  II-----------
4th Year   -  2nd Semester
CIV472Water  Resources Engineering II35531335555
CIV484Design  of Steel  Structures55443123312
CIV486Structural  Design33333335533
CIV498Special  Project44444445555
TETechnical Elective Course II-----------
Technical (Field-Related) Elective Courses
CIV406Auto CAD I-----------
CIV407Auto CAD II-----------
CIV416Extended Computer  Applications-----------
CIV424Advanced  Strength  of Materials-----------
CIV432Operations Research Techniques in Construction and Management-----------
CIV435Construction Site Techniques-----------
CIV436Health and Safety In Construction-----------
CIV437Building Construction-----------
CIV441Repair and Strengthening of Structures-----------
CIV442Assessment of Damage In Structures-----------
CIV444Concrete Making Materials-----------
CIV445Behavior of Reinforced Concrete Members & Structures-----------
CIV449Structural Use of Timber-----------
CIV451Transportation Engineering I-----------
CIV452Transportation Engineering II-----------
CIV457Highway Design-----------
CIV458Tunnels & Underground Structures-----------
CIV459Airports & Railways-----------
CIV463The Adverse Effect of the Earth surface Processes on Building and Constructions-----------
CIV465Sub-structures of building-----------
CIV467Planning and Organization of Resources-----------
CIV473Coastal and Harbor Engineering-----------
CIV474Sanitary Engineering-----------
Non-Technical (Non-Field Related) Electives
ESP101English for Special Purposes-----------
ESP102English for Special Purposes-----------
SOC101Sociology-----------
PSY101Industrial Psychology-----------
PHIL101Philosophy I-----------
ENV101Environment-----------
TUR108Turkish Language and Essay Writing I-----------
TUR110Ottoman Language-----------
TUR118Turkish Language and Essay Writing II-----------
ENG202English Conversation-----------
ENG204English Report Writing-----------
GER101German I-----------
GER102German II-----------
FRE101French I-----------
FRE102French II-----------
ARB101Arabic I-----------
HIS101History I-----------
PHT101Photography I-----------
PHT102Photography II-----------

* 1 Lowest, 2 Low, 3 Average, 4 High, 5 Highest

Occupational Profiles of Graduates

Graduates of the Civil Engineering BSc. Program are trained to be able to find job opportunities in all kind of state and industrial construction sectors which require planning, designing, constructing, controlling of constructions and infrastructures of industrial buildings and investments such as dams, airports, bridges, roads, harbors, sewerage and drainage systems and waterworks. The list of employment possibilities, either in the private or public sector, is presented as the following:

 

 

In private sector;

 

  • Project design engineer
  • Supervising engineer
  • Project consultancy
  • Nationwide academician

 

 

Public sector;

 

  • Ministry of Public Works and Transportation
    • Department of construction and planning
    • Department of highways
  • Ministry of Internal Affairs and Local Administration
    • Town Planning
    • Department of Habitation and Rehabilitation
  • Ministry of Tourism and Environment
    • Environmental Protection Agency
    • Department of Ancient Arts and Museums
  • Ministry of Agriculture and Resources
    • Department of Water Works
    • Department of Geology and Mining
  • Carrying out project design, supervising and vocational consultancy engineering within the local administrations. (Municipalities, district governorships, etc…)

 

In addition to the aforementioned positions above, the graduate students get the opportunity to participate in the following fields;

  • Exhibitions carried out to promote and encourage vocational and technical collaboration.
  • National/International Research-development projects.
Access to Further Studies

The students graduating from this program may apply to graduate programs.

Course Structure Diagram With Course Credits

To see the course details (such as objectives, learning outcomes, content, assessment and ECTS workload), click the relevant Course Code given in the table below.

 

1st Year Fall Semester
Course CodePre.Course NameTheoryApplication/ LaboratoryLocal CreditsECTS
ENG101Foreign Language I3033
MTH101Mathematics I4045
PHY101General Physics   I3245
CHM101General Chemistry3245
ECC101Introduction to Computers and Programming3034
YIT101 Turkish Language for International Students I2022
CAM100 Campus Orientation0002
AIT103Principles of Ataturk and The History of Turkish Revolution I2022
CHC100Cyprus History and Culture2022
Total30

 

1st Year Spring Semester
Course CodePre.Course NameTheoryApplication/ LaboratoryLocal CreditsECTS
ENG102ENG101Foreign Language II3033
MTH102MTH101Mathematics II4046
PHY102PHY101General  Physics   II3246
GEO102Geology for Civil Engineers3035
TD 102Technical Drawing2236
YIT102Turkish Language for International Students II2022
CAR100Career Planning0002
Total30

 

2nd Year Fall Semester
Course CodePre.Course NameTheoryApplication/ LaboratoryLocal CreditsECTS
MTH201MTH102Differential Equations4046
MTH251MTH101Probability and Statistics3035
CIV206PHY101Statics4046
ECC426 Economics for Engineers3035
CIV241Materials Science4046
AIT104Principles of Ataturk and The History of Turkish Revolution II2022
Total30

 

2nd Year Spring Semester
Course CodePre.Course NameTheoryApplication/ LaboratoryLocal CreditsECTS
MTH232MTH102Advanced Mathematics for Engineering Students3035
CIV204Surveying and Engineering2446
ECC212CIV206Dynamics3035
CIV213CIV206Strength of Materials4046
CIV244Materials of Construction3246
NTE Non-Technical Elective Course II2022
Total30

 

3rd Year Fall Semester
Course CodePre.Course NameTheoryApplication/

Laboratory

Local CreditsECTS
MTH323MTH102Numerical Analysis3035
CIV351CIV204Transportation Engineering3035
CIV361Soil Mechanics I3245
CIV371MTH 101+ PHY101Fluid Mechanics4045
CIV381CIV213Structural Analysis I3245
CIV300Summer Practice I0005
Total30

 

3rd Year Spring Semester
Course CodePre.Course NameTheoryApplication/

Laboratory

Local CreditsECTS
CIV306PHY102Computer Applications in Civil Engineering2236
CIV362CIV361Soil Mechanics II3246
CIV372CIV371Hydromechanics3246
CIV382CIV381Structural Analysis II3246
CIV374Engineering Hydrology4046
Total30

 

4th Year Fall Semester
Course CodePre.Course NameTheoryApplication/

Laboratory

Local CreditsECTS
CIV431Construction Engineering and Management4045
CIV461CIV362Foundation Engineering4045
CIV471CIV372Water Resources Engineering I4045
CIV481CIV213Reinforced Concrete Theory4045
TETechnical Elective Course I3035
CIV400Summer Practice  II0005
Total30

 

4th Year Spring Semester
Course CodePre.Course NameTheoryApplication/

Laboratory

Local CreditsECTS
CIV472CIV471Water Resources Engineering II4046
CIV484CIV381Design of Steel Structures3246
CIV486CIV382+ CIV481Structural Design3245
CIV498Special Project2447
TETechnical Elective Course II3036
Total30

 

Field-Related / Technical Elective Courses
CodePre.Course NameTheoryApplication/

Laboratory

Local CreditsECTS
CIV406Auto CAD I3036
CIV407Auto CAD II3036
CIV416Extended Computer Applications3036
CIV424Advanced Strength of Materials3036
CIV432Operations Research Techniques in Construction and Management3036
CIV435Construction Site Techniques3036
CIV436 Health and Safety in Construction3036
CIV437 Building Construction3036
CIV441 Repair and Strengthening of Structures3036
CIV442 Assessment of Damage in Structures3036
CIV444 Concrete Making Materials3036
CIV445 Behavior of Reinforced Concrete Members & Structures3036
CIV449 Structural Use of Timber3036
CIV451 Transportation Engineering I3036
CIV452 Transportation Engineering II3036
CIV457 Highway Design3036
CIV458 Tunnels & Underground Structures3036
CIV459 Airports & Railways3036
CIV463 The Adverse Effect of the Earth surface Processes on Building and Constructions3036
CIV465 Sub-structures of building3036
CIV467 Planning and Organization of Resources3036
CIV473Coastal and Harbor Engineering3036
CIV474Sanitary Engineering3036

 

Non-Field Related / Non-Technical Elective Courses
CodePre.Course NameTheoryApplication/LaboratoryLocal CreditsECTS
ESP101 English for Special Purposes2022
ESP102 English for Special Purposes2022
SOC101 Sociology2022
PSY101 Industrial Psychology2022
PHIL101 Philosophy I2022
ENV101 Environment2022
TUR108 Turkish Language and Essay Writing I2022
TUR110 Ottoman Language2022
TUR118 Turkish Language and Essay Writing II2022
ENG202 English Conversation2022
ENG204 English Report Writing2022
GER101 German I2022
GER102 German II2022
FRE101 French I2022
FRE102 French II2022
ARB101 Arabic I2022
HIS101 History I2022
PHT101 Photography I2022
PHT102 Photography II2022
Exam Regulations & Assessment & Grading

Exam Regulations and, Assessment, and Grading

For each course taken at NEU, the student is given one of the letter grades below by the instructor as the semester course grade.  Each grade has also its ECTS grade equivalent

The table below provides the detailed information about the local letter grades, coefficients and ECTS grade equivalents.

SCOREGRADECOEFFICIENTECTS Grade
90-100AA4.0A
85-89BA3.5B*
80-84BB3.0B*
75-79CB2.5C*
70-74CC2.0C*
60-69DC1.5D
50-59DD1.0E
49 and belowFF0.0F

*for these ones, the higher grade is applied

In order to be successful in a course, short cycle (associate degree) and first cycle (bachelor’s degree) students have to get a grade of at least DD, second cycle (master's degree) students have to get a grade of at least CC, and third cycle (Ph.D.) students have to get a grade of at least CB to pass a course. For courses which are not included in the cumulative GPA, students need to get a grade of S.

Apart from that, each local grade has it is equivalent ECTS grade which makes it easier to transfer the grades of mobility periods of students. The chart above shows the ECTS grading system at NEU.

Also, among the Letter Grades;

IIncomplete
SSatisfactory Completion
UUnsatisfactory
PSuccessful Progress
NPNot Successful Progress
EXExempt
NINot included
WWithdrawal
NANever Attended

 

Grade of I (Incomplete), is given to students who are not able to meet all the course requirements at the end of the semester or summer school due to a valid justification accepted by the instructor. Students who receive a letter grade “I” must complete their missing course requirements and receive a letter grade within one week following the date the end of semester grades or summer school grades submitted. However, in the event of special cases, this period can be extended until two weeks before the beginning of registration for the next semester, upon the recommendation of the respective Graduate School department head and the decision of that academic unit’s administrative board. Otherwise, grade of “I” will automatically become grade of FF, or grade of U.

Grade of S (Satisfactory) is given to students who are successful in non-credited courses.

Grade of U (Unsatisfactory) is given to students who are unsuccessful in non-credited courses.

Grade of P (Successful Progress) is given to students, who continue to the courses that are not included in the GPA that has a period exceeding one semester, and regularly performs the academic studies for the respective semester.

Grade of NP (Not Successful Progress) is given to students, who do not regularly perform the academic studies for the respective semester for courses that are not included in the GPA and have a period exceeding one semester.

Grade of EX (Exempt), is given to students who are exempt from some of the courses in the curriculum.

Grade of NI (Not included) is issued to identify the courses taken by the student in the program or programs which are not included in the GPA of the student. This grade is reported in the students’ transcripts with the respective letter grade. Such courses are not counted as the courses in the program that the student is registered to.

Grade of W (Withdrawal) is used for the courses that the student withdraws from in the first ten weeks of the semester following the add/drop period, upon the recommendation of his/ her advisor and the permission of the instructor that teaches the course. A student is not allowed to withdraw from courses during the first two semesters of his/ her associate/undergraduate degree program and from those courses he/she has to repeat and received grade “W” before, which are not included in the grade average. A student is allowed to withdraw from two courses at the most during his/ her associate degree study, and four courses during his/her undergraduate study upon the recommendation of the advisor and the permission of the instructor that teaches the course. A student has to take the course that he/she withdrew from, the first semester in which it is offered.

Grade “NA” (Never Attended) is issued by the instructor for students who fail to fulfil the attendance and/or requirements of the course and/or who lose their right to take the end of semester exam because they failed to take any of the exams administered throughout the semester. Grade “NA” is not considered in the average calculations.

Both the ECTS grades and the local grades of the students are displayed on the official transcript of the students.

Graduation Requirements

In order to graduate from this undergraduate program, the students are required;

to succeed in all of the courses listed in the curriculum of the program by getting the grade of at least DD/S with a minimum of 240 ECTS

to have a Cumulative Grade Point Average (CGPA) of 2.00 out of 4.00

to complete their compulsory internship in a specified duration and quality.

Mode Of Study

This is a full-time program.

Program Director (Or Equivalent)

Prof. Dr. Hüseyin Gökçekuş, Head of Department, Faculty of Civil and Environmental Engineering, Near East University.

Email: [email protected]

Evaluation Questionnaires

Evaluation Survey

Graduation Survey

Satisfaction Survey