To support the needs of Tabuk region and the Kingdom of Saudi Arabia society by providing high quality educational program and contributing to research related to civil engineering profession.
The bachelor of science in civil engineering has established three broad program educational objectives (PEOs) for graduates as they progress through their careers. Within few years of graduation, our graduates:
1. Graduates will establish themselves successful careers in civil engineering or related fields and will become key team member that can communicate and collaborate effectively in a multidisciplinary environment.
2. Graduates will take into account economic, environmental, societal and ethical considerations in solving the civil engineering problems.
3. Graduates will pursue life-long learning, professional development, professional licensure and participation in professional societies or graduate studies.
Program Learning Outcomes | ||
Knowledge and understanding | ||
| K1 | Demonstrate the principles and theories of mathematics, basic sciences and engineering appropriate to civil engineering discipline | |
| K2 | Demonstrate knowledge and comprehension with both breadth and depth in the underlying theories, principles, and concepts of Structural, Geotechnical Engineering, Construction Engineering Management, Transportation, and Highways Engineering. | |
| K3 | Demonstrate knowledge and comprehension with both breadth and depth in the underlying theories, principles, and concepts of Water Resources, and Environmental Engineering | |
Skills | ||
| S1 | Identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics. | |
| S2 | Apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors. | |
| S3 | Develop and conduct appropriate experimentation relevant to civil engineering, analyze and interpret data, and use engineering judgment to draw conclusions | |
| S4 | Communicate effectively with a range of audiences. | |
| S5 | Create, select, adapt, and apply appropriate techniques, resources and modern engineering and IT tools to solve complex engineering problems with an understanding of the limitations | |
| S6 | Identify and evaluate the issues and constraints of sustainability, economy, environment, politics, health and safety, and society that are relevant to professional solving of complex engineering problems. | |
Values, Autonomy, and Responsibility | ||
| V1 | Recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts. | |
| V2 | Function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives. | |
| V3 | Acquire and apply new knowledge as needed, using appropriate learning strategies. | |
| Program Structure | Required/ Elective | No. of courses |
Credit Hours | Percentage |
|---|---|---|---|---|
| Institution Requirements | Required | 10 | 26 | 15.85% |
| Elective | 5 | 13 | 7.93% | |
| College Requirements | Required | 13 | 37 | 22.56% |
| Elective | - | - | ||
| Program Requirements | Required | 25 | 76 | 46.34% |
| Elective | 2 | 6 | 3.66% | |
| Capstone Course/Project | 1 | 3 | 1.83% | |
| Field Training/ Internship | 1 | 3 | 1.83% | |
| Residency year | - | - | ||
| Others | ||||
| Total | 57 | 164 | 100% | |
| Level |
Course Code | Course Title |
Required or Elective |
Pre-Requisite Courses |
Credit Hours |
Type of requirements (Institution, College, or Program) |
|---|---|---|---|---|---|---|
| Level 1 | ELS1101 | English (1) | Required | - | 3 | Institution |
| MATH1101 | Introduction to Mathematics | Required | - | 3 | Institution | |
| PHYS1101 | Fundamentals of Physics | Required | - | 3 | College | |
| CSC1102 | Problem Solving in Computing | Required | 3 | Institution | ||
| ISLS1101 | Islamic Culture between Authenticity and Contemporary | Required | - | 2 | Institution | |
| CID1101 | Communication skills | Required | - | 2 | Institution | |
| Level 2 | ELS1102 | English (2) | Required | ELS1101 | 3 | Institution |
| MATH1102 | Differential Calculus | Required | MATH1101 | 3 | Institution | |
| CHEM1101 | Fundamentals of Chemistry | Required | - | 3 | College | |
| CSC1103 | Introduction to programming | Required | CSC1102 | 3 | College | |
| ARAB1101 | Arabic Language Skills | Required | - | 2 | Institution | |
| EDUF1102 | Critical Thinking Skills and its Modern Applications | Required | - | 3 | Institution | |
| Level 3 | MATH1254 | Engineering Mathematics | Required | MATH1102 | 3 | College |
| MATH1205 | Linear Algebra | Required | MATH1102 | 3 | College | |
| PHYS1251 | General Physics | Required | PHYS1101 | 4 | College | |
| LANT1203 | Writing (1) | Required | ELS1102 | 3 | College | |
| ISLS1201 | Ethics and cultural values in Islam | Required | ISLS1101 | 2 | Institution | |
| GEE_L | General Languages Elective | Elective | - | 3 | Institution | |
| Level 4 | CIEN1201 | Statics | Required | PHYS1251 | 2 | Program |
| CIEN1202 | Civil Drawing | Required | MATH1254 | 4 | Program | |
| MATH1204 | Ordinary Differential Equations | Required | MATH1254 | 3 | College | |
| STAT1253 | Statistics and Probabilities | Required | MATH1102 | 3 | Program | |
| LANT1206 | Writing (2) | Required | LANT1203 | 3 | College | |
| GEE_T | General Technical Elective | Elective | - | 3 | Institution | |
| Level 5 | MATH1255 | Multivariable Calculus | Required | MATH1254 | 3 | College |
| CIEN1301 | Structural Analysis (1) | Required | CIEN1201 | 3 | Program | |
| CIEN1302 | Surveying | Required | STAT1253, CIEN1202 | 3 | Program | |
| MCEN1301 | Dynamics | Required | CIEN1201 | 2 | Program | |
| MCEN1306 | Mechanics of Materials | Required | CIEN1201 | 3 | Program | |
| INEN1302 | Engineering Economy | Required | MATH1205 | 2 | College | |
| GEE_P | General Elective | Elective | --- | 2 | Institution | |
| Level 6 | CIEN1304 | Hydraulics (1) | Required | MCEN1301, PHYS1251 | 3 | Program |
| CIEN1303 | Engineering Geology | Required | CHEM1101 | 2 | Program | |
| INEN1307 | Engineering Project Management | Required | INEN1302 | 3 | College | |
| CIEN1306 | Construction Materials | Required | MCEN1306 | 4 | Program | |
| CIEN1307 | Fundamentals of Design in Civil Engineering | Required | LANT1206 CIEN1301 | 3 | Program | |
| CIEN1305 | Structural Analysis (2) | Required | CIEN1301, MATH1255 | 3 | Program | |
| Level 7 | CIEN1403 |
Geotechnical Engineering (1) | Required | CIEN1303, MCEN1306 | 4 | Program |
| CIEN1404 |
Environmental Engineering | Required | CIEN1304, CHEM1101 | 4 | Program | |
| CIEN1402 | Transportation Engineering | Required | CIEN1302 | 3 | Program | |
| CIEN1401 | Engineering Hydrology | Required | CIEN1304 | 3 | Program | |
| ELEN1406 | Practical Engineering Essentials | Required | - | 1 | College | |
| GEE_S | Elective Natural and Social Sciences | Elective | - | 3 | Institution | |
| Level 8 | CIEN1407 | Hydraulics ((٢ | Required | CIEN1401 | 3 | Program |
| CIEN1406 |
Geotechnical Engineering (2) | Required | CIEN1403 | 3 | Program | |
| CIEN1408 |
Water and Wastewater Engineering | Required | CIEN1404 | 4 | Program | |
| CIEN1405 | Reinforced Concrete | Required | CIEN1306, CIEN1305 | 3 | Program | |
| CIEN1498 | Project | Required | Department approval | 3 | Program | |
| GEE_C | General Humanitarian and Culture Elective | Elective | - | 2 | Institution | |
| Level 9 | CIEN1411 | Foundation Engineering | Required | CIEN1405, CIEN1406 | 3 | Program |
| CIEN1412 | Construction Management | Required |
INEN1308, CIEN1306 | 3 | Program | |
| CIEN1409 | Highway Design and Construction | Required | CIEN1402, CIEN1403 | 3 | Program | |
| CIEN1410 | Steel Structures | Required |
CIEN1405 CIEN1307 | 3 | Program | |
| CIEN1xxx | Elective (1) | Elective | --- | 3 | Program | |
| CIEN1xxx | Elective (2) | Elective | --- | 3 | Program | |
| Level 10 | CIEN1495 | Practical | Required | Department approval | 3 | Program |
| CIEN1413 | Career Competence in Civil Engineering | Required | Department approval | 2 | Program |
| Electives | CIEN1414 | Advanced structural analysis | Elective | CIEN1305 | 3 | Program |
| CIEN1415 | Geosynthetics materials in Geotechnical engineering | Elective | CIEN1406 | 3 | Program | |
| CIEN1416 | Improvements of soil properties | Elective | CIEN1406 | 3 | Program | |
| CIEN1417 | Foundations on problematic soils | Elective | CIEN1406 | 3 | Program | |
| CIEN1418 | Special Topics in Structural and Geotechnical Engineering | Elective | CIEN1405, CIEN1406 | 3 | Program | |
| CIEN1419 | Construction Contracts | Elective | CIEN1412 | 3 | Program | |
| CIEN1420 | Green Construction Technologies | Elective | CIEN1412 | 3 | Program | |
| CIEN1421 | Estimating Construction Costs | Elective | CIEN1405, CIEN1412 | 3 | Program | |
| CIEN1422 | Advanced Design of Pavements | Elective | CIEN1409 | 3 | Program | |
| CIEN1423 | Traffic engineering | Elective | CIEN1402 | 3 | Program | |
| CIEN1424 | Railway Engineering | Elective | CIEN1402 | 3 | Program | |
| CIEN1425 | Hydraulic structures | Elective | CIEN1407, CIEN1405 | 3 | Program | |
| CIEN1426 | Advanced environmental engineering | Elective | CIEN1404 | 3 | Program | |
| CIEN1427 | Solid and Hazardous Waste | Elective | CIEN1404 | 3 | Program | |
| CIEN1428 | Introduction to Earthquake Engineering | Elective | CIEN1305 | 3 | Program | |
| CIEN1429 | Prestressed Concrete | Elective | CIEN1405 | 3 | Program | |
| CIEN1430 | Bridge engineering | Elective | CIEN1405 | 3 | Program | |
| CIEN1431 | Retaining structures | Elective | CIEN1406 | 3 | Program | |
| CIEN1432 | Advanced hydraulics | Elective | CIEN1407, CIEN1404 | 3 | Program | |
| CIEN1433 | Water Resources Engineering | Elective | CIEN1407 | 3 | Program | |
| CIEN1434 | Special Topics in Water Resources and Environmental Engineering | Elective | CIEN1404 | 3 | Program |
